SAE 2016 WORLD CONGRESS & EXHIBITION

Executive Leadership provided by 

Tier One Strategic Partner 

EVENT GUIDE 

Includes Final Program 

and Exhibit Directory 

SAE 2016 

WORLD CONGRESS 

& EXHIBITION 

POWERING 

POSSIBILITIES 

April 12-14, 2016 

Cobo Center 

Detroit, MI, USA 

sae.org/congress 

SAE 2016 World Congress and Exhibition 

1

The POWER to move the world 

For over 20 years, vehicle manufacturers around the world have entrusted AAM to 

design, engineer and manufacture driveline systems for their vehicles. Over that 

time, we have delivered innovative technologies and solutions that are smarter, 

lighter, electric, more efficient and more powerful. We are in the business of 

Delivering POWER that keeps the world moving. 

Global reach, local roots. 

www.aam.com 

2 SAE 2016 World Congress and Exhibition

SPONSORS 

A special thank you to the following companies who have generously chosen to support special programs and activities at this 

SAE International event. 

PLATINUM SPONSOR 

EXECUTIVE LEADERSHIP COMPANY/TIER ONE STRATEGIC PARTNER 

PLATINUM 

OEM INDUSTRY LEADERSHIP 


1

SPONSORS 

GOLD 

SILVER 


SPONSORS 

BRONZE 

CONFERENCE SUPPORTER 

® 


3

Engineering & Design Support Services 

EASi.com 


SAE 2016 WORLD CONGRESS 

CONTENTS 

Sponsors 1 

Information 6 

Floor Plan 8 

Special Events 12 

Technical Sessions 28 

Participants Index 173 

Exhibitor Directory 195 

Ad Index 219 

EMERGENCY PROCEDURES DURING THE EVENT 

During the event attendees are to follow the established 

emergency guidelines of the facility where the emergency occurs. 

Based on the location of the incident, report emergencies to 

the nearest venue representative and/or security personnel if 

available, or report to the SAE registration area. 

Should a catastrophic event occur, attendees should follow the safety 

and security instructions issued by the facility at the time of the event. 

This includes listening for instructions provided through the public 

address system and following posted evacuation routes if required. 

In the event of an emergency or a major disruption to the schedule 

of events at the event, attendees and exhibitors may call this number 

to receive further information about the resumption of this event. 

Updates will also be provided via the SAE website at www.sae.org. 

SAE EMERGENCY HOTLINE 

+1.800.581.9295 

Customer Service 

1-877-606-7323 

SAE WORLD CONGRESS LEADERSHIP TEAM 

SAE 2016 World Congress General Chairman 

Seiya Nakao 

President, Toyota Technical Center A Division of Toyota Motor 

Engineering & Manufacturing N.A. 

SAE 2016 World Congress Tier One Strategic Partner 

Yoshiaki Kato 

President, Aisin Technical Center of America 

SAE 2016 World Congress Executive Assistant to the 

General Chairman 

Dave Baxter 

Toyota Technical Center 

SAE 2017 World Congress General Chairman 

Bob Fascetti 

Ford Motor Company 

SAE 2017 World Congress Executive Assistant to the 


Kevin Layden 


SAE 2017 World Congress Tier One Strategic Partner 

Doug Patton 

DENSO International America, Inc. 

2016 SAE Detroit Section Chair 

David Stout 

LogiCoul Solutions 

SAE Conference Director 

Gretchen Stokes 

SAE International 

FIRST AID SERVICES 

D-1, Inside Hall D 

Tuesday, April 12 

7:00 a.m.–7:00 p.m. 

Wednesday, April 13 

8:00 a.m.–6:30 p.m. 

Thursday, April 14 

7:00 a.m.–10:00 p.m. 

SECURITY 

A-3, Front Hall A 

Security is of continued importance. Your patience and 

understanding is appreciated as we do everything possible to 

secure the event. 

CAMERA POLICY 

Attendees are permitted to bring camera equipment onto the 

show floor. Exhibitors retain the right to restrict photography 

of their products or displays and such decisions are within 

the discretion of the exhibitor and are not controlled by 

SAE International. 

No one under the age of 16 is permitted on the exhibition floor 

unless part of an SAE/AWIM sponsored school tour planned and 

pre-arranged by SAE. 

Open exchange of ideas 

The purpose of this event is to provide an open exchange of ideas. 

Remarks made by participants or members of the audience cannot 

be quoted or attributed to the individual or their company unless 

express permission has been granted by the individual and their 

company. Any record of remarks, discussion, or photographs may 

not be used unless express permission has been granted by the 

individual and their company. 

Consent to use of images 

Please note that photographs and video taken by or on behalf 

of SAE International of event activities and attendees shall be 

the property of SAE International. By registering for an SAE 

International event, you consent to the use by SAE International 

of any photograph or video in which you appear, including for 

promotional purposes, in print, digital, or other format, without 

notice or compensation to you. 

P160221 


5

INFORMATION 

HOURS OF OPERATION 

Registration 

Hall C Lobby 

On-Site Registration hours: 

Monday, April 11 

8:00 a.m.–5:00 p.m. 


7:00 a.m.–6:30 p.m. 


7:00 a.m.–6:30 p.m. 


7:00 a.m.–6:30 p.m. 

Exhibit Hours 

Hall C & D 

Sponsored by: 


10:00 a.m.–6:30 p.m. 


10:00 a.m.–6:00 p.m. 


10:00 a.m.–6:00 p.m. 

See page 196 for floorplan and complete exhibitor listing. 

Networking Receptions 


5:00–6:30 p.m. 


4:30–6:00 p.m. 


4:30–6:00 p.m. 

SAE Operations and Sales Office 

Inside Hall C 

Monday – Thursday, April 11-14 

8:00 a.m.–5:00 p.m. 

Media Center 

West Riverfront Salon – Level One 

Tuesday – Wednesday, April 12-13 

8:00 a.m.–6:00 p.m. 


8:00 a.m.–4:00 p.m. 

Coat/Luggage Check 

Hall B Lobby and Hall D Lobby 

Tuesday – Thursday, April 12-14 

7:00 a.m.–9:00 p.m. 


INFORMATION 

Food Courts 

Hall C 

Tuesday – Thursday, April 12-14 

11:00 a.m.–2:00 p.m. 

Housing/Hotel 

Registration Area 

Tuesday – Wednesday, April 12-13 

8:00 a.m.–5:00 p.m. 

Shuttle Schedule 

The shuttle will run a continuous loop at ten-minute intervals 

from the Motor Lobby of the Marriott Renaissance Center to the 

Cobo Center. 

Tuesday, April 12 - 6:00 a.m.–9:00 p.m. 

Wednesday, April 13 - 6:00 a.m.–9:00 p.m. 

Thursday, April 14 - 6:00 a.m.–9:00 p.m. 

Guests staying at the Courtyard Marriott, Atheneum, and the 

Hilton Garden Inn may use the People Mover to get to/from the 

Cobo Center. 

The Holiday Inn Express, Doubletree Guest Suites, Crowne Plaza, 

and Westin are within walking distance to the Cobo Center. 

SAE Annual Business Meeting 

FEV Innovation Forum / Grand Riverview Ballroom A 

3:30 p.m. 

Cuneyt Oge 

SAE President 

The Annual Business Meeting of the members 

of SAE International has been scheduled 

for Tuesday, 12 April 2016 during the SAE 

International World Congress. The meeting 

will begin at 3:30 pm in the FEV Forum 

(Grand Ballroom A) of Cobo Convention 

Center in Detroit, Michigan. During the 

meeting, SAE President, Cuneyt Oge, will 

announce the 2016 Board of Directors, 

discuss his presidential focus areas, and the 

SAE Annual Report will be presented. 

Dr. David L. Schutt, SAE Chief Executive Officer, will share a 

2015 year-end report. 

SPECIAL EVENTS: 

COMPETITIONS 

(AWIM / STEM) 

TUESDAY, APRIL 12 

AWIM INTERNATIONAL 

MOTORIZED TOY CAR 

COMPETITION 

(5TH ANNUAL) 

Sponsored by 

Hall C 

9:00 a.m. – 2:00 p.m. 

Middle School students (in Engineering Design Teams 

of three or four) compete in 15 degree ramp, 30 

degree ramp, speed, and obstacle course events. SAE 

International will host the 5TH Annual International 

Motorized Toy Competition through the gracious 

sponsorship of Honeywell and Henkel. 

WEDNESDAY, APRIL 13 

AWIM INTERNATIONAL 

JET TOY COMPETITION 

(10TH ANNUAL) 

Sponsored by 

Hall C 

9:00 a.m. – 2:00 p.m. 

500+ Elementary age students (in Engineering 

Design Teams of 4) compete in distance, accuracy, 

weight carrying, and timed events. SAE International 

will host this competition through the gracious 

sponsorship of Johnson Controls, Bosch, Kia, TRW, 

and Henkel. 


7

LEGEN 

PUB 

COBO CENTER FLOOR PLAN 

Cobo Roof 

LEVEL 4 

411ABC 

412A - 415B 

410B 

410A 

420B 

420A 

430B 

430A 

LEVEL 3 

Boardroom 

Suite 

Motor 

City 

Room 

311A - 313B 

310A 

310B 

360 

359 

358 

340 

341 

331A - 333B 

320A 

320B 

Participants Lounge 

350 - 357 


COBO CENTER FLOOR PLAN 

DETROIT HALL A 

260 

250 - 257 

FEV Innovation Forum 

Grand Riverview 

Ballroom A 

A World in 

Motion Events 

Exhibitor Services 

Career Fair 

WAYNE HALL D 

Tech Hub 

OAKLAND HALL C 

GRAND 

RIVERVIEW 

BALLROOM 

A 

MACOMB HALL B 

Food 

Court 

Exhibits 

Registration 

SAE 

Booth 

GRAND 

RIVERVIEW 

BALLROOM 

B 

Membership 

Lounge 

CONGRESS STREET 

GARAGE 

CONCOURSE 

STREET LEVEL 2 

Cityview Lounge 

(Food Court) 

LARNED ST 

WASHINGTON BLVD 

GARAGE 

110A-116B 

MICHIGAN HALL 

AVL Technology Leadership 

Center Grand Riverview 

Ballroom B 

LODGE EXPRESSWAY (M-10) 

LODGE EXPRESSWAY (M-10) 

ATWATER STTREET 

GARAGE 

Media Center 

Shuttle 

Drop-off 

140A-142C 

LEGEND 

University 

Displays 

140 A/B 

Concierge Club 

LEVEL 1 

PUBLIC CIRCULATION 

EXHIBIT HALL 

MEETING ROOM 

VERTICAL TRANSPORTATION 

RESTROOM 

PERMANENT FOOD SERVICE 

ADMINISTRATIVE OFFICE 

SERVICE AREA 

PARKING 


9

EVENT-AT-A-GLANCE 

TIME TUESDAY, APRIL 12 WEDNE 

AVL Technology 


FEV Innovation 


ROOM Leadership 

Leadership 

Forum / Grand 

Forum / Grand 

Center / Grand 

Session Rooms 

Exhibit Hall 


Session Rooms 

Riverview 

Riverview 

Riverview 

Riverview 

Ballroom A 

Ballroom A 

Ballroom B 

Ballroom B 

8:00 a.m. Technical 

Sessions 

8:30 a.m. Grand 

8:00 – 

11:30 a.m. 

Opening 

9:00 a.m. Keynote 

8:30 – 

9:00 – 

9:30 a.m. 9:30 a.m. 

Technical 

9:45 a.m. 

Sessions 

9:30 – 

11:30 a.m. 

Management 

Program 

9:30 – 

11:30 a.m. 

SAE AWIM 

Motorized 

Toy Car 

Competition 

9:00 a.m. – 

2:00 p.m. 

10:00 a.m. Management 

SAE Career 

Program 

Fair 

10:30 a.m. 10:00 a.m. – 

10:00 a.m. – Tech Hub 

12:00 p.m. 

6:30 p.m. 

10:30 a.m. – 

11:00 a.m. Young 

5:00 p.m. 

Professionals 

11:30 a.m. Keynote 

Sponsored by: Lunch In 

Nissan, Omron, 

Ricardo 

12:00 p.m. 

12:30 p.m. 

1:00 p.m. Management 

Program 

1:00 – 

3:00 p.m. 

Technical 

Sessions 

1:00 – 

5:00 p.m. 

Luncheon 

11:00 a.m. – 

12:30 p.m. 

YP 

Sponsored by: 

ESG Automotive 

Exhibit Open 

10:00 a.m. – 

6:30 p.m. 

Exhibit 

11:30 a.m. – 

1:00 p.m. 

Management 

Program 

9:45 – 

11:45 a.m. 

Management 

Program 

9:45 – 

11:45 a.m. 

Management 

Program 

1:00 – 

3:00 p.m. 

Technical 

Sessions 

1:00 – 

5:00 p.m. 

Career 

Developm 

Sessions 

9:30 - 

11:30 a.m. 

Sponsored 

Elektrobit, V 

1:30 p.m. Management 

Program 

2:00 p.m. 1:30 – 

3:30 p.m. 

2:30 p.m. 

3:00 p.m. 

3:30 p.m. SAE Annual 

Business 

4:00 p.m. 

Meeting 

3:30 – 

4:15 p.m. 

Speed 

Mentoring 

1:30 – YP 

2:30 p.m. 

Sponsored by: 

Elektrobit, Valeo 

Management 

Program 

1:30 – 

3:30 p.m. 

4:30 p.m. 

5:00 p.m. Attendee 

Networking 

5:30 p.m. Awards & 

Recognitions 

Ceremony 

6:00 p.m. 

5:30 – 

7:00 p.m. 

Reception 

5:00 – 

6:30 p.m. 

SAE Detroit 

Vehicle Event 

Social Hour 

5:30 – 

6:30 p.m. 

6:30 p.m. SAE Detroit 

Vehicle Event 

7:00 p.m. 

6:30 – 

7:30 p.m. 

8:30 p.m. 

8:00 p.m. 

COLOR KEY 

Technical Program 

Industry Networking 

Management Program 

Special Events 

Exhibits 

Young Professionals 

COLOR KEY 

Technical Program 

Special Denotes Events Young 

Industry Networking 

Exhibits Professional activity YP 

Management Program 

Young Professionals 

10 SAE 2016 World Congress and Exhibition 

Denotes Young 

Professional activity YP 

REGISTRATION HOURS 

Sponsored by Horiba 

Monday, April 11 8:00 a.m.–5:00 p.m. 

Tuesday, April 12 7:00 a.m.–6:30 p.m. 

REGISTRATION HOURS 

Wednesday, April 13 7:00 a.m.–6:30 p.m. 

Sponsored 

Thursday, 

by Horiba 

April 14 7:00 a.m.–6:30 p.m. 

Monday, April 11 8:00 a.m. – 5:00 p.m. 

Tuesday, April 12 7:00 a.m. – 6:30 p.m. 

Wednesday, April 13 7:00 a.m. – 6:30 p.m. 

Thursday, April 14 7:00 a.m. – 6:30 p.m.

EV Innovation 

Forum / Grand 

Riverview 

Ballroom A 

anagement 

rogram 

:45 – 

1:45 a.m. 

Technical 

Sessions 

8:00 – 

11:30 a.m. 

WEDNESDAY, APRIL 13 THURSDAY, APRIL 14 

Session Rooms 

Career 

Development 

Sessions 

9:30 - 

11:30 a.m. 

Sponsored by: 


YP 

SAE AWIM 

Jet Toy 

Competition 

9:00 a.m. – 

2:00 p.m. 

SAE Career 

Fair 

10:00 a.m. – 

6:00 p.m. 

Exhibit Hall 

Tech Hub 

10:30 a.m. – 

4:30 p.m. 

Sponsored by: 


Ricardo 

Exhibit Open 

10:00 a.m. – 

6:00 p.m. 

Lunch In 

Exhibit 

11:30 a.m. – 

1:00 p.m. 


Leadership 


Riverview 

Ballroom B 

Keynote 

9:00 – 

9:45 a.m. 

Management 

Program 

9:45 – 

11:45 a.m. 


Forum / Grand 

Riverview 

Ballroom A 

Management 

Program 

9:45 – 

11:45 a.m. 

Session Rooms 

Technical 

Sessions 

8:00 – 

11:30 a.m. 

Tech Hub 

10:30 a.m. – 

4:30 p.m. 

Sponsored by: 


Ricardo 

Exhibit Hall 

Exhibit Open 

10:00 a.m. – 

6:00 p.m. 

Lunch In 

Exhibit 

11:30 a.m. – 

1:00 p.m. 

anagement 

rogram 

:00 – 

:00 p.m. 

Technical 

Sessions 

1:00 – 

5:00 p.m. 

Speed 

Mentoring 

12:30 – 

1:30 p.m. YP 

Sponsored by: 


Technical 

Sessions 

1:00 – 

5:00 p.m. 

Speed 

Mentoring 

12:30 – 

1:30 p.m. YP 

Sponsored by: 


Attendee 

Networking 

Reception 

4:30 – 

6:00 p.m. 

Pre-Banquet 

Reception 

4:30 – 

6:00 p.m. 

Banquet 

6:00 – 

8:00 p.m. 

Sponsored by: 

General Motors 

0 p.m. 

p.m. 

p.m. 

p.m. 

PROFESSIONAL DEVELOPMENT SEMINARS 

Monday, April 11 - Friday April 15 

(Separate registration required) 

8:30 a.m.–4:30 p.m 

Seminars will be held at Cobo Center, Level 100 and 

SAE Troy Office PROFESSIONAL DEVELOPMENT SEMINARS 

Monday, April 11 - Friday, April 15 

(Separate registration required) 

8:30 a.m. – 4:30 p.m. 

Seminars will be held at Cobo Center, Level 100 and SAE 

Troy Office 


11

SPECIAL EVENTS 

AWARDS & RECOGNITION 


SAE Fellows, Award and Recognition Recipients presented at SAE 2016 World Congress 

SAE Fellows, Award and Recognition Recipients presented at SAE 2016 World Congress 

SAE MEDAL OF HONOR 

Bharat Vedak 

Retired Vice 

President 

Deere & Company 

SAE FELLOW GRADE OF 

MEMBERSHIP 

Dr. Tat Leung Chan, The Hong Kong 

Polytechnic University 

Richard S. Davis, General Motors 

Anindya Deb, Indian Institute of Science 

Johney Green, Jr., Oak Ridge National 

Laboratory 

David A. Lamb, U.S. Army Tank Automotive 

Research Development and Engineering 

Center TARDEC 

Christine K. Lambert, Ford Motor Company 

Thomas G. Leone, Ford Motor Company 

Dr. Z. Gerald Liu, Cummins Inc. 

Federico Millo, Politecnico di Torino 

Mark P. B. Musculus, Sandia National 

Laboratories 

Hideyuki Ogawa, Hokkaido University 

Gregory E. Saunders, United States 

Department of Defense 

Ahmed A. Shabana, University of Illinois at 

Chicago 

Arun S. Solomon, General Motors 

Dr. Leonid Tartakovsky, Technion - Israel 

Institute of Technology 

Junmin Wang, Ohio State University 

Tom Watson, Johnson Controls Power 

Solutions 

Ming Zheng, University of Windsor 

ARCH T. COLWELL COOPERATIVE 

ENGINEERING MEDAL 

Richard Boyer, Delphi Packard Electric 

ARCH T. COLWELL MERIT 

AWARD 

Sam Akehurst, University of Bath 

Simon Andreou, Nikon Metrology 

David B. Antanaitis, General Motors 

Steven Campbell, Shell Research Ltd (UK) 

Matthew Castanier, US Army TARDEC 

Roger Cracknell, Shell Research Ltd (UK) 

Nia R. Harrison, Ford Motor Company 

Guoqiu He, Tongji University 

Roger Holden, Nikon Metrology 

Gang Huang, ArcelorMittal 

Rakesh Khurana, Chrysler Group LLC 

Michael Leffert, General Motors 

Andrew Lewis, University of Bath 

Paul Lightowler, Nikon Metrology 

Mark Likich, Chrysler Group LLC 

Mac Lynch, Chrysler Group LLC 

S. George Luckey, Ford Motor Company 

Karl Giles, University of Bath 

David Gorsich, US Army RDECOM 

Zissimos Mourelatos, Oakland Univ. 

Vijitashwa Pandey, Oakland University 

Rishin Patel, McLaren Automotive 

Andrew Popplewell, Jaguar Land Rover 

Narasimha Putcha, General Motors 

Sarah Remmert, Shell Research Ltd (UK) 

Sriram Sadagopan, ArcelorMittal 

Jeffrey Santrock, General Motors 

Hubert Schreier, Correlated Solutions, Inc. 

Andrea Schuetze, Shell 

Annette Skowronska, US Army TARDEC 

Bryan Styles, General Motors 

James Turner, Jaguar Land Rover 

Curtis Vincent, General Motors 

Yucong Wang, General Motors 

Qigui Wang, General Motors 

Weiguo Zhang, Chrysler Group LLC 

SAE ARNOLD W. SIEGEL 

HUMANITARIAN AWARD 

International Institute for Highway Safety 

(IIHS) 

ARNOLD W. SIEGEL 

INTERNATIONAL 

TRANSPORTATION SAFETY 

AWARD 

Bruce Donnelly, Biomechanics Research 

Associates, Ltd 

AWARD FOR RESEARCH ON 

AUTOMOTIVE LUBRICANTS 

Orian Welling, Boston Consulting Group 

James Moss, BP International Ltd 

John Williams, BP International Ltd 

Nick Collings, University of Cambridge 

EDWARD N. COLE AWARD 

FOR AUTOMOTIVE 

ENGINEERING INNOVATION 

Larry Nitz, General Motors 

ENVIRONMENTAL 

EXCELLENCE IN 

TRANSPORTATION AWARD 

Grady Boyce, Delta Airlines 

Jim Brooks, Georgia Tech 

John-Paul Clarke, Georgia Tech 

Shigetaka Hamada, Toyota Motor 

Corporation 

Sandy Liu, Federal Aviation Administration 

Gaurav Nagle, Lockheed Martin 

Liling Ren, GE Global Research 

Annalisa Scacchioli, Stevens Institute of 

Technology Dept 

Walter White, PBN4ATC, INC 

EXCELLENCE IN ENGINEERING 

EDUCATION - TRIPLE “E” 

AWARD 

Nadir Yilmaz, New Mexico Institute of 

Mining and Technology 

FOREST R. MCFARLAND 

AWARD 

Alan Asay, Asay Engineering LLC 

Yi Ding, US Army TARDEC 

Cary Henry, Southwest Research Institute 

Rahul Jhavar, Caterpillar Inc 

Helen Kaleto, MGA Research Corp 

Krishna Kamasamudram, Cummins Inc 

David Masser, Ford Motor Company 

Keith Leigh-Monstevens, Automotive 

International Services 

William Northrop, University of Minnesota 

Gregory Pannone, Novation Analytics 

Stephen Pitrof, Inteva LLC 

David Roth, BorgWarner Inc 

Jonathan Rowell, Retired 

Ronald Semel, Ford Motor Company 

Mark Steffka, General Motors Global 

Propulsion Systems 

John Storey, Oak Ridge National Laboratory 

Andrea Strzelec, Texas A&M University 

James Szybist, Oak Ridge National 

Laboratory 

John Thomas, Oak Ridge National 

Laboratory 

Richard Tonda, SEA Ltd 

Weiguo Zhang, FCA US LLC 

FRANZ F. PISCHINGER 

POWERTRAIN INNOVATION 

AWARD 

Robert Lee, FCA US LLC 


AWARDS AWARDS & RECOGNITION 

RECOGNITION 


HARRY L. HORNING 

MEMORIAL HARRY L. HORNING AWARD 

MEMORIAL AWARD 

Sam Akehurst, University of Bath 

Steven Sam Akehurst, Campbell, University Shell UK of Bath 

Roger Steven Cracknell, Campbell, Shell Shell Global UK Solutions 

(UK) Roger Cracknell, Shell Global Solutions 

Karl (UK) Giles, University of Bath 

Andrew Karl Giles, Lewis, University University of Bath of Bath 

Rishin Andrew Patel, Lewis, McLaren University Automotive of Bath 

Andrew Rishin Patel, Popplewell, McLaren Jaguar Automotive Land Rover 

Sarah Andrew Remmert, Popplewell, Shell Jaguar Land Rover 

Andrea Sarah Remmert, Schuetze, Shell Shell 

James Andrea Turner, Schuetze, Jaguar Shell Land Rover 

James Turner, Jaguar Land Rover 

HENRY FORD II 

DISTINGUISHED HENRY FORD II AWARD FOR 

EXCELLENCE DISTINGUISHED IN AUTOMOTIVE 

AWARD FOR 

ENGINEERING 

EXCELLENCE IN AUTOMOTIVE 

ENGINEERING 

Guofei Chen, United States Steel 

Corporation 

Guofei Chen, United States Steel 

Yu-Kan Corporation Hu, Ford Motor Company 

Leonard Yu-Kan Hu, Shanar, Ford Ford Motor Motor Company Company 

Dana Leonard Sun, Shanar, Ford Motor Ford Motor Company Company 

Tau Dana Tyan, Sun, Ford Ford Motor Company 

Tau Tyan, Ford Motor Company 

INTERNATIONAL LEADERSHIP 

CITATION INTERNATIONAL LEADERSHIP 

CITATION 

Paul Richards, Retired, Innospec Ltd. 

Paul Richards, Retired, Innospec Ltd. 

JAMES M. CRAWFORD 

TECHNICAL JAMES M. CRAWFORD STANDARDS 

BOARD TECHNICAL OUTSTANDING STANDARDS 

ACHIEVEMENT BOARD OUTSTANDING AWARD 

ACHIEVEMENT AWARD 

Steven Beland, The Boeing Company 

Robert Steven Beland, Czajkowski, The Boeing Federal Company Signal Corp 

Richard Robert Czajkowski, Gast, Deere Federal & Company Signal Corp 

Gary Richard Landry, Gast, Pratt Deere && Whitney Company 

Christopher Gary Landry, Pomfret, Pratt & Whitney Treble One LLC 

Ken Christopher Sabo, Lockheed Pomfret, Martin Treble Aeronautics One LLC 

Company Ken Sabo, Lockheed Martin Aeronautics 

Eric Company Swenson, Navistar 

Ken Eric Virgil, Swenson, U.S. Navistar Army 

Rhonda Ken Virgil, Walthall, U.S. Army UTC Aerospace Systems 

Rhonda Walthall, UTC Aerospace Systems 

SAE JOHN JOHNSON 

AWARD SAE JOHN FOR JOHNSON OUTSTANDING 

RESEARCH AWARD FOR IN OUTSTANDING 

DIESEL 

ENGINES RESEARCH IN DIESEL 

ENGINES 

Rolf Reitz, University of Wisconsin-Madison 


MYERS AWARD FOR 

OUTSTANDING MYERS AWARD STUDENT FOR 

PAPER OUTSTANDING STUDENT 

PAPER 


Martin Rolf Reitz, Wissink, University Oak Ridge of Wisconsin-Madison 

National 

Laboratory Martin Wissink, Oak Ridge National 

Laboratory 

RALPH R. TEETOR 

EDUCATIONAL RALPH R. TEETOR AWARD 

EDUCATIONAL AWARD 

Fadi Abu-Farha, Assistant Professor, 

Clemson Fadi Abu-Farha, University Assistant Professor, 

Marcello Clemson Canova, University Assistant Professor, Ohio 

State Marcello University Canova, Assistant Professor, Ohio 

William State University Northrop, Assistant Professor, 

University William Northrop, of Minnesota Assistant Professor, 

Chinedum University of Okwudire, Minnesota Assistant Professor, 

University Chinedum of Okwudire, MichiganAssistant Professor, 

Mahdi University Shahbakhti, of Michigan Assistant Professor, 

Michigan Mahdi Shahbakhti, Technological Assistant University Professor, 

Elisa Michigan Toulson, Technological Assistant University Professor, Michigan 

State Elisa Toulson, University Assistant Professor, Michigan 

George State University Youssef, Assistant Professor, San 

Diego George State Youssef, University Assistant Professor, San 

Diego State University 

RODICA BARANESCU 

AWARD RODICA FOR BARANESCU TECHNICAL & 

LEADERSHIP AWARD FOR TECHNICAL EXCELLENCE 

LEADERSHIP EXCELLENCE 

Andrea Brazzale-Anderson, Caterpillar 

Industrial Andrea Brazzale-Anderson, & Waste Group Caterpillar 

Industrial & Waste Group 

RUMBAUGH OUTSTANDING 

STUDENT RUMBAUGH LEADER OUTSTANDING AWARD 

STUDENT LEADER AWARD 

Adam Farabaugh, Space Exploration 

Technologies 

Adam Farabaugh, Space Exploration 

Technologies 

RUSSELL S. SPRINGER 

AWARD RUSSELL S. SPRINGER 

AWARD 

Michael Leffert, General Motors Company 

Narasimha Michael Leffert, Putcha, General General Motors Motors Company 

Company Narasimha Putcha, General Motors 

Jeffrey Company Santrock, General Motors Company 

Bryan Jeffrey Styles, Santrock, General General Motors Motors Company Company 

Curtis Bryan Vincent, Styles, General General Motors Motors Company Company 

Curtis Vincent, General Motors Company 

SAE/AISI SYDNEY H. 

MELBOURNE SAE/AISI SYDNEY AWARD H. 

FOR MELBOURNE EXCELLENCE AWARD IN 

SUBIR CHOWDHURY MEDAL 

OF SUBIR QUALITY CHOWDHURY LEADERSHIP MEDAL 

OF QUALITY LEADERSHIP 

Shahjada Pahlovy, Dynax Corporation 

Shahjada Pahlovy, Dynax Corporation 

VINCENT BENDIX 

AUTOMOTIVE VINCENT BENDIX ELECTRONICS 

ENGINEERING AUTOMOTIVE ELECTRONICS 

AWARD 

ENGINEERING AWARD 

Jonas Biteus, Scania AB 

Mattias Jonas Biteus, Nyberg, Scania Scania ABand KTH, Royal 

Institute Mattias Nyberg, of Technology Scania and KTH, Royal 

Håkan Institute Warnquist, of Technology Scania AB 

Håkan Warnquist, Scania AB 

EMERITUS RECOGNITION 

EMERITUS RECOGNITION 

James Baker 

Robert James Baker N. Brady 

Dr. Robert Robert N. Brady L. Evans 

Dr. Ronald Robert L. M. Evans Heck 

Dr. John Ronald H. M. Johnson Heck 

Jacques Dr. John Lemaire H. Johnson 

Dr. Jacques Prakash Lemaire T. Sathe 

Dr. William Prakash Shapton T. Sathe 

Ron Dr. William SmisekShapton 

Dr. Ron James Smisek A. Spearot 

Robert Dr. James E. Spitzer A. Spearot 

William Robert E. M. Spitzer Spreitzer 

Rodney William Tabaczynski 

M. Spreitzer 

Myron Rodney Trenne Tabaczynski 

Myron Trenne 

LLOYD L. WITHROW 

DISTINGUISHED LLOYD L. WITHROW SPEAKER 

AWARD DISTINGUISHED SPEAKER 

AWARD 

Kristy Arbogast 

James Kristy Arbogast Boileau 

Fabio James Bozza Boileau 

Timothy Fabio Bozza Johnson 

Tadashi Timothy Naito Johnson 

Nicholas Tadashi Naito Oettle 

Brian Nicholas SiskOettle 

Glen Brian Steyer Sisk 

Daniel Glen Steyer Williams 

Daniel Williams 

2016 SAE AWARDS & 

THE FOR ADVANCEMENT EXCELLENCE IN OF 

RECOGNITIONS 2016 SAE AWARDS CEREMONY 

AUTOMOTIVE THE ADVANCEMENT SHEET OF STEEL AND RECOGNITIONS RECEPTIONCEREMONY 

Emmanuel AUTOMOTIVE De Moor, SHEET Colorado STEEL School of AND RECEPTION 

Emmanuel De Moor, Colorado School of Tuesday, April 12, 2016 

Mines 

Tuesday, April 12, 2016 

Mines 

Grand Riverview Ballroom 

Mikko Joonas Kähkönen, Colorado School Grand Riverview Ballroom 

of Mikko Mines Joonas Kähkönen, Colorado School Cobo Center 

of Mines 

Cobo Center 

John Speer, Colorado School of Mines Awards Ceremony 5:30PM 

John Speer, Colorado School of Mines 

Ceremony 5:30PM 

Grant Thomas, AK SAE Steel 2016 Corp World Congress and Exhibition 

Awards Reception 7:00PM 

Grant Thomas, AK Steel Corp 

Awards Reception 7:00PM 

13

SPECIAL EVENTS 

Pre-Banquet Reception 


Exhibit Hall C/D 

4:30 - 6:00 p.m. 

SAE 2016 Annual Banquet 


Grand Riverview Ballroom B 

6:00 p.m. 

Banquet 

sponsored by 

Master of Ceremonies: 

Paul W. Smith 

WJR Radio 

Remarks by: 

Cuneyt Oge 

SAE President 

The Honorable 

Rick Snyder 

Governor of Michigan 

David Schutt 

Chief Executive Officer 


Seiya Nakao 


SAE 2016 World Congress 

President 


A Division of Toyota 

Motor Engineering & 

Manufacturing N.A. 

Bob Fascetti 


SAE 2017 World Congress 

Vice President, Powertrain 

Engineering 


Featured Speaker 

Takeshi Uchiyamada 

Chairman of the Board 

Toyota Motor Corporation 

A long-established tradition each year at the SAE World 

Congress, the Annual Banquet is the largest and most 

prestigious gathering of automotive industry leaders from 

around the world. You’ll have the opportunity to network with 

the most influential people in the business during the prebanquet 

reception on the exhibit floor. Join us at the industry’s 

premier gala as we celebrate our accomplishments and honor 

the top OEM and supplier executives. 

BANQUET TICKETS 

Tickets can be purchased onsite 

in the Registration Area 

Single ticket $150 

Table of 10 $1,500 


DOWNLOAD NOW 

SAE 2016 WORLD CONGRESS MOBILE APP 

FOR YOUR SMART PHONE OR TABLET 

LEARN about event features, speakers, and sessions. 

PLAN your trip and your stay in Detroit. 

SCHEDULE your time at the event and keep yourself on track. 

CONNECT with speakers, exhibitors, and other attendees. 

APP FEATURES INCLUDE: 

• Event schedule by session topic and speaker 

• Networking opportunities and special events 

• Maps of the venue, the exhibit space, and the area 

• Author, presenter, and speaker bios and photos 

• Sponsor and exhibitor information 

• Take notes and bookmark people, sessions, and organizations 

• Engage via social networks 

• Event schedule at a glance 

Sponsored by: 

NEW FOR 2016! 

Win exciting prizes each day by 

playing our interactive scavenger hunt 

game via the mobile app! These photo 

challenges will have you exploring World 

Congress like you’ve never seen it before. 






POWERING 

POSSIBILITIES 


Cobo Center 

Detroit, MI, USA 

DOWNLOAD 

NOW 



P151750 

15

SAE TECH HUB AT-A-GLANCE 

10:30 a.m. 

TUESDAY WEDNESDAY THURSDAY 

E-Fan: Exploring Electric and Hybrid 

Electric Propulsion 

Denis Chapuis, Airbus Group 

Sponsored by: 

Driving Corporate Innovation 

Ward Detwiler, Henry Ford Health System 

Innovations 

Personalized 3D & 4D Printing to Create 

Custom-fit Medical Devices 

Dr. Glenn Green, Dr. Kyle VanKoevering, Scott 

Hollister Ph.D., University of Michigan 

11:00 a.m. 

11:30 a.m. 

11:50 a.m. 

SCEPTOR 

Mark Moore, NASA Langley Research Center 

Next Generation Automotive Interiors & 

Interaction Design 

Dirk Wan, College of Creative Studies 

Designing the Cockpit of the Future 

Matt Jackson, Presagis, Inc. 

The Future of Thermal Management 

Neil R. Garrigan, GE Aviation 

loT and Mobility in 2025 

Joe Speed, IBM Corporation 

Next Generation Security for Next 

Generation IoT Platforms 

Lori Wigle, Intel Security 

Beyond the Limitations of Convention: 

Reimagining 3D Manufacturing with CLIP 

Sasha Seletsky, Carbon, Inc. 

INTERVIEW: Why do Hackers Hack? 

Host: LaVern Sula, Argus Cyber Security Ltd 

Guests: Rob “Deker” Dekelbaum, Autoimmune 

Tiffany Strauchs Rad, Anatrope, Inc. 

Craig Smith , Theia Labs 

12:10 p.m. 

1:30 p.m. 

2:00 p.m. 

Design with Consumer Acceptance in Mind 

Jeff DeBoer, Sunberg-Ferar, Inc. 

Machine Learning 

Mark Grabb, GE Global Research 

12:30 p.m. 30 MINUTE BREAK FOR LUNCH 

1:00 p.m. Design for Advanced Materials and 

Biomimicry and the Challenges for 

Manufacturing Processes 

Automobile Design 

Jan Vandenbrande, DARPA 

Pete Foley, Pete Foley Innovations, LLC 

Manufacturing the Future Vehicle in 2025 

and Beyond 

Matt Trowbridge, Omron Automation and Safety 

Deep Orange - Reinventing Engineering 

Education 

Paul Venhovens, CU-ICAR 

Architected Materials 

William Carter, HRL Laboratories, LLC 

Structural Paint 

Mindy Zhang, Toyota Technical Center USA, Inc. 

2:30–2:45 p.m. BREAK 

2:45 p.m. Space is Not a Part of the Compensation 

Package 

Jeff Block, Steelcase, Inc. 

Silicon Valley VTOL Air-Taxi 

Kenneth H. Goodrich, NASA Langley Research Center 

Still Driving and Still Here: The Future of 

Gearheads Among the Robots 

Jason Torchinsky, Jalopnik 

The Cannonball Run vs Wall-E: The Future 

of Car Culture & The Coming Autonomotive 

Singularity 

Alex Roy, The Drive 

The Car Shows of 2116 

Dr. B. Danette Allen, NASA Langley Research Center 

The Next Milestone for Transforming the 

Consumer Experience in Connected Vehicles 

Kalman Gyimesi, IBM Corporation 

3:15 p.m. 

3:45 p.m. 

4:15 p.m. 

4:30 p.m. 

Science Not Communicated is Science 

Not Done 

Melissa Marshall, Melissa Marshall Consulting, LLC 

The Best of TEDx Detroit 

Jean Redfield , NextEnergy 

Paul Elio, Elio Motors 

Lee Thomas, WJBK Fox 2 News and Vitiligo 

Alden Kane, Wheelchair Stroller 

Raj Paul, Lochbridge 

Jeevak Badve, Sundberg Ferar 

Charles Shanley, WSU School of Medicine, and 

Medical Engineering Partners 

Tara Reed, Kollecto 

Changing the way we think about 

Transportation - Hyperloop 

Brogan BamBrogan, Hyperloop Technologies, Inc. 

Navigating the Ride Ahead - Personal 

Mobility 

Anthony Gregorio, Frog Design Inc. 

Smart City Mobility: Shaping the Landscape 

of Cities for 2025-2030 

Dave McShane, Ricardo, Inc. 

Reception 

The Road Ahead: Drivers of 2025 

Tejas Desai, Continental Automotive Systems 

US, Inc. 

Expediting the Process: Getting Start Up 

Companies in Front of Suppliers and OEMs 

with Product Solutions 

Winners of the Global Automotive Mobility 

Innovation Competition (GAMIC) 

FORMAT: Four (4) 5-minute presentations focused in: 

- Advanced Materials/Sensors/Manufacturing Process 

- Vehicle Electrification 

- Infotainment 

- New, High-Value, Disruptive Technology Innovations 

Reception 

5:00 p.m. Reception 

Announcement of the Finalists for the 

2016 WardsAuto Interiors Student Design 

Competition 

Sponsored by IAC and Lear, with support from 



Sessions Times, and Speakers are subject to change.





CAREER FAIR 

The Career Fair at the SAE 2016 World Congress 

will provide unique opportunities for engineers 

and industry professionals to explore available 

jobs, network with exhibiting companies and 

learn valuable career tips. 

Career Fair 

Location: Cobo Center, Hall D 

Tuesday, April 12 and Wednesday, April 13 

Tuesday 10:00 a.m. - 6:30 p.m. and 

Wednesday 10:00 a.m. - 6:00 p.m. 

Meet with Career Fair exhibitors and browse the open 

positions from industry companies. 

Resume Critique Clinic 

SAE Career Fair 


1:00 – 3:00 p.m. 

Have your resume critiqued by professionals from 

Intertek Transportation Technologies and GTA 

Professional Staffing. Receive tips on how to advertise 

your skills in the right format. Stop by the Career Fair 

to sign up for a 15-minute appointment. 

Career Development Sessions 

Room 141 


9:15 - 9:30 - networking and light breakfast 

9:30 - 11:30 a.m. 

Attendance to the Career Fair activities 

is free for engineering professionals. 

Sponsored by: 



17 

P160217

YOUNG PROFESSIONALS – TAKE 

ADVANTAGE OF THESE SPECIALLY 

DESIGNED PROGRAMS 

YP 

YP LOUNGE 

Booth #631 

Tuesday 10:00 a.m.–6:30 p.m. 

Wednesday and Thursday 10:00 a.m.–6:00 p.m. 

Stop by the YP Lounge on the show floor throughout to 

check out the Camaro Eco Car and networking with other 

young professionals. 

YP Lounge 

Sponsored by: 

SPEED MENTORING 

Tuesday 1:30–2:30 p.m. 

Wednesday and Thursday 12:30–1:30 p.m. 

“Executives Connecting with Future Leaders” 

Sign up when you register for Congress to participate in 

speed mentoring. This unique opportunity provides Young 

Professionals the opportunity to engage in a small group 

setting with industry leaders. 

Registration for this event is closed. Stop by the YP Lounge 

(Booth #631) for more information. 

YP KEYNOTE LUNCHEON 

Tuesday, April 12, 2016 

11:00 a.m.–12:30 p.m. 

Felicia Turrentine Wasson, Director, Public Affairs & 

Communication, The Coca-Cola Company, North 

America Group 

“Whose career is it anyway?” Tools for making the most 

of your professional journey. 

YP Keynote Luncheon 

Sponsored by: 

Pre-registration is required. Please stop by the 

Registration area (Cobo lobby) for more information. 

YP CAREER DEVELOPMENT SESSIONS 

Wednesday, April 13, 2016 

Room 141 

9:15–10:30 a.m. 

Panel Moderator: Carla Bailo, Asst. VP - Mobility Research 

& Business Development for The Ohio State University and 

Vice President - Automotive for SAE 

Panel: Kristen Tabar, VP Technical Strategy and Planning 

Office, Toyota Technical Center, Toyota Motor Engineering 

and Manufacturing, Inc. 

Charles Baker, Executive Director for Emerging Markets, 


Jeremy Kearney, Global Vehicle Systems Engineer, 


“Can you hear me now? Exploring Corporate, Geographic & 

Demographic Cultural Communication” 

10:30–11:30 a.m. 

David Coe, Director of Technical Strategy, Automotive 

at Microsoft 

“The New PII: Partnerships, Influencers and Innovators” 

Speed Mentoring and 

YP Career Development 

Sessions Sponsored by: 


P167385

MANAGEMENT PROGRAMS 


OPENING CEREMONY 

8:30–9:30a.m. 

AVL Technology Leadership Center / Grand Riverview Ballroom B 

Welcome 

Carla Bailo, Assistant Vice President for Mobility Research and Business Development, Ohio State 

University and SAE Vice President Automotive 

Helmut List, Chairman & CEO, AVL List GmbH 

Seiya Nakao, President, Toyota Technical Center and the SAE 2016 World Congress General Chairman 

John Koenig, Senior Advisor, Aisin World Corp. of America 

Featured Keynote Speaker 

Keynote Address 

Shad Khan 

Owner 

Flex-N-Gate, the Jacksonville Jaguars and Fulham 

Football Club 

SAE MANAGEMENT PROGRAM 

9:30–10:00 a.m. 

AVL Technology Leadership Center/Grand Riverview Ballroom B 

Opening Remarks 

Featured Speaker 

Honorable John P. Carlin 

Assistant Attorney General for National Security 

U.S. Department of Justice 

Emerging National Security Cyber Threats and 

Their Implications for the C-Suite 


19




9:30–11:30 a.m. 

THE FUTURE OF MOBILITY AND TRANSPORTATION IN THE 21ST CENTURY 

Admittedly, most of us will not be here in 100 years. However, our children and grandchildren will. What will they find? 

What will we have left behind? 

How does the future of mobility unfold? We are on the cusp of self-driving and autonomous vehicles which will lead a 

whole new transportation revolution. New models are challenging conventional ownership at a pace no one could have 

imagined. In addition, the challenges faced by transitioning from today’s vehicles driven by fossil fuels to alternate 

power sources will require time, effort, and money. The 21st century will be characterized by major changes in the 

automotive environment. 

This panel will bring together industry experts and futurists to ignite your imagination as we contemplate what will 

drive the next 100 years. 

Moderator 

Charles Freese, General Director Global Fuel Cell Activities, General Motors Company 

Panelists 

Justin Ward, General Manager – Powertrain Systems Controls, Toyota Engineering and Manufacturing North America 

Mike Ableson, Vice President, Strategy and Global Portfolio Planning, General Motors Company 

Lawrence Burns, Independent Business Advisor 

1:30–3:30 p.m. 

CONNECTIVITY IN THE 2020’S 

By 2020, there will be a quarter billion connected vehicles on the road, according to Gartner, Inc. What is the new 

connectivity? It is not just V-V or V-I (that is so 2016). It’s generally agreed that Connected Cars will form a major 

element of the Internet of Things (IoT). But what are the applications to support society’s safe transition to connectedautomated 

vehicles? How will society learn and adapt to: In-vehicle technologies, new mobility platforms (car/ride 

sharing, wearables, paintables, ingestibles (self-monitoring/personalization - what’s the human experience)? 

Hear the experts discuss these important questions and more. 

Moderator 

Chuck Gulash, Director-Collaborative Safety Research Center, Toyota Engineering and Manufacturing North America 

Panelists 

Ron Medford, Director of Safety, Self-Driving Car, Google X 

David Strickland, Partner, Venable LLP 

John Capp, Director - Global Safety Strategy, General Motors Company 

Ned Curic, Chief Technology Officer, Toyota Motor Sales, USA, Inc. 





10:00 a.m.–Noon 

WHY IT’S LIKELY THERE WILL BE AN ELECTRIFIED VEHICLE IN YOUR FUTURE 

To meet the future, stringent FE requirements, hybridization and electrification will continue to play an important role. 

This session will discuss the types of future hybrid electric vehicle trends as well as various degrees of hybridization 

including mild-full hybrids, battery electric vehicles, and hydrogen-based fuel cell vehicles. The influence of 

hybridization on future powertrain development will be addressed and the technologies that influence customerrelevant 

attributes such as drivability, refinement, and cost of hybrid/electrified vehicles will be discussed. 

Moderator 

Joel Maguire, Director - Electrification and Trends, BorgWarner, Inc. 

Panelists 

Jackie Birdsall, Executive Engineer, Toyota Engineering and Manufacturing North America Inc. 

Kevin Layden, Director Electrified Programs & Engineering, Ford Motor Company 

Larry Nitz, Executive Director, General Motors Company 

Yasuyuki Sando, Senior Chief Engineer, Honda R&D Co. Ltd. 

1:00–3:00 p.m. 

MATERIAL SCIENCE AND INNOVATIVE ENGINEERING PRACTICE IS PUTTING 

THE AUTO INDUSTRY ON A DIET 

As OEM’s and Tier suppliers scramble to meet future fuel economy targets, vehicle lightweighting is increasingly 

becoming an important part of the technology bundle that will help them achieve those goals. But there are some 

lightweighting related hurdles for OEMs and suppliers (e.g. raw material availability, manufacturing infrastructure, 

workforce knowledge and availability, global platform sharing). This session will discuss these hurdles, how the 

industry can overcome them, and when it is likely to happen. 

Moderator 

Ali Jammoul, Global Director, Body Exterior and Safety Engineering, Ford Motor Company 

Panelists 

Greg Kolwich, Department Manager, FEV North Aermica Inc. 

Denise Carlson, Director - North America Materials Engineering, DENSO International America Inc. 

Mark Voss, Group Manager-Body Advanced Technical Works, General Motors Company 

Pat Szaroletta, Vice President of Automotive Exteriors-North America, Faurecia 


21




9:00–9:45 a.m. 


Keynote Address: 

Future Mobility - Transportation and Technology Fusion 

Kirk Steudle 

Director 

Michigan Department of Transportation 

9:45–11:45 a.m. 

AN EXECUTIVE VIEW OF POWERTRAINS POWERING THE POSSIBILITIES 

This session will consist of a roundtable discussion with several of the key global powertrain executives covering 

relevant topics such as roadmaps and key technologies to meet the global CO2 and emission challenges, and 

roadblocks to implementation. The session will be unique in that the audience will be leading the discussions through 

an interactive Q&A process. 

Moderator 

Jeff Hemphill, Chief Technical Officer, Schaeffler Group USA Inc. 

Panelists 

Bob Fascetti, Vice President, Powertrain, Ford Motor Company 

Bob Lee, Vice President and Head of Engine, Powertrain & Electric Propulsion, FCA US LLC 

Dan Nicholson, Vice President, Global Propulsion Systems, General Motors Company 

Ayumu Matsuo, Operating Officer, Honda R&D Co., Ltd. 

Uwe Grebe, Executive Vice President, Global Business Development Sales and International Operations, AVL List GmbH 

1:30–3:30 p.m. 

THE GLOBAL EMISSION STANDARDS EXPERIMENT 

Over the next 10 years, emissions standards for fuel economy, CO2, and particulate emissions will squeeze the 

industry like never before, forcing adoption of new technology. However, each market has relatively unique criteria for 

compliance (drive cycles, test conditions, thresholds, credits and incentives, timing) making harmonization extremely 

difficult. This session will call on experts in legislative several areas of the world pertaining to emissions standards as 

well as OEM and Tier I suppliers to discuss key questions such as: Is it possible to harmonize standards, ; how are global 

technology portfolios being developed and deployed to meet unique competitive and compliance targets per market? 

Moderator 

Paul Whitaker, Powertrain Technical Director, AVL Powertrain Engineering Inc. 

Panelists 

David Garrett, Director - Global Vehicle Emission Compliance, General Motors Company 

Frank Zhao, Professor, Tsinghua University 

John DeCicco, Research Professor, University of Michigan 

Rick Gezelle, National Manager, Toyota Motor North America Inc. 





9:45–11:45 a.m. 

CONTROLLING DIGITAL EXHAUST: CYBER RISK AND SECURITY IN THE AGE OF 

AUTONOMOUS AND CONNECTED VEHICLES 

In a time when a rapidly growing number of vehicles are connected and accessible through a variety of different 

communication channels, OEMs and Connected Vehicle eco-system stakeholders are faced with many challenges. 

What development and validation testing practices need to be put in place by the automotive industry to protect 

vehicles (both the connected and the non-connected ones) from cyber threats? Does the data stored in an 

infotainment system represent a cyber-risk? Speakers will consider the functional safety related development 

considerations and implications for Connected Cars, ADAS equipped vehicles, and Autonomous Vehicles as well as the 

steps being taken to identify and mitigate cyber risk in the automotive industry. 

Moderator 

Joe Kwederis, Principal, Deloitte & Touche LLP 

Panelists 

Roger Berg, Vice President, DENSO International America Inc. 

Derek Lewis, Manager, Electronic Systems, Toyota Technical Center 

1:00–3:00 p.m. 

THE COMING ONSLAUGHT OF NEW TRANSMISSION TECHNOLOGY 

Does anyone remember back when the choice was simply “stick” or “auto”? To meet stringent FE requirements in a 

cost-effective manner in conjunction with customer demands for drivability and refinement, advanced transmissions 

will continue to play a key role. This session will discuss the key trends and challenges in light-duty transmission 

development. Specifically, the focus of the discussion will be on planetary automatics, CVT’s, DCT’s and hybrid 

variants of these transmissions. 

Moderator 

Jeff Lux, Vice President - Transmission Powertrain, FCA US LLC 

Panelists 

Yutaka Fujimoto, Director of Powertrain, Nissan Technical Center North America 

Charles Gray, Director Transmission and Driveline Engineering, Ford Motor Company 

Shin Sasaki, Managing Officer, Powertrain Development Division, Aisin Seiki, Co., Ltd. 

John Juriga, Director of Powertrain, Hyundai America Technical Center, Inc. 

Shinji Morihiro, Corporate Vice President, Sales, Jatco, Ltd. 


23


THURSDAY, APRIL 14 


9:00 a.m.–9:45 a.m. 


Keynote Address: 

The Clockspeed Dilemma - what it means for automotive innovation 

Gary Silberg 

Partner, National Automotive Leader 

KPMG LLP 

9:45–11:45 a.m. 

COLLABORATE. CREATE. COMMERCIALIZE. - THE NEXT GEN SUPPLIER NETWORK 

As the automobile and its usage model change dramatically so will the supplier network needed to support the design, 

manufacture and service of the next generation mobility, with the required parts, software, and services. Supply 

network collaboration will be needed throughout the entire value chain to bring every new vision for the industry, from 

mass customization to Advanced Driver Assisted Systems, to vehicle ownership models to market. This panel will 

explore what is needed in the next generation automotive supplier and the commercial relationships between buyers 

and sellers to make it happen. 

Moderator 

Julie Fream, President and CEO, OESA 

Panelists 

Robert Young, Vice President - Purchasing, Toyota Engineering and Manufacturing North America Inc. 

Anthony Cannestra, Director of Corporate Ventures- N. American Research & Engineering Center, DENSO International 

America Inc. 

Dawn Agosta, Global Director of Electrical Purchasing, Ford Motor Company 

Nakul Duggal, VP – Product Management, Qualcomm 



THURSDAY, APRIL 14 


9:45–11:45 a.m. 

ARE FUNCTIONS AND SOFTWARE BECOMING MORE IMPORTANT THAN 

HARDWARE IN VEHICLE ELECTRONICS ENGINEERING? 

Integration is taking on a whole new meaning with the emergence of much higher levels of vehicle electronics. OEMs 

and suppliers are leveraging electrical load management, CAN vs. Ethernet busses, 48V networks, as well as other new 

technologies and methodologies to address future vehicle electrical system challenges. Can we learn from the past as 

we adapt these new methods and technologies? An expert panel of speakers will examine these issues and provide 

some examples of how OEMs and Suppliers are preparing to overcome future challenges. 

Moderator 

Stephan Tarnutzer, Vice President of Electronics, FEV North America Inc. 

Panelists 

Michael Groene, Director - Global Software Engineering, Delphi Automotive 

Sherif Marakby, Director of Electrical and Electronic Systems Engineering, Ford Motor Company 

Scott Morrison, Manager, Advanced Electrical Architecture, General Motors Company 


25

PROFESSIONAL DEVELOPMENT SEMINARS 

HELD WITH THE SAE 2016 WORLD CONGRESS 

Explore Professional Development Seminar offerings at Cobo with Congress. 

To register for seminars onsite, visit the SAE Seminar Desk on Level 100, Near Room 110A at Cobo Center. 

All seminars will run from 8:30am -4:30 pm. 

April 11-13 

Weibull-Log Normal Analysis Workshop 

April 11 

Introduction to Brake Noise, Vibration, 

and Harshness 

April 13 

Vehicle User Experience: Human Factors 

Principles and Techniques 

April 11-12 

Engineering Project Management 

April 11 

Developing In-Vehicle User Interfaces: 

Design Principles and Techniques 

April 14 

New - Reconstruction and Analysis of 

Motorcycle Crashes 

April 11-13 

Fundamentals of Modern Vehicle 

Transmissions 

April 11-12 

New - Hybrid and Electric Vehicle 

Systems 

April 14-15 

The Basics of Internal Combustion 

Engines 

April 11-13 

Vehicle Dynamics for Passenger Cars 

and Light Trucks 

April 11 

New - Engineering Drawing 

Requirements 1-day Public Workshop 

April 14-15 

Automotive Lighting: Design and 

Technology 

April 11 

Exhaust Flow Performance and Pressure 

Drop of Exhaust Components and 

Systems 

April 12-15 

New - Fundamentals of GD& T 2009 

3-day Public Workshop 

April 14-15 

Accelerated Test Methods for Ground 

and Aerospace Vehicle Development 

April 11-13 

Turbocharging Internal Combustion 

Engines 

April 12-13 

Diesel Engine Technology 

April 14-15 

Advanced Diesel Particulate Filtration 

Systems 

April 11 

Emissions-Related OBD Systems: A 

Design Overview 

April 12-13 

New - Software Assurance: Input 

Validation 

April 14-15 

New - Introduction to Embedded 

System Exploitation 

April 11 

Success Strategies for Women in 

Industry and Business 

April 13-15 

Managing Engineering and Technical 

Professionals 

April 15 

Common Rail Diesel Fuel Injection 

April 11-12 

Corrosion Engineering and Prevention 

April 13 

Automotive Lighting: LED Applications 

April 15 

New - Reconstruction and Analysis of 

Rollover Crashes of Light Vehicles 

Stop by the seminar registration desk 

or visit sae.org/congress/pdseminars. 

htm for complete seminar descriptions, 

pricing, and to register for an offering. 


THANK YOU FOR YOUR SUPPORT! 

SAE International acknowledges and thanks the following 

organizations that have funded the SAE standards program 

this past year. SAE standards increase the safety and quality of 

vehicle components and systems, reduce purchasing costs and 

make engineering work easier. 

Association of Equipment Manufacturers 

BMW of North America LLC 

BorgWarner, Inc 

Cummins, Inc 

Delphi Corporation 

DENSO International America, Inc 

Electric Power Research Institute 

Elite Electronic Engineering, Inc 

FCA US LLC 


General Motors LLC 

Honda Motor Co Ltd 

Magna Services, Inc 

Nissan 

Toyota Motor Company Ltd 

US Army TARDEC 

Yamaha Motor Corp USA 

SAE standards – they make your engineering work easier 

Contact jack.pokrzywa@sae.org if you would like to join this distinguished group. 

P167046 


27

TECHNICAL SESSIONS 

BODY/CHASSIS/ 

SAFETY/STRUCTURE 

TUE WED THUR 

AM PM AM PM AM PM Room No. Page No. 

Active Safety: Systems and Sub Systems (Part 1 & 2) (SS400) - - 4 4 - - 140 C 37, 38, 41, 42 

Automotive Lighting Technology (Part 1 & 2) (SS300) 4 4 - - - - 140 G 29, 32, 33 

Electric Vehicle Drivetrain Dynamics (SS901) - 4 - - - - 140 D 32, 33 

Fire Safety (SS200) 4 - - - - - 140 C 29 

Glass Applications (SS106) 4 - - - - - 313 B 29 

Human Factors in Driver Vision and Lighting (SS301) - - 4 - - - 140 G 37, 38 

Human Factors in Driving and Automotive Telematics (Part 1 & 2) (SS302) 4 4 - - - - 142 A 29, 32 

Human Factors in Seating Comfort (Part 1 & 2) (SS303) - - 4 4 - - 142 A 37, 38 

Mobility Issues for an Aging Population (SS304) - - - - 4 - 142 A 45, 46 

Noise and Vibration (Part 1 - 3) (SS000) - - 4 - - - 140 F 

39, 40, 41, 42, 

45, 46 

Occupant Protection: Accident Reconstruction (Part 1 - 3) (SS500) - - 4 4 4 - 142 B 

37, 38, 43, 44, 

45, 46 

Occupant Protection: Biomechanics (SS501) - 4 - - - - 140 C 34, 35 

Occupant Protection: Event Data Recorders (EDR) (SS502) - - - - - 4 142 B 49 

Occupant Protection: Integrated Safety Systems (SS503) - - - - - 4 140 C 49 

Occupant Protection: Occupant Restraints (Air Bags, Seat Belts, Knee 

Bolsters, Child Seats, etc.) (SS504) 

4 - - - - - 140 F 30 

Occupant Protection: Pedestrian and Cyclist Safety (SS505) - - - - 4 - 140 C 45 

Occupant Protection: Rear Impact and Side Impact (SS506) - - - - 4 - 140 G 47 

Occupant Protection: Rollover (SS507) - - - - - 4 140 G 49 

Occupant Protection: Safety Test Methodology (Part 1 & 2) (SS508) 4 4 - - - - 142 B 30, 34 

Occupant Protection: Structural Crashworthiness and Occupant Safety 

(SS510) 

- - - 4 - - 140 G 43, 44 

Steering and Suspension Technology Symposium (Part 1 & 2) (SS600) - - 4 4 - - 142 C 39, 40, 43, 44 

Tire and Wheel Technology (Part 1 & 2) (SS700) 4 4 - - - - 142 C 30, 34 

Vehicle Aerodynamics (Part 1 of 8): Motorsports (SS800) 4 - - - - - 140 E 31 

Vehicle Aerodynamics (Part 2 of 8): Aerodynamics Development (SS800) - 4 - - - - 140 E 32 

Vehicle Aerodynamics (Part 3 of 8): Commercial Vehicles (SS800) - 4 - - - - 140 E 34 

Vehicle Aerodynamics (Part 4 of 8): Aeroacoustics (SS800) - 4 - - - - 140 E 36 

Vehicle Aerodynamics (Part 5 of 8): Unsteady Aerodynamics (SS800) - - 4 - - - 140 E 39, 40 

Vehicle Aerodynamics (Part 6 of 8): Experimental Technnologies (SS800) - - - 4 - - 140 E 41, 42 

Vehicle Aerodynamics (Part 7 of 8): CFD Methods Development (SS800) - - - - 4 - 140 E 47 

Vehicle Aerodynamics (Part 8 of 8): Fundamental Aerodynamics 

(Part 1 & 2) (SS800) 

- - - - 4 4 140 E 49, 50 

Vehicle Dynamics, Stability and Control (Part 1 - 3) (SS900) - - 4 4 4 - 140 D 

39, 40, 43, 44, 

47, 48 

The purpose of these sessions is to provide an open exchange of ideas. Remarks made by participants or members of the 

audience cannot be quoted or attributed to the individual or their company unless express permission has been granted by the 

individual and their company. Any record of remarks, discussion, or photographs may not be used unless express permission 

has been granted by the individual and their company. 

28 SAE 2016 World Congress


TIME 

TUESDAY, APRIL 12 - MORNING 

Technical and Business Sessions 

SESSION TITLE, DESCRIPTION, AND ROOM 

BODY/CHASSIS/ 


140 G 140 C 313 B 142 A 

Automotive Lighting Technology 

(Part 1 of 2) (SS300) 

These papers highlight the interaction of 

driver vision - which is itself characterized 

by complexity, flexibility, and high levels of 

performancewith ever more sophisticated 

vision technologies to support driver vision. 

In particular, LED technology continued to 

advance in the past year, leading to broader 

lighting applications. Topics covered include 

lighting design strategy, lighting thermal 

management, driver fields of view, and 

characteristics of camera/display systems. 

9:30 a.m. - 11:30 a.m. 

Fire Safety (SS200) Glass Applications (SS106) Human Factors in Driving and 

Automotive Telematics (Part 1 of 

2) (SS302) 

The fire safety session will focus on current 

developments in the fields of vehicle fire 

science, statistics, risks, assessment and 

mitigation. Papers addressing vehicle 

design, live-fire tests and fire investigation 

issues applicable to traditional, electric 

and alternatively fueled vehicles will be 

presented. 

9:30 a.m. - 11:00 a.m. 

Automotive glazing, while remaining a 

somewhat stable part of vehicle design, is 

contributing to passenger comfort in new 

ways, and is subject to an ever-expanding 

web of regulation around the world. 

9:30 a.m. - 11:00 a.m. 

As information and entertainment to and 

from the vehicle (Telematics) become 

more prolific it is critical to increase 

our understanding of how the driver 

understands and uses Telematics functions. 

Equally critical is how those functions 

impact the driver. This session will address 

those issues. 

10:00 a.m. - 11:30 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Jianzhong Jiao; Michael J. Flannagan, Univ. 

of Michigan - Ann Arbor 

Condensation Modeling during Automotive 

Lighting Product Development Using CFD 

Simulation 

Organizers: 

Steven Hodges, Alion Science & 

Technology; Jeffrey Santrock, General 

Motors Co.; Mark William Arndt, 

Transportation Safety Tech. Inc. 

Full-Scale Burn Test of a 2007 Cargo Van 

(2016-01-1409) (2016-01-1403) (Oral Only) 

J. Christopher Watson, Gennady Dumnov, 

Alexander Muslaev, Andrey Ivanov, Svetlana 

Shtilkind, Mentor Graphics Corp. 

Jeff D. Colwell, Christopher D. Henry, 

Colwell Consulting LLC 

Organizers: 

Joseph E. Poley, Poley Technology LLC 

Glazing Technology Contribution to Meeting 

Regulatory Targets 

Mukesh Rustagi, Pittsburgh Glass Works 

LLC 

UAFS High Resolution ADB Solution Fire Protection in Military Ground Vehicles Reliability Evaluation of Thin, Lightweight 

Laminates for Windshield Applications 

(2016-01-1410) (2016-01-1404) (2016-01-1401) (2016-01-1422) 

Stefan G. Grötsch, Osram Opto 

Semiconductors GmbH; Morten Brink, 

Fraunhofer IZM; Roland Fiederling, Osram 

GmbH; Thomas Liebetrau, Infineon 

Technologies AG; Ingo Möllers, Hella KGaA 

Hueck and Co.; Jörg Moisel, Daimler 

AG; Hermann Oppermann, Fraunhofer 

IZM; Alexander Pfeuffer, Osram Opto 

Semiconductors GmbH 

Novel Retroreflective Micro-Optical 

Structure for Automotive Lighting 

Applications 

Steven E. Hodges, Alion Science and 

Technology 

Application of Airbag technology for fire 

suppression 

Thomas M. Cleary, Timothy Huten, 

Daniel Strong, Corning Inc.; Chester S. 

Walawender, Ford Motor Company 

Next Generation PVB Interlayer for 

Improved HUD Image Clarity 

Organizers: 

Kristin Kolodge, JD Power And Associates; 

Daniel J. Selke, Mercedes-Benz USA LLC; 

Michael Tschirhart, Visteon Corp. 

Driving Style Identification Algorithm with 

Real-World Data Based on Statistical 

Approach 

Tarek Ouali, Nirav Shah, Bill Kim, David 

Fuente, Bo Gao, AVL Powertrain 

The Dimensional Model of Driver Demand: 

Visual-Manual Tasks 

(2016-01-1407) (Oral Only) (2016-01-1402) (2016-01-1423) 

Sama Hussein, Benjamin Hamilton, O. 

Remus Tutunea-Fatan, University of 

Western Ontario; Evgueni Bordatchev, 

National Research Council 

Mutaz Shkoukani, Key Safety Systems Inc. Lora L. Spangler, Jeffrey Hurlbut, Eastman 

Chemical; Daniel Cashen, Emily Robb, NS 

International Ltd.; Jim Eckhart, NSG Group 

Richard Young, Sean Seaman, Li Hsieh, 

Wayne State University 

In-line LED Thermal Resistance 

Measurement 

(Oral Only) (2016-01-1427) 

Pei-Ting Chou, Tzung-Te Chen, Yen-Liang 

Liu, Chun-Wen Chu, Industrial Technology 

Research Institute; Chien-Ping Wang, 

Chung Yuan Christian Univ. 

Planned by Human Factors Committee 

/ Automobile Body, Chassis, Safety, and 

Structures Activity 

Planned by Fire Safety Committee / 

Automobile Body, Chassis, Safety, and 


Planned by Body Engineering Committee 



The Dimensional Model of Driver Demand: 

Extension to Auditory-Vocal and Mixed- 

Mode Tasks 

Richard Young, Li Hsieh, Sean Seaman, 





SAE 2016 World Congress 29


TIME 




140 F 142 B 142 C 

Occupant Protection: Occupant 

Restraints (Air Bags, Seat Belts, 

Knee Bolsters, Child Seats, etc.) 

(SS504) 

The Occupant Restraints Session invites 

papers that document new research on 

the restraint topics of airbags, seat belts, 

inflatable bolsters/seat belts, knee bolsters, 

Child Restraint Systems (CRS) and other 

related areas. These papers could include 

several of the following: technology 

description, occupant performance 

considerations, field data studies, 

development/validation methodology / 

results, CAE/Finite Element methods/ 

results, packaging, and implementation / 

performance challenges. 

9:30 a.m. - 10:30 a.m. 

Occupant Protection: Safety Test 

Methodology (Part 1 of 2) (SS508) 

This session presents papers in testing and 

modeling of safety-related technologies, 

covering (1) improved, new and innovative 

full/sub-system/component physical and 

CAE-based test methodologies pertaining 

to frontal, side, and pedestrian impacts; 

and dummy evaluations; (2) Calculation 

algorithm for 3D_IRTRACC for safety 

research, and (3) special topics including 

data mining, the wagging root uncertainty, 

boot effect under blast loading, and a 

methodology for predicting periprosthetic 

injuries. 

9:30 a.m. - 11:30 a.m. 

BODY/CHASSIS/ 


Tire and Wheel Technology (Part 1 

of 2) (SS700) 

The aim of this symposium is to provide 

a forum to bring together researchers do 

discuss and disseminate the research on 

tire and wheel technology. Examples 

of topics to this symposium include (but 

are not limited to) nonlinear behavior of 

tires and wheels, static/dynamic stress 

analysis, nonlinear material modeling, 

contact stress, impact, noise, vibration, 

traction, hydroplaning, effect of tires on 

vehicle performance, rolling resistance, and 

durability. 

9:30 a.m. - 11:30 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Aditya Belwadi, Children’s Hospital of 

Philadelphia; Lisa Fallon, General Motors 

Co.; Scott D. Thomas, General Motors; 

Chris A. Van Ee, Design Research 

Engineering 

Effectiveness of the High-Speed Motorized 

Seatbelt by computer simulation and the 

actual vehicle test 

Organizers: 

Clifford C. Chou, Adjunct professor WSU; 

Anindya Deb, Indian Institute of Science; P. 

Miller II, MGA Research Corp. 

Chairpersons: 

Helen A. Kaleto, MGA Research Corp.; 

Robert W. McCoy, Ford Motor Company 

An Algorithm to Calculate the Chest 

Deflection from 3D IRTRACC in THOR-M 


Shotaro Odate, Honda R&D Ltd; Yukinori 

Midorikawa, Yuki Yamazaki, Autoliv Japan 

Ltd 

A Pilot Study of Occupant Accommodation 

and Seat Belt Fit for Law Enforcement 

Officers 

Zhenwen Wang, Humanetics Innovative 

Solutions Inc.; Brock Watson, University of 

Waterloo 

Comparison of Dummy Response & 

Kinematics for a 35mph Flat Rigid Barrier 

Test with Linear & Pitching Sled 

(2016-01-1504) (2016-01-1527) (2016-01-1565) 

Monica Lynn Haumann Jones, Sheila Ebert- 

Hamilton, Matthew Reed, University of 

Michigan Transportation Research Institute 

Planned by Occupant Protection Committee 



Paul Podzikowski, Suk Jae Ham, TEMA; 

John Cadwell, Aviral Shrivatri, Toyoda Gosei 

North America 

Preliminary Study of Uniform Restraint 

Concept for Protection at Wider Range of 

Impact Severity 

Organizers: 

Volker Hildebrand, Continental Tire North 

America Inc.; David L. Howland, General 

Motors Co.; Jaehyung Ju, Univ. of North 

Texas; Neel K. Mani, Timothy A. Marantis, 

Bridgestone Americas Inc.; Peter Thomas 

Tkacik, Univ. of North Carolina Charlotte; 

Rick S. Wallace, General Motors Co. 

FEM Prediction of Tire Performances 

Bhaskar Chaturvedi, Continental Reifen 

Deutschland GmbH 

Volumetric Tire models for longitudinal 

vehicle dynamics simulations 

Joydeep Banerjee, John McPhee, University 

of Waterloo 

Analysis of Influence of Tire F&amp;M on 

Improvement of Vehicle On-Center Steering 

(2016-01-1528) (2016-01-1569) 

Peijun Ji, Qing Zhou, Tsinghua University Kiho Yum, Hyundai Motor Company 

Research of occupant kinematics and injury 

values of Hybrid, THOR, and human FE 

model in oblique frontal impact 


Masaaki Kuwahara, Tsuyoshi Yasuki, Takeki 

Tanoue, Ryosuke Chikazawa, Toyota Motor 

Corporation 




Suspension Variables Influencing Vehicle 

Wheel Alignment Measurements 

Harsh Patel, Michael Casino, David Noakes, 

Nicholas Kauffman, Daniel Rohwedder, 

Jugal Popat, Aneesh Nabar, Peter Thomas 

Tkacik, University of North Carolina 

Planned by Tire and Wheel Committee / 





TIME 




140 E 

Vehicle Aerodynamics (Part 1 of 8): Motorsports (SS800) 

Exploring the role of aerodynamics in Motorsports, from the development of a low-pitching-moment-helmet, through 

to combined aero-thermal testing and modelling aerodynamic effects on performance predictions. The session 

concludes with a survey of velocity fields and vortical structures around a Formula One Car, using PIV. 

9:30 a.m. - 11:30 a.m. 

Organizers: 

Adrian P. Gaylard, Jaguar Land Rover; Raymond Leto, TotalSim LLC; H. Robert (Bob) Welge, Robert’s Engineering 

Development; Kurt Zielinski, Honda R & D Americas Inc. 

BODY/CHASSIS/ 


9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Spoilers Optimization to reduce the induced stresses on a racing helmet. 

(2016-01-1612) 

Francesco Mariani, Francesco Risi, Nicola Bartolini, Francesco Castellani, University of Perugia; Lorenzo 

Scappaticci, University Guglielmo Marconi 

Integrated Aero-Thermal Testing of a Race Car in a Full Scale Climatic Wind Tunnel 

(2016-01-1588) 

Abdalla Abdel-Rahman, Martin Agelin-Chaab, Gary Elfstrom, John Komar, University of Ontario Institute of Technology 

High Fidelity Quasi Steady State Aerodynamic Model Development and Effects on Race Vehicle Performance 

Predictions 

(2016-01-1589) 

Jackie A. Mohrfeld-Halterman, Pratt & Miller Engineering; Mesbah Uddin, UNC Charlotte Motorsports Engineering 

Typical Velocity Fields and Vortical Structures around a Formula One Car, based on Experimental Investigations 

using Particle Image Velocimetry 

(2016-01-1611) 

Masaki Nakagawa, Toyota Central R&D Labs., Inc.; Stephan Kallweit, Frank Michaux, Intelligent Laser Applications 

GmbH; Teppei Hojo, Toyota Motor Corporation 

Planned by Vehicle Aerodynamics Committee / Automobile Body, Chassis, Safety, and Structures Activity 

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TIME 

TUESDAY, APRIL 12 - AFTERNOON 



BODY/CHASSIS/ 


140 E 140 G 140 D 142 A 

Vehicle Aerodynamics (Part 2 of 

8): Aerodynamics Development 

(SS800) 

Aerodynamics Development takes 

a practical view of the application of 

aerodynamics in industry. Starting with 

examining the use of CFD for the evaluation 

of early concepts, moving onto the 

development of a light truck - including 

on-road testing and culminating with drag 

reduction for EVs subject to crosswind. 

12:30 p.m. - 2:00 p.m. 


(Part 2 of 2) (SS300) 












1:00 p.m. - 5:00 p.m. 

Electric Vehicle Drivetrain 

Dynamics (SS901) 

This session deals with the analytical and 

experimental studies of vehicle electric drive 

vehicles or any non-conventional vehicle 

concepts that stretch the vehicle dynamics/ 

mobility performance using intelligent 

technologies such as in-wheel motors, 

torque-vectoring controls, multi-wheel steerby-wire, 

etc. 

1:00 p.m. - 5:30 p.m. 

Human Factors in Driving and 


2) (SS302) 








those issues. 

1:30 p.m. - 3:00 p.m. 

12:30 

p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

Adrian P. Gaylard, Jaguar Land Rover; 

Edward G. Duell, Jacobs Technology Inc.; 

Gregory Fadler, Arturo Guzman, FCA US 

LLC; Kurt Zielinski, Honda R & D Americas 

Inc. 

AerodynamicPerformance Evaluation 

System at the Early Concept Stage of 

Automotive Styling Development Based 

on CFD 

(2016-01-1584) 

Kenichi Ando, Naoshi Kuratani, Hideo 

Fukuda, Honda R&D Co., Ltd. 

Aerodynamic Drag Reduction of a Light 

Truck from Conceptual Design to Full Scale 

Road Tests 

Organizers: 



Future Requirements of Automotive Front 

Lighting 


Petter Ekman, Roland Gardhagen, 

Linkoping Univ.; Torbjorn Virdung, ANSYS 

Sweden; Matts Karlsson, Linkoping Univ. 

Improvement of Practical Electric 

Consumption by Drag Reduction under 

Cross Wind 

Rainer Neumann, Varroc Lighting Systems 

GmbH 

Assessment of Adaptive Driving Beam 

Photometric Performance 

Organizers: 

Andrej Ivanco, Clemson-ICAR; Amandeep 

Singh, US Army TARDEC 

Chairpersons: 

W. Riley Garrott, National Hwy Traffic Safety 

Admin; Eugene F. Saltzberg, GM 

Robust Control of Regenerative and 

Hydraulic Brakes for Enhancing Directional 

Stability of an Electric Vehicle During 

Straight-Line Braking 

Chen Lv, Junzhi Zhang, Yutong Li, State 

Key Lab of ASE, Tsinghua Univ.; Bolin Zhao, 

Technische Universiteit Eindhoven; Ye Yuan, 

State Key Lab of ASE, Tsinghua Univ. 

Wheel Slip-Based Evaluation of Road 

Friction Potential for Distributed Electric 

Vehicle 


Hideyuki Kawamata, Satoru Kuroda, Shingo 

Tanaka, Munehiko Oshima, Nissan Motor 

Co., Ltd. 

John D. Bullough, Nicholas P. Skinner, 

Timothy T. Plummer, Rensselaer Polytechnic 

Institute 

Cost optimization strategy to implement 

integrated LED drivers for automotive rear 

combination light. 

Long Chen, Shuwei Zhang, Mingyuan Bian, 

Tsinghua Univ.; Yugong Luo, Tsinghua Univ., 

CICEV; Keqiang Li, Tsinghua Univ. 

An Explanation of the In-Wheel Motor Drive 

Systems Vibration at Low Velocity Using 

Motor-Wheel Frequency Characteristics 


Sangmin Lee; Donghwa Shin; Jongseok 

Park; Ng Eng Chong; Fabrizio Cortigiani; 

Youngjae Choi 

A study on high performance bi-function 

headlamps 

Long Chen, Shuwei Zhang, Mingyuan Bian, 

Tsinghua Univ.; Yugong Luo, Tsinghua Univ., 

CICEV; Keqiang Li, Tsinghua Univ. 

Reduction of Longitudinal Vehicle Vibration 

Using In-Wheel Motors 

Organizers: 




Driver Demand: Eye Glance Measures 

Sean Seaman, Li Hsieh, Richard Young, 


Relationship Between Driver Eyes-Off-Road 

Interval and Hazard Detection Performance 

Under Automated Driving 

Yi G. Glaser, General Motors Co.; Robert 

E. Llaneras, Virginia Polytechnic Institute 

& State Univ.; Daniel S. Glaser, Charles A. 

Green, General Motors Co. 

Additional Findings on the Multi-Modal 

Demands of Production Level Voice- 

Command Interfaces 

(Oral Only) (2016-01-1668) (2016-01-1428) 

Jiksoo Shin, Hyundai Motor Company Hideki Fukudome, Toyota Motor 

Corporation 

Bruce Mehler, Bryan Reimer, Jonathan 

Dobres, Massachusetts Institute of 

Technology; James Foley, Toyota Technical 

Center USA, Inc.; Kazutoshi Ebe, Toyota 

Collaborative Safety Res. Center 

Visual Optical Aim Photometer Usage for 

Headlamp Photometry 

Improvement of Ride Comfort by Unsprung 

Negative Skyhook Damper Control Using 

In-Wheel Motors 


Sunil Dalal, TEMA 

Etsuo Katsuyama, Ayana Omae, Toyota 

Motor Corporation 

continued on next page 



TIME 




BODY/CHASSIS/ 


140 E 140 G 140 D 142 A 


8): Aerodynamics Development 

(SS800) 

Aerodynamics Development takes 

a practical view of the application of 

aerodynamics in industry. Starting with 

examining the use of CFD for the evaluation 

of early concepts, moving onto the 

development of a light truck - including 

on-road testing and culminating with drag 

reduction for EVs subject to crosswind. 

12:30 p.m. - 2:00 p.m. 


(Part 2 of 2) (SS300) 












1:00 p.m. - 5:00 p.m. 

Electric Vehicle Drivetrain 

Dynamics (SS901) 

This session deals with the analytical and 

experimental studies of vehicle electric drive 

vehicles or any non-conventional vehicle 

concepts that stretch the vehicle dynamics/ 

mobility performance using intelligent 

technologies such as in-wheel motors, 

torque-vectoring controls, multi-wheel steerby-wire, 

etc. 

1:00 p.m. - 5:30 p.m. 

Human Factors in Driving and 


2) (SS302) 








those issues. 

1:30 p.m. - 3:00 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 

Organizers: 



Gregory Fadler, Arturo Guzman, FCA US 

LLC; Kurt Zielinski, Honda R & D Americas 

Inc. 

Planned by Vehicle Aerodynamics 

Committee / Automobile Body, Chassis, 

Safety, and Structures Activity 

Organizers: 



Closed Loop Validation Framework for 

Advanced Head Lamp Control Module 

Organizers: 

Andrej Ivanco, Clemson-ICAR; Amandeep 

Singh, US Army TARDEC 

Chairpersons: 


Admin; Eugene F. Saltzberg, GM 

Efficient Direct Yaw Moment Control 

during Acceleration and Deceleration while 

Turning(First Report) 


Jihas Khan, Tata Elxsi, Ltd. 

Takao Kobayashi, Toyota Central R&D 

Labs Inc.; Etsuo Katsuyama, Toyota Motor 

Corporation; Hideki Sugiura, Eiichi Ono, 

Toyota Central R&D Labs Inc.; Masaki 

Yamamoto, Toyota Motor Corporation 

Field Test of Visibility Distances and 

Recognition Rates Comparison of LED and 

Laser Systems 


Jonas Kobbert, K. Kosmas, D. Polin, 

D. Englisch, K. Schneider, T. Q. Khanh, 

Technische Universität Darmstadt 

Quantifying the Glare and Distraction 

Potential of Laser Based Headlamp 

Systems 


Melanie Helmer, Patric Jahn, Cornelius 

Neumann, Karlsruhe Institute Of Technology 




Efficient Direct Yaw Moment Control during 

Acceleration and Deceleration while Turning 

(Second Report) 

Hiroshi Himeno, Etsuo Katsuyama, Toyota 

Motor Corporation; Takao Kobayashi, 

Toyota Central R&D Labs. Inc. 

Control Allocation for Multi-Axle Hub Motor 

Driven Land Vehicles 

Qian Wang, Beshah Ayalew, Clemson 

University; Amandeep Singh, US Army, 

TARDEC 

Chassis Design for AWD Electrified Pick 

Up Truck 

(2016-01-1675) 

Ricardo Prado, METALSA; Paula Pedret, 

Christophe Moure, Applus Idiada Group; 

Ruben Morales-Menendez, Tecnologico de 

Monterrey 

Planned by Vehicle Dynamics Committee 



Organizers: 









TIME 




BODY/CHASSIS/ 


140 C 142 B 142 C 140 E 

Occupant Protection: 

Biomechanics (SS501) 

The Biomechanics session presents 

new research on automotive occupant 

kinematics, human injury biomechanics, 

and human tolerance in an automotive 

environment. This includes new 

methodologies in the study of human injury, 

studies of human interaction with occupant 

protection systems, technological advances 

in physical and virtual anthropomorphic test 

devices, and other experimental, analytical 

and modeling studies on the biomechanics 

of human injury. 

1:00 p.m. - 5:30 p.m. 








to frontal, side, and pedestrian impacts; and 

dummy evaluations; (2) Calculation algorithm 

for 3D_IRTRACC for safety research, and 

(3) special topics including data mining, 

the wagging root uncertainty, boot effect 

under blast loading, and a methodology for 

predicting periprosthetic injuries. 

1:00 p.m. - 4:00 p.m. 


of 2) (SS700) 



discuss and disseminate the research on tire 

and wheel technology. Examples of topics 

to this symposium include (but are not limited 

to) nonlinear behavior of tires and wheels, 

static/dynamic stress analysis, nonlinear 

material modeling, contact stress, impact, 

noise, vibration, traction, hydroplaning, 

effect of tires on vehicle performance, rolling 

resistance, and durability. 

1:00 p.m. - 4:00 p.m. 


8): Commercial Vehicles (SS800) 

Commercial vehicle aerodynamics is 

considered from both a component and 

test facility perspective. The effect of sideskirts 

is explored using a water tank. CFD 

is used to explore blockage effects in full 

scale wind tunnel tests.Finally, Scanias New 

CD7 Climatic Wind Tunnel Facility for Heavy 

Trucks and Buses is described. 

2:00 p.m. - 3:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 

Elizabeth M. Fievisohn, Virginia Tech.; Jacob 

L. Fisher, Exponent Inc.; Warren N. Hardy, 

Virginia Tech. 

Abdominal Injury Patterns in Frontal 

Crashes: Analysis of Front and Rear Seat 

Occupants using NASS/CDS and CIREN 

Organizers: 




Chairpersons: 



Design Optimization of an Automotive Front 

End Structure Considering Occupant and 

Pedestrian Safety 

Organizers: 








Rationale and Methodology for 

Straightening A356-T6 Wheels 


Meghan K. Howes, H. Clay Gabler, Virginia 

Tech; Jason J. Hallman, Toyota Motor Eng. & 

Mfg. NA, Inc.; Warren N. Hardy, Virginia Tech 

A Semi-Automated Approach to Real World 

Motor Vehicle Crash Reconstruction Using a 

Generic Simplified Vehicle Buck Model 

Gunti R. Srinivas, Anindya Deb, Indian 

Institute of Science; Clifford C. Chou, 


On the Development of a New Design 

Methodology for Vehicle Crashworthiness 

Based on Data Mining Theory 


Derek Jones, James Gaewsky, Ashley 

Weaver, Joel Stitzel, Wake Forest Univ. 

Study of Muscle Activation of Driver’s Lower 

Extremity at the Collision Moment 

Feng Zhu, Embry Riddle Aeronautical 

University; Binhui Jiang, Hunan University, 

Wayne State University; Clifford C. Chou, 


The Wagging Foot of Uncertainty: Data 

Collection and Reduction Methods 

for Examining Foot Pedal Behavior in 

Naturalistic Driving 

Ken Archibald, Kyle Archibald, Independent 

Test Services; Donald Neubauer, NBT 

Global, Inc. 

Lightweight design and construction of 

Aluminum wheels 

Federico Ballo, Politecnico di Milano; 

Roberto Frizzi, Cromodora Wheels; 

Gianpiero Mastinu, Politecnico di Milano; 

Donato Mastroberti, Cromodora Wheels; 

Giorgio Previati, Politecnico di Milano; 

Claudio Sorlini, Cromodora Wheels 

Lightweight design of a racing motorcycle 

wheel 


Zhenhai Gao, Chuzhao Li, Hongyu Hu, Jilin 

University; Chaoyang Chen, Wayne State 

University; Hui Zhao, Helen Yu, Changan 

Automobile Engineering Institute 

ATD Response in Oblique Crash Tests 

Daniel V. McGehee, Cheryl A. Roe, 

University of Iowa; Linda Ng Boyle, Yuqing 

Wu, University of Washington; Kazutoshi 

Ebe, James Foley, Toyota Collaborative 

Safety Research Center; Linda Angell, 

Touchstone Evaluations Inc. 

Effect of Boot Compliance in Numerical 

Model of Hybrid III in Vertical Loading 

Federico Ballo, Gianpiero Mastinu, 

Massimiliano Gobbi, Politecnico di Milano 

Friction on Polished vs. Newly Re-Rocked 

Oil-and-Chip Roadway Surfaces 


Hans W. Hauschild, Medical College of 

Wisconsin; Frank Pintar, VA Medical Center; 

Dale Halloway, Mark Meyer, Medical College 

of Wisconsin; Rodney Rudd, National Hwy 

Traffic Safety Admin 

Development of a Biofidelic Rollover 

Dummy-Part II: Validation of the Kinematic 

Response of THOR Multi-Body and Finite 

Element Models Relative to Response of the 

Physical THOR Dummy under Laboratory 

Rollover Conditions 

Anil Kalra, Kartik Somasundram, Ming 

Shen, Vishal Gupta, Clifford C. Chou, 

Wayne State University; Feng Zhu, Embry 

Riddle Aeronautical University 

A Methodology for Prediction of 

Periprosthetic Injuries in Occupants with 

TKR Implants in Vehicle Crashes 

L. Daniel Metz, Metz Engineering and 

Racing 

Trends in Tire Pressure: An Analysis of 

Time-Series TPMS Data 


Qi Zhang, Bronislaw Gepner, Jacek 

Toczyski, Jason Kerrigan, University of 

Virginia 

Regional Level Crash Induced Injury Metrics 

Implemented within THUMS v4.01 

Gunti R. Srinivas, Anindya Deb, Indian Institute 

of Science; Clifford C. Chou, Wayne State 

University; Malhar Kumar, Hosmat Hospital 

Reliability Optimal Design of B-pillar in Side 

Impact 


Logan Miller, James Gaewsky, Ashley 

Weaver, Joel Stitzel, Wake Forest University; 

Nicholas White, Exponent Inc. 

Libo Cao, Changhai Yao, Hunan University; 

Hequan Wu, Changsha University 

Matthew Schwall, Anmol Garg, Jason 

Shiverick, Matthew Conley, Tesla Motors 

A Statistical Study of Tire Pressures on 

Road Going Vehicles 

Jugal Popat, Aneesh Nabar, Meighan 

Read, Chen Fu, Chunhui Zhang, Galab 

Kausik, Harsh Patel, Peter Thomas Tkacik, 

University of North Carolina 

Organizers: 


Gregory Fadler, FCA US LLC; Kevin Golsch, 

Exa Corporation; Kurt Zielinski, Honda R & 

D Americas Inc. 

An Experimental Study on Truck Side-Skirt 

Flow 

R.G. Stephens, H. Babinsky, University of 

Cambridge 

Numerical Investigation of Blockage 

Effects on Heavy Trucks in Full Scale Test 

Conditions 

David Soderblom, Per Elofsson, Scania CV 

AB; Ann Hyvärinen, KTH Royal Institute of 

Technology 

Scanias New CD7 Climatic Wind Tunnel 

Facility for Heavy Trucks and Buses 

Edward Duell, Amir Kharazi, Paul Nagle, 

Jacobs; Per Elofsson, David Söderblom, 

Christer Michael Ramden, Scania AB 




TIME 




BODY/CHASSIS/ 


140 C 142 B 142 C 140 E 

Occupant Protection: 

Biomechanics (SS501) 

The Biomechanics session presents 

new research on automotive occupant 

kinematics, human injury biomechanics, 

and human tolerance in an automotive 

environment. This includes new 

methodologies in the study of human injury, 

studies of human interaction with occupant 

protection systems, technological advances 

in physical and virtual anthropomorphic test 

devices, and other experimental, analytical 

and modeling studies on the biomechanics 

of human injury. 

1:00 p.m. - 5:30 p.m. 








to frontal, side, and pedestrian impacts; and 

dummy evaluations; (2) Calculation algorithm 

for 3D_IRTRACC for safety research, and 

(3) special topics including data mining, 

the wagging root uncertainty, boot effect 

under blast loading, and a methodology for 

predicting periprosthetic injuries. 

1:00 p.m. - 4:00 p.m. 


of 2) (SS700) 



discuss and disseminate the research on tire 

and wheel technology. Examples of topics 

to this symposium include (but are not limited 

to) nonlinear behavior of tires and wheels, 

static/dynamic stress analysis, nonlinear 

material modeling, contact stress, impact, 

noise, vibration, traction, hydroplaning, 

effect of tires on vehicle performance, rolling 

resistance, and durability. 

1:00 p.m. - 4:00 p.m. 


8): Commercial Vehicles (SS800) 

Commercial vehicle aerodynamics is 

considered from both a component and 

test facility perspective. The effect of sideskirts 

is explored using a water tank. CFD 

is used to explore blockage effects in full 

scale wind tunnel tests.Finally, Scanias New 

CD7 Climatic Wind Tunnel Facility for Heavy 

Trucks and Buses is described. 

2:00 p.m. - 3:30 p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 

Organizers: 

Elizabeth M. Fievisohn, Virginia Tech.; Jacob 

L. Fisher, Exponent Inc.; Warren N. Hardy, 


Introduction of two new pediatric finite 

element models for pedestrian and 

occupant protections 

(2016-01-1492) 

Ming Shen, Haojie Mao, Wayne State 

University; Binhui Jiang, Hunan University; 

Feng Zhu, Xin Jin, Wayne State University; 

Liqiang Dong, Hunan University; Suk Jae 

Ham, Palani Palaniappan, TEMA; Clifford 

Chou, King Yang, Wayne State University 

Rapid Development of Diverse Human Body 

Models for Crash Simulations through Mesh 

Morphing 

(2016-01-1491) 

Eunjoo Hwang, University of Michigan; 

Jason Hallman, TEMA; Katelyn Klein, 

Jonathan Rupp, Matthew Reed, Jingwen 

Hu, University of Michigan 

Constitutive Modeling of Brain Parenchyma 

Taking Account of Strain Rate Dependency 

with Anisotropy and Application to Brain 

Injury Analyses 

(2016-01-1485) 

Noritoshi Atsumi, Yuko Nakahira, Masami 

Iwamoto, Toyota Central R&D Labs., Inc.; 

Satoko Hirabayashi, Nagoya University; 

Eiichi Tanaka, Nagoya University, Tokai 

Polytech College 




Organizers: 




Chairpersons: 






Organizers: 








Planned by Tire and Wheel Committee / 



Organizers: 


Gregory Fadler, FCA US LLC; Kevin Golsch, 

Exa Corporation; Kurt Zielinski, Honda R & 

D Americas Inc. 






TIME 




140 E 

Vehicle Aerodynamics (Part 4 of 8): Aeroacoustics (SS800) 

Aeroacoustics widely recognised as an important element in customer perceptions 

of vehicle quality. This session covers the simulation of rear side window buffeting, 

along with combining exterior time-resolved simulation with vibro-acoustics to predict 

wind noise in the cabin of a car. 

3:30 p.m. - 5:00 p.m. 

BODY/CHASSIS/ 


Organizers: 

Adrian P. Gaylard, Jaguar Land Rover; Kurt Zielinski, Honda R & D Americas Inc.; 

Sivapalan Senthooran, Exa Corporation; Nicholas Oettle, Jaguar Land Rover 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Validation and Application of Digital Simulation for Improving Rear Side Window 

Buffeting of a Sedan 

(2016-01-1595) 

Haibo Wu, Jiangbin Zhou, Qian Chen, Gongwen Liu, SAIC-Volkswagen; Chaoqun 

Qian, Shanghai Yirui Automobile Tech. 

Prediction of aeroacoustical interior noise of a car, part-1 prediction of pressure 

fluctuations on external surfaces of a car 

(2016-01-1617) 

Yoshinobu Yamade, Mizuho Information and Research Institute; Chisachi Kato, 

Shinobu Yoshimura, University of Tokyo; Akiyoshi Iida, Toyohashi University of 

Technology; Keiichiro Iida, Suzuki Motor Corp; Kunizo Onda, Allied Engineering 

Corporation; Yoshimitsu Hashizume, Suzuki Motor Corp.; Yang Gou, University of 

Tokyo 

Prediction of aeroacoustical interior noise of a car, part-2 Structural and acoustical 

analyses 

(2016-01-1616) 

Keiichiro Iida, Suzuki Motor Corp.; Kunizo Onda, Allied Engineering Corporation; 

Akiyoshi Iida, Toyohashi University of Technology; Chisachi Kato, Shinobu Yoshimura, 

University of Tokyo; Yoshinobu Yamade, Mizuho Information and Research Institute; 

Yoshimitsu Hashizume, Suzuki Motor Corp.; Yang Guo, University of Tokyo 

Planned by Vehicle Aerodynamics Committee / Automobile Body, Chassis, Safety, 

and Structures Activity 

VIEW THIS INFO AT 

YOUR FINGERTIPS! 

Download the Congress 

Mobile App NOW 



TIME 

WEDNESDAY, APRIL 13 - MORNING 



BODY/CHASSIS/ 


140 C 140 G 142 A 142 B 

Active Safety: Systems and Sub 

Systems (Part 1 of 2) (SS400) 

This session will focus on how Active 

Safety and Driver assistance systems are 

gaining importance and yielded significant 

safety benefits that are possible from the 

deployment of those systems in the fleet. 

It will address deployment strategies and 

technologies used by the industry and 

the government as well as consumer 

acceptance and market demand for these 

systems. Lastly, discussion on information 

gained from the various onboard sensors 

and vision systems in active safety systems 

will occur. 

8:00 a.m. - 11:00 a.m. 

Human Factors in Driver Vision 

and Lighting (SS301) 

Visual perception continues to be a critical 

aspect of overall driver performance. This 

session offers presentations highlighting 

new developments designed to provide 

better support for driver rearward vision, 

better understanding of how to measure 

light and its effects on drivers eyes, and 

better understanding of how drivers 

accomplish the visually difficult task of 

negotiating intersections. 

8:00 a.m. - 11:00 a.m. 

Human Factors in Seating 

Comfort (Part 1 of 2) (SS303) 

Designing vehicles with good ergonomics 

is one of the many factors needed to 

achieve high customer satisfaction. A basic 

source for comfort (or discomfort) lies in the 

vehicles seats. To design for seat comfort 

requires knowledge of the size of the driver, 

the structure of the seat, the position of the 

seat in the vehicle and the trip duration. 

Papers offers in this session could include 

topics such as seat back angle, vehicle 

packaging and trip duration. 

8:00 a.m. - 11:00 a.m. 

Occupant Protection: Accident 

Reconstruction (Part 1 of 3) 

(SS500) 

This session focuses on the latest research 

related to methods and techniques for 

reconstructing vehicular crashes involving 

wheeled and tracked vehicles, pedestrians, 

and roadside features. Emphasis is placed 

on experimental data and theoretical 

methods that will enable reconstructionists 

to identify, interpret and analyze physical 

evidence from vehicular crashes. 

8:00 a.m. - 12:00 p.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

H. Clay Gabler, Virginia Tech.; Rini Sherony, 

Toyota Motor Engineering & Mfg NA 

Inc.; Joseph Kanianthra, Active Safety 

Engineering LLC 

Driver Behaviors in Forward Collision and 

Lane Departure Scenarios 

Organizers: 

Michael J. Flannagan, Univ. of Michigan - 

Ann Arbor; Jianzhong Jiao 

Estimation of Driver Workload Based on the 

Model of Accelerator Pedal Control While 

Controlling Vehicle Speed 

Organizers: 

Jennifer M. Badgley, General Motors; Henry 

E. Hojnacki, Woodbridge Group; Bonita J. 

Thomas, Fiat Chrysler Automobiles 

Passenger Comfort A mixture of Joint 

Angles, Seat Pressure and Tissue Loads 


John Gaspar, Timothy Brown, Chris 

Schwarz, National Advanced Driving 

Simulator; Susan Chrysler, Texas A&M 

Transportation Institute; Pujitha Gunaratne, 

TEMA 

Investigation of Driver Lane Keeping 

Behavior in Normal Driving based on 

Naturalistic Driving Study Data 

Takeshi Hamaguchi, Satoshi Inoue, 

Shigeyuki Kimura, Terumasa Endo, Toyota 


Spatio-temporal Frequency Characteristics 

Measurement of Contrast Sensitivity for 

Smart Lighting 

Alexander Siefert, Woelfel Beratende 

Ingenieure GmbH and Co. 

Development of an Automatic Seat- 

Dimension Extraction System 


Taylor Johnson, Rong Chen, Virginia Tech.; 

Rini Sherony, TEMA; Hampton C. Gabler, 


Study on TTC Distribution When 

Approaching a Lead Vehicle 

Shinichi Kojima, Shigeyoshi Hiratsuka, 

Nobuyuki Shiraki, Kazunori Higuchi, 

Toshihiko Tsukada, Keiichi Shimaoka, 

Toyota Central R&D Labs., Inc.; Kazuya 

Asaoka, Sho Masuda, Kazuhiko 

Nakashima, Toyota Motor Corporation 

Smart Lighting for Enhancing Perception of 

Pedestrians based on Visual Properties 

Jangwoon Park, Sheila Ebert-Hamilton, 

K. Han Kim, Monica Jones, Byoung-Keon 

Park, Matthew Reed, UMTRI 

Statistical Modeling of Automotive Seat 

Shapes 


Eiichiro Murata, Tasuku Usui, Kazunori 

Nogi, Hiroyuki Takahashi, Toyota Motor 

Corporation 

Comparison of Time to Collision and 

Enhanced Time to Collision at Brake 

Application during Normal Driving 

Shigeyoshi Hiratsuka, Shinichi Kojima, 

Nobuyuki Shiraki, Kazunori Higuchi, 

Toshihiko Tsukada, Keiichi Shimaoka, 

Toyota Central R&D Labs., Inc.; Kazuya 

Asaoka, Sho Masuda, Kazuhiko 

Nakashima, Toyota Motor Corporation 

Nighttime Videographic Projection Mapping 

to Generate Photo-Realistic Simulation 

Environments 

K. Han Kim, Sheila Ebert-Hamilton, 

Matthew Reed, University of Michigan 

Enhancement of Automotive Seating 

Comfort using Double-wall 3D Air Mat 

Cushion 


Rong Chen, Virginia Tech.; Rini Sherony, 

TEMA; Hampton C. Gabler, Virginia Tech. 

Using Event Data Recorders from Real- 

World Crashes to Evaluate the Vehicle 

Detection Capability of an Intersection 

Advanced Driver Assistance System 

William T. Neale, James Marr, David Hessel, 

Kineticorp LLC 

Eyesync: real time integration of an eye 

tracker in a driving simulator environment 

Se Jin Park, Murali Subramaniyam, Seoung 

Eun Kim, Korea Res. Inst. of Standards & 

Science; Tae Hyun Kim, Hee Su Sin, Dong 

Hag Seo, Daewon Kang Up Co. Ltd.; 

Hyu Hyeong Nam, Mantoo Industrial Co., 

Ltd.; Jeong Cheol Lee, SsangYong Motor 

Company 

Occupant Vibrations A Challenge for the 

Seat Development 


John M. Scanlon, Kerry Page, Virginia 

Tech.; Rini Sherony, TEMA; Hampton C. 

Gabler, Virginia Tech. 

Helen S. Loeb, Sam Chamberlain, Yi-Ching 

Lee, Children’s Hospital of Philadelphia 

Alexander Siefert, Woelfel Beratende 

Ingenieure GmbH and Co. 

Organizers: 

Christopher D. Armstrong, Mecanica 

Scientific Services Corp.; Alan F. Asay, Asay 

Engineering LLC; Geoff Germane, Germane 

Engineering; Richard Frank Lambourn, 

Transport Research Laboratory, Ltd.; L. 

Daniel Metz, Metz Engineering & Racing; 

Nathan A. Rose, Kineticorp LLC 

Determination of critical speed, slip angle 

and longitudinal wheel slip based on yaw 

marks left by a wheel with zero tire pressure 

Jakub Zebala, Wojciech Wach, Piotr Cipka, 

Institute of Forensic Research; Robert 

Janczur, Cracow University of Technology 

Data Acquisition using Smart Phone 

applications 

William T. Neale, David Danaher, Sean 

McDonough, Tomas Owens, Kineticorp LLC 

The Effects of Power Interruption on 

Electronic Needle-Display Motorcycle 

Speedometers 

Edward C. Fatzinger, Tyler L. Shaw, Jon B. 

Landerville, Momentum Engineering Corp. 

The Relationship Between Tire Mark 

Striations and Tire Forces 

Gray Beauchamp, David Pentecost, Daniel 

Koch, Nathan Rose, Kineticorp LLC 

Tire Mark Striations: Sensitivity and 

Uncertainty Analysis 

Gray Beauchamp, Dana Thornton, William 

Bortles, Nathan Rose, Kineticorp LLC 




TIME 




BODY/CHASSIS/ 


140 C 140 G 142 A 142 B 









technologies used by the industry and 

the government as well as consumer 

acceptance and market demand for these 

systems. Lastly, discussion on information 

gained from the various onboard sensors 

and vision systems in active safety systems 

will occur. 

8:00 a.m. - 11:00 a.m. 

Human Factors in Driver Vision 

and Lighting (SS301) 

Visual perception continues to be a critical 

aspect of overall driver performance. This 

session offers presentations highlighting 

new developments designed to provide 

better support for driver rearward vision, 

better understanding of how to measure 

light and its effects on drivers eyes, and 

better understanding of how drivers 

accomplish the visually difficult task of 

negotiating intersections. 

8:00 a.m. - 11:00 a.m. 














8:00 a.m. - 11:00 a.m. 



(SS500) 










8:00 a.m. - 12:00 p.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 

H. Clay Gabler, Virginia Tech.; Rini Sherony, 

Toyota Motor Engineering & Mfg NA 

Inc.; Joseph Kanianthra, Active Safety 

Engineering LLC 

Design of Autonomous Emergency Braking 

System Based on Impedance Control for 

3-Car Driving Scenario 

Organizers: 

Michael J. Flannagan, Univ. of Michigan - 

Ann Arbor; Jianzhong Jiao 

Factors in Annoyance Due to Windshield 

Reflection of the Outline of the Head-up 

Display 

Organizers: 




Subjective-objective ride comfort 

assessment of farm tractors 

Organizers: 








Using Force-Displacement Data to Predict 

the EBS of Car into Barrier Impacts 


I-Hsuan Lee, Bi-Cheng Luan, Haitec Toshinao Fukui, Kazuhiko Nakamoto, 

Hiroyuki Satake, Toyota Motor Corporation 

Giorgio Previati, Massimiliano Gobbi, 

Giampiero Mastinu, Politecnico di Milano 

Ross Hunter, Ryan Fix, Felix Lee, David 

King, MEA Forensic Engineers and 

Scientists 

Planned by Automobile Body, Chassis, 

Safety, and Structures Activity / EMB Land 

and Sea Group; Automobile Electronics 

Activity / EMB Land and Sea Group 







Validation and Application of Speedometer 

and Tachometer Readings for 

Reconstruction of Motorcycle / Scooter 

Impacts 

(2016-01-1482) 

Paul Montalbano, Daniel Melcher, Rachel 

Keller, Thomas Rush, Jay Przybyla, Focus 

Forensics 

Accident Reconstruction using data 

Retrieval from crash-test Video Images 

(2016-01-1464) 

Jorge Martins, Ricardo Ribeiro, Pedro 

Neves, F. P. Brito, Universidade do Minho 






TIME 




BODY/CHASSIS/ 


142 C 140 D 140 E 140 F 

Steering and Suspension 

Technology Symposium (Part 1 of 

2) (SS600) 

The purpose of this session is to provide 

a forum for presentations on steering and 

suspension related topics as it applies to 

ground vehicles. Papers for this session 

should address new approaches as well 

as advances in application of steering, 

suspension related technologies. 

8:00 a.m. - 11:30 a.m. 

Vehicle Dynamics, Stability and 

Control (Part 1 of 3) (SS900) 

This session is focused on vehicle dynamics 

and controls using modeling and simulation, 

and experimental analysis of passenger 

cars, heavy trucks, and wheeled military 

vehicles. This session addresses active 

and passive safety systems to mitigate 

rollover, yaw instability and braking issues; 

driving simulators and hardware-in-theloop 

systems; suspension kinematics and 

compliance, steering dynamics, advanced 

active suspension technologies; and tire 

force and moment mechanics. 

8:00 a.m. - 11:30 a.m. 

Vehicle Aerodynamics (Part 5 

of 8): Unsteady Aerodynamics 

(SS800) 

The emergence of unsteady simulation 

as a viable tool along with the continuing 

development of experimental methods 

has led to an increasing focus on the 

unsteady aerodynamic effects experienced 

by cars in use. This session investigates 

aerodynamics influences on vehicle 

dynamics: dynamic pitching, cross 

wind effects. Surface contamination is 

receiving increased attention as customer 

expectations rise. Hence, simulating soiling 

of rear vehicle surfaces and wetting of brake 

discs are explored. 

8:30 a.m. - 11:30 a.m. 

Noise and Vibration (Part 1 of 3) 

(SS000) 

This session will cover intake/exhaust/ 

powertrain and chassis noise and vibration. 

Papers covering vehicle interior comfort, 

advanced methods and subjective 

response will also be addressed. 

9:00 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

Organizers: 

Robert Ackley, Ford Motor Company; 

Prashant Patel, Tenneco Inc. 

Steering System Testing Using Rack Force 

Models 


Dexin Wang, Frank Esser, Ford Motor 

Company 

Simulation Study on Vehicle Road 

Performance with Hydraulic Electromagnetic 

Energy-Regenerative Shock Absorber 

Organizers: 


Admin; Paul Grygier; Mark Heitz; Gary J. 

Heydinger, SEA, Ltd.; David R. Mikesell, 

Ohio Northern Univ.; Sughosh J. Rao, M. 

Kamel Salaani, Transportation Research 

Center Inc.; Pinhas Barak, Kettering Univ.; 

Richard Dale Tonda, SEA, Ltd. 

An Integrated-Electro-Hydraulic Brake 

System for Active Safety 

Zhuoping Yu, Songyun Xu, Lu Xiong, Wei 

Han, Tongji University 

Ride Comfort Analysis Considering 

Suspension Friction with Series Rigidity 


Ming Peng, Xuexun Guo, Junyi Zou, 

Chengcai Zhang, Wuhan University of 

Technology 

Study of Observer Considering Damper 

Force Dynamics for Semi Active Suspension 

Systems 

Shingo Koumura, Takahiro Shionoya, Toyota 


Power Assisted Braking Control Based on a 

Novel Mechatronic Booster 

Organizers: 


Mesbah Uddin, UNC Charlotte Motorsports 

Engineering; David Sims-Williams, Durham 

Univ.; Kurt Zielinski, Honda R & D Americas 

Inc.; Gary M. Elfstrom, Univ. of Ontario 


Study of Unsteady Aerodynamics of a Car 

Model in Dynamic Pitching Motion 

Yusuke Nakae, Jun Yamamura, Hiroshi 

Tanaka, Tsuyoshi Yasuki, Toyota Motor 

Corporation 

Experimental and Computational Study of 

Vehicle Soiling on a Generic Hatchback 

Body 


Akihito Yamamoto, Wataru Tanaka, 

Takafumi Makino, Shunya Tanaka, Aisin 

Seiki Co., Ltd.; Ken Tahara, FT TECHNO 

Co. Ltd. 

Design and Control of A Novel Geared 

Electromagnetic Active Suspension 

Haizhen Liu, Weiwen Deng, Rui He, Lei 

Qian, Shun Yang, Jian Wu, State Key Lab of 

ASCL, Jilin University 

Development of the Electronically Controlled 

Brake system for fuel-efficient vehicles 

Anton Kabanovs, Max Varney, Andrew 

Garmory, Martin Passmore, Loughborough 

University; Adrian Gaylard, Jaguar Land 

Rover 

A Fully Coupled, 6 Degree-of-Freedom, 

Aerodynamic and Vehicle Handling 

Crosswind Simulation using the DrivAer 

Model 


Cheng Gu, Xinbo Chen, Jun Yin, Tongji 

University 

A Novel Electric-Power-Steering (EPS) 

Control Algorithm Development for the 

Reference Steering Feel Tracking 

Yoshio Masuda, Yosuke Yamasoe, Yosuke 

Kuki, ADVICS Co., Ltd.; Takahiro Okano, 

Kiyoyuki Uchida, Toyota Motor Corporation 

Development of New Electronically 

Controlled Hydraulic Unit for Various 

Applications 

David C. Forbes, Gary J. Page, Martin A. 

Passmore, Loughborough University; Adrian 

P. Gaylard, Jaguar Land Rover 

Aerodynamics Evaluation of Road Vehicles 

in Dynamic Maneuvering 


Dongpil Lee, Seoul National University; 

Bongchoon Jang, Andong National 

University; Kyongsu Yi, Seoul National 

University; Sehyun Chang, Byungrim Lee, 

Hyundai Motor Company 

Design aspects of a novel active and energy 

regenerative suspension 

Takahiro Okano, Akira Sakai, Toyota Motor 

Corporation; Yusuke Kamiya, Yoshio 

Masuda, Tomoyuki Yamaguchi, ADVICS 

Co., Ltd. 

Hardware-in-the-Loop Pneumatic Braking 

System for Heavy Truck Testing of 

Advanced Electronic Safety Interventions 

Yoshihiro Okada, Mazda Motor Corporation; 

Takuji Nakashima, Hiroshima University; 

Makoto Tsubokura, Kobe University; 

Yousuke Morikawa, Ryousuke Kouno, 

Hiroshima University; Satoshi Okamoto, 

Tanaka Matsuhiro, Takahide Nouzawa, 

Mazda Motor Corporation 

Application of CFD to Predict Brake Disc 

Contamination in Wet Conditions 


Jun Yin, Xinbo Chen, Lixin Wu, Jianqin Li, 

Tongji University 

M. Kamel Salaani, Sughosh Rao, Joshua 

L. Every, Transportation Research Center 

Inc.; David R. Mikesell, Ohio Northern 

University; Frank Barickman, Devin Elsasser, 

John Martin, NHTSA, US Department of 

Transportation 

Lara Schembri Puglisevich, Adrian Gaylard, 

Matthew Osborne, Jaguar Land Rover; 

Jonathan Jilesen, Adriano Gagliardi, Exa 

Corporation 

Organizers: 

David W. Herrin, Univ. of Kentucky; James 

M. Nieters, Sound Resources II LLC; 

Christopher Shaw, Halla Visteon Climate 

Control Corp.; Saeed Siavoshani, Siemens 

PLM Software; In-Soo Suh, KAIST 

Optimization of Muffler Acoustics 

Performance using DFSS Approach 

Manish Dixit, V Sundaram, Sathish Kumar 

S, FCA Engineering India Pvt Ltd 

A Novel Approach to Optimize the 

Resonators for Air Induction System 

Sri Siva Sai Meduri, QuEST Global Private 

Ltd.; V. Sundaram, Sathish Kumar S, FCA 

Engineering India Pvt Ltd 

Sound and Vibration Levels of CI Engine 

with Synthetic Kerosene and n-Butanol 

in RCCI 

Valentin Soloiu, Emerald Simons, Martin 

Muinos, Spencer Harp, Aliyah Knowles, 

Gustavo Molina, Georgia Southern 

University 

Determination of Transmission and Insertion 

Loss for the General Multi-Inlet Multi-Outlet 

Case 

Yitian Zhang, David W. Herrin, T. Wu, 

University of Kentucky; Xin Hua, Faurecia 

Emissions Control Technologies 




TIME 




BODY/CHASSIS/ 


142 C 140 D 140 E 140 F 



2) (SS600) 








8:00 a.m. - 11:30 a.m. 















8:00 a.m. - 11:30 a.m. 

Vehicle Aerodynamics (Part 5 

of 8): Unsteady Aerodynamics 

(SS800) 

The emergence of unsteady simulation 

as a viable tool along with the continuing 

development of experimental methods 

has led to an increasing focus on the 

unsteady aerodynamic effects experienced 

by cars in use. This session investigates 

aerodynamics influences on vehicle 

dynamics: dynamic pitching, cross 

wind effects. Surface contamination is 

receiving increased attention as customer 

expectations rise. Hence, simulating soiling 

of rear vehicle surfaces and wetting of brake 

discs are explored. 

8:30 a.m. - 11:30 a.m. 


(SS000) 






9:00 a.m. - 11:30 a.m. 

11:00 

a.m. 

Organizers: 



Target setting and structural design of an 

EPS in the Loop test bench for steering 

feeling simulation 

Organizers: 






Center Inc.; Pinhas Barak, Kettering Univ.; 

Richard Dale Tonda, SEA, Ltd. 

An Investigation into New ABS Strategies 

Organizers: 


Mesbah Uddin, UNC Charlotte Motorsports 

Engineering; David Sims-Williams, Durham 

Univ.; Kurt Zielinski, Honda R & D Americas 

Inc.; Gary M. Elfstrom, Univ. of Ontario 


Modeling of Transient Aerodynamic Forces 

based on Crosswind Test 


Francesco Vinattieri, Universita degli Studi 

di Firenze; Tim Wright, Danisi Engineering 

S.r.l.; Renzo Capitani, Universita degli 

Studi di Firenze; Claudio Annicchiarico, 

Meccanica 42 S.r.l.; Giacomo Danisi, Danisi 

Engineering S.r.l. 

Planned by Steering and Suspension 



Jonathan Loyola, Francis Assadian, 

University of California 




Tateru Fukagawa, Shinnosuke Shimokawa, 

Eiji Itakura, Hiroyuki Nakatani, Kenichi 

Kitahama, Toyota Motor Corporation 




Organizers: 






Methods for Determining Muffler 

Transmission Loss in Octave Bands 

Peng Wang, University of Kentucky; 

Xin Hua, Faurecia Emissions Control 

Technologies; T. Wu, David W. Herrin, 

University of Kentucky 

Planned by Noise and Vibration Committee 





TIME 

WEDNESDAY, APRIL 13 - AFTERNOON 



BODY/CHASSIS/ 


140 E 140 C 142 A 140 F 


8): Experimental Technnologies 

(SS800) 

Experimental facilities and methods 

continue to develop. This session 

covers wind tunnel interferences and 

their correction, along with a new ground 

simulation system and methods for 

introducing atmospheric levels of turbulence 

into wind tunnel testing.Developments 

presented in measurement techniques 

include: Tomographic PIV, Quantitative 

Tuft Image Processing, Strip Tube pressure 

measurement and a new small-scale PIV 

system. 

12:30 p.m. - 5:00 p.m. 









technologies used by the industry and the 

government as well as consumer acceptance 

and market demand for these systems. 

Lastly, discussion on information gained 

from the various onboard sensors and vision 

systems in active safety systems will occur. 

1:00 p.m. - 4:30 p.m. 














1:00 p.m. - 2:30 p.m. 


(SS000) 






1:00 p.m. - 5:00 p.m. 

Organizers: 

Adrian P. Gaylard, Jaguar Land Rover; H. 

Robert (Bob) Welge, Robert’s Engineering 

Development; Kurt Zielinski, James T. 

McKillen, Honda R & D Americas Inc.; Gary 

M. Elfstrom, Univ. of Ontario Institute of 

Technology; Todd Lounsberry, FCA US LLC 

Organizers: 

H. Clay Gabler, Virginia Tech.; Joseph 

Kanianthra, Active Safety Engineering LLC; 

Rini Sherony, Toyota Motor Engineering & 

Mfg NA Inc. 

Organizers: 




Organizers: 






12:30 

p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Lagally Force on an Automotive Model in a 

Solid-Wall Wind Tunnel 

(2016-01-1622) 

Miroslav Mokry, WTISOFT 

A Numerical and Experimental Evaluation of 

Open Jet Wind Tunnel Interferences using 

the DrivAer Reference Model 

Pre-Collision System for Toyota Safety 

Sense 

System & software architecture to assess 

driver seat comfort level of innovative 

automotive seats using fatigue analysis 

(2016-01-1597) (2016-01-1458) (Oral Only) (2016-01-1319) 

Christopher Collin, Steffen Mack, Thomas 

Indinger, Technical University of Munich; 

Joerg Mueller, AUDI AG 

The New Interchangeable 3-Belt System 

in the FKFS Wind Tunnel Design and First 

Results 

Ryuta Ono, Wataru Ike, Yuki Fukaya, Toyota 


Development of Bicycle Surrogate for 

Bicyclist Pre-Collision System Evaluation 

Padmanaban Dheenadhayalan, Tata Elxsi, 

Ltd. 

An Experimental Analysis of Drivers Motion 

and Forcefor Enhancing Seating and 

Steering Comfort 


Felix Wittmeier, Armin Michelbach, Jochen 

Wiedemann, FKFS; Victor Senft, MTS 

Systems Corp 

The Study of a Bi-Stable Wake Region 

of a Generic Squareback Vehicle using 

Tomographic PIV 

Qiang Yi, Stanley Chien, Jason Brink, 

Wensen Niu, Lingxi Li, Yaobin Chen, Indiana 

University Purdue University; Chi-Chen Chen, 

Ohio State University; Rini Sherony, TEMA; 

Hiroyuki Takahashi, Toyota Motor Corporation 

Development of a Bicycle Carrier for 

Bicyclist Pre-Collision System Evaluation 

Masatoshi Hada, Takahiro Yamaguchi, 

Yoshikazu Hattori, Toyota Central R&D 

Labs., Inc. 

Optimizing Occupant Thermal Comfort for 

Automotive Seating Systems 


Anna-Kristina Perry, Mathew Almond, 

Martin Passmore, Loughborough University; 

Robert Littlewood, LaVision 

A Correlation Study of Wind Tunnels for 

Reduced-Scale Automotive Aerodynamic 

Development 

Rini Sherony, TEMA; Qiang Yi, Stanley Chien, 

Jason Brink, Mohammad Almutairi, Keyu 

Ruan, Wensen Niu, Lingxi Li, Yaobin Chen, 

Indiana University Purdue University; Hiroyuki 

Takahashi, Toyota Motor Corporation 

Pedestrian/Bicyclist Limb Motion Analysis 

from 110-Car TASI Video Data for 

Autonomous Emergency Braking Testing 

Surrogate Development 

Amber Hall, Michael Kolich, Ford Motor 

Company 


Frank Meinert, General Motors Co.; Kristian 

Johannessen, GM Holden Ltd.; Fernando 

Saito, GM do Brasil; Bongha Song, GM 

Korea Co.; Jewel Barlow, University of 

Maryland; David Burton, Monash University; 

Taehwan Cho, Korea Aerospace Research 

Institute; Luis Fernando Gouveia de Moraes, 

Institute of Aeronautics and Space 

Development of a New Pressure 

Measurement Technique and PIV to Validate 

CFD for the Aerodynamics of Full-scale 

Vehicles 

Rini Sherony, TEMA; Renran Tian, Stanley 

Chien, Li Fu, Yaobin Chen, Indiana 

University Purdue University; Hiroyuki 


Modeling of Low Illuminance Road Ligthing 

Condition using Road Temporal Profile 


Yuichi Fukuchi, Jun Sawada, Masato 

Nakajima, Yutaka Murakumo, Honda R&D 

Co., Ltd. 

Libo Dong, Stanley Chien, Jiang-Yu Zheng, 

Yaobin Chen, Indiana University Purdue 

University; Rini Sherony, TEMA; Hiroyuki 


Analysis for Vibration Caused by Starter 

Shaft Resonance 

Kimitoshi Tsuji, Katsuhiko Yamamoto, 


Determining the Vertical and Longitudinal 

First Mode of Vibration of a Wide Base FEA 

Truck Tire 

Kristian Lee Lardner, Moustafa El-Gindy, 

University of Ontario Institute of Technology; 

Fredrik Oijer, Inge Johansson, David 

Philipps, Volvo Group Trucks Technology 

Clarification of Transient Characteristics 

by Coupled Analysis of Powertrains and 

Vehicles 

Ryoichi Hibino, Tomohiko Jimbo, Hiroyuki 

Yamaguchi, Yasuaki Tsurumi, Toyota Central 

R&D Labs., Inc.; Hideaki Otsubo, Shinji 

Kato, Toyota Motor Corporation 

Chattering Noise Mechanism and Vane 

Behavior of a Rotary Compressor 

Tsuyoshi Kanuma, Katsumi Endo, Fumiaki 

Maruoka, Hiroshi Iijima, Makoto Kawamura, 

Keisuke Nakazawa, Eiki Yanagawa, 

Calsonic Kansei Corp. 

A Discussion of Complex Eigenvalue 

Analytical Methods as They Relate to the 

Prediction of Brake Noise 

Robert S. Ballinger, BWI Group North 

America 




TIME 




BODY/CHASSIS/ 


140 E 140 C 142 A 140 F 


8): Experimental Technnologies 

(SS800) 

Experimental facilities and methods 

continue to develop. This session 

covers wind tunnel interferences and 

their correction, along with a new ground 

simulation system and methods for 

introducing atmospheric levels of turbulence 

into wind tunnel testing.Developments 

presented in measurement techniques 

include: Tomographic PIV, Quantitative 

Tuft Image Processing, Strip Tube pressure 

measurement and a new small-scale PIV 

system. 

12:30 p.m. - 5:00 p.m. 









technologies used by the industry and the 

government as well as consumer acceptance 

and market demand for these systems. 

Lastly, discussion on information gained 

from the various onboard sensors and vision 

systems in active safety systems will occur. 

1:00 p.m. - 4:30 p.m. 














1:00 p.m. - 2:30 p.m. 


(SS000) 






1:00 p.m. - 5:00 p.m. 

Organizers: 

Adrian P. Gaylard, Jaguar Land Rover; H. 

Robert (Bob) Welge, Robert’s Engineering 

Development; Kurt Zielinski, James T. 

McKillen, Honda R & D Americas Inc.; Gary 

M. Elfstrom, Univ. of Ontario Institute of 

Technology; Todd Lounsberry, FCA US LLC 

Organizers: 

H. Clay Gabler, Virginia Tech.; Joseph 

Kanianthra, Active Safety Engineering LLC; 

Rini Sherony, Toyota Motor Engineering & 

Mfg NA Inc. 

Organizers: 




Organizers: 






3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Surface Flow Visualization on a Full-Scale 

Passenger Car with Quantitative Tuft Image 

Processing 

Evaluation of the effectiveness of Volvo 

pedestrian detection system based on reallife 

fatal pedestrian accidents 


Dirk Wieser, Technische Universität Berlin; 

Sabine Bonitz, Lennart Lofdahl, Chalmers 

University of Technology; Alexander 

Broniewicz, Volvo Car Corporation; 

Christian Nayeri, Christian Paschereit, 

Technische Universität Berlin; Lars Larsson, 

Chalmers University of Technology 

A System for Simulating Road- 

Representative Atmospheric Turbulence for 

Ground Vehicles in a Large Wind Tunnel 

Peter Vertal, IFRE University of Zilina; 

Hermann Steffan, TU Graz VSI 

Driver Brake Parameters Analysis under 

Risk Scenarios with Pedalcyclist 


Brian R. McAuliffe, Annick D’Auteuil, 

National Research Council Canada 

Simulation of the atmospheric turbulence 

for wind-tunnel tests on full-scale light duty 

vehicles 

Mingyang Chen, Xichan Zhu, Zhixiong Ma, 

Lin Li, Tongji University 


Brian R. McAuliffe, Alanna Wall, Guy Larose, 

National Research Council Canada 




Planned by Automobile Electronics Activity 

/ EMB Land and Sea Group; Automobile 

Body, Chassis, Safety, and Structures 





A New Method of Characterizing Wind 

Noise Sources and Body Response for a 

Detailed Analysis of the Noise Transmission 

Mechanism 

Tadayoshi Fukushima, Hitoshi Takagi, Toshio 

Enomoto, Hiroyuki Sawada, Tomoyuki 

Kaneda, Nissan Motor Co., Ltd. 

Vehicle Wind Noise Measurements in a 

Wind Tunnel with a Contoured Top Profile 

Vincent Rovedatti, Jacob Milhorn, 

Calvin College; Richard DeJong, Calvin 

Engineering; Gordon Ebbitt, Toyota 

Technical Center USA, Inc. 

Road Tests of the Acoustic Loads on the 

Back Panels of a Pickup Truck 

Jacob Milhorn, Vincent Rovedatti, 

Calvin College; Richard DeJong, Calvin 

Engineering; Gordon Ebbitt, Toyota 







TIME 




BODY/CHASSIS/ 


142 B 140 G 142 C 140 D 



(SS500) 










1:00 p.m. - 5:00 p.m. 

Occupant Protection: Structural 

Crashworthiness and Occupant 

Safety (SS510) 

Presentations will cover critical issues in 

advancing the science of occupant safety in 

vehicle collisions. 

1:00 p.m. - 5:00 p.m. 



2) (SS600) 








1:00 p.m. - 5:00 p.m. 















1:00 p.m. - 5:00 p.m. 

Organizers: 








Organizers: 

Saeed Barbat, Jamel E. Belwafa, Ford 

Motor Company 

Organizers: 



Organizers: 






Center Inc. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

A Survey of Vehicle Separation Distances in 

Stopped Traffic 

Crashworthiness design of automotive body 

in white using Topology Optimization 

A High-Bandwidth Active Suspension for 

Motion Sickness Mitigation in Autonomous 

Vehicles 


Bradley C. Reckamp, Charles Moody, 

Anthony Timpanaro, Orion Keifer, 

Applications Engineering Group Inc. 

Linli Tian, Yunkai Gao, Tongji University 

The Accuracy of an Optimized, Practical 

Close-Range Photogrammetry Method for 

Vehicular Modeling 

Development of a Practical Multi-disciplinary 

Design Optimization (MDO) Algorithm for 

Vehicle Body Design 

Jack Ekchian, William Graves, Zackary 

Anderson, Marco Giovanardi, Olivia Godwin, 

Levant Power Corporation; Janna Kaplan, 

Joel Ventura, James R. Lackner, Paul DiZio, 

Brandeis University 

Numerical and experimental dynamics of a 

monotube shock absorber 


Louis R. Peck, Lightpoint Scientific, LLC; 

Mu-Hua Cheng, Dial Engineering 

A Quantitative Method for Accurately 

Depicting still photographs or video of 

anight-time scene Utilizing Equivalent 

Contrast 

Anindya Deb, Gunti R. Srinivas, Indian 

Institute of Science; Clifford C. Chou, 


Design of an advanced layered composite 

for energy dissipation using a 3D-lattice of 

micro compliant mechanism 

Francesco Castellani, Nicola Bartolini, 

Lorenzo Scappaticci, Davide Astolfi, Matteo 

Becchetti, University of Perugia 

The knocking noise on a twin tube 

damper: individuation and analysis of the 

phenomenon. 


Jeffrey Aaron Suway, Judson Welcher, 

Biomechanical Research and Testing 

Quantification of Headlamp Degradation 

Due to Exposure to the Elements 

Vaibhav V. Gokhale, Carl Marko, Tanjimul 

Alam, Prathamesh Chaudhari, Andres Tovar, 

Indiana University Purdue University 

Analysis of the Relationship between Energy 

Absorbing Components and Vehicle Crash 

Response 

Nicola Bartolini, University of Perugia; 

Lorenzo Scappaticci, University Guglielmo 

Marconi; Francesco Castellani, Univesity 

of Perugia; Alberto Garinei, University 

Guglielmo Marconi 

Low-Order Contact Load Distribution Model 

for Ball Nut Assemblies 


Anthony Timpanaro, Charles Moody, Wesley 

Richardson, Bradley Reckamp, Orion Keifer, 

Applications Engineering Group Inc. 

Evaluation of the Accuracy of Image Based 

Scanning as a Basis for Photogrammetric 

Reconstruction of Physical Evidence 

Zuolong Wei, Hamid Reza Karimi, Kjell 

Gunnar Robbersmyr, University of Agder 

Validation of a Toyota Camry Finite Element 

Model for Multiple Impact Configurations 

Bo Lin, Chinedum E. Okwudire, University 

of Michigan 

Regenerative Shock Absorbers and the 

Role of the Motion Rectifier 


Neal Carter, Alireza Hashemian, Nathan A. 

Rose, William T.C. Neale, Kineticorp LLC 

Determining Position and Speed through 

Pixel Tracking and 2D Coordinate 

Transformation in a 3D Environment 

Rudolf Reichert, Pradeep Mohan, Dhafer 

Marzougui, Cing-Dao Kan, Daniel Brown, 

George Mason University 

The correlation study between vehicle drop 

and dummy injury 

Renato Galluzzi, Andrea Tonoli, Nicola 

Amati, Gabriele Curcuruto, Politecnico di 

Torino; Piero Conti, Giordano Greco, Andrea 

Nepote, Magneti Marelli 

Enhanced Vehicle Handling and Ride 

through Anti-pitch Anti-roll Hydraulically 

Interconnected Suspension 

Sideslip angle estimation of a Formula SAE 

racing vehicle 

Jyotishman Ghosh, Andrea Tonoli, Nicola 

Amati, Politecnico di Torino; Weitao Chen, 

VI-Grade 

Development of Integrated Chassis Control 

for Limit handling 

Eunhyek Joa, Kyongsu Yi, Seoul National 

Univ.; Kilsoo Kim, Hyundai Motor Co. 

Combination of Front Steering and 

Differential Braking Control for the Path 

Tracking of Autonomous Vehicle 

Liangxiu Zhang, Guangqiang Wu, Tongji 

University 

A Robust Stability Control System for a 

Hybrid Electric Vehicle Equipped with 

Electric Rear Axle Drive 

Jose Velazquez Alcantar, Farhad Assadian, 


Lateral Control System for Autonomous 

Lane Change System on Highways 

Chang Mook Kang, Yi Sung Gu, Soo 

Jung Jeon, Hanyang Univ.; Young Seop 

Son, Mando Corp.; Wonhee Kim, Dong-A 

Univ.; Seung-Hi Lee, Chung Choo Chung, 

Hanyang Univ. 

Lateral Stability and improvement for Pick 

Up category vehicle using Multi Body 

Dynamics Simulation Tools 


William T. Neale, David Hessel, Daniel Koch, 

Kineticorp LLC 

Do Hoi KIm, Hyundai Motor Co. 

Xinxin Shao, Haiping Du, Fazel Naghdy, 

University of Wollongong 

Gurdeep Singh Pahwa, Baskar 

Anthonysamy, Karan Shah, Mahindra and 

Mahindra Ltd. 




TIME 




BODY/CHASSIS/ 


142 B 140 G 142 C 140 D 



(SS500) 










1:00 p.m. - 5:00 p.m. 

Occupant Protection: Structural 

Crashworthiness and Occupant 

Safety (SS510) 

Presentations will cover critical issues in 

advancing the science of occupant safety in 

vehicle collisions. 

1:00 p.m. - 5:00 p.m. 



2) (SS600) 








1:00 p.m. - 5:00 p.m. 















1:00 p.m. - 5:00 p.m. 

Organizers: 








Organizers: 

Saeed Barbat, Jamel E. Belwafa, Ford 

Motor Company 

Organizers: 



Organizers: 






Center Inc. 

4:00 

p.m. 

4:30 

p.m. 

Method to Determine Instantaneous Speeds 

and Acceleration from Surveillance Video 

A Study on Vehicle Crash Pulse Severity in 

Frontal NCAP tests 

Optimized Control Algorithm for EPAS 

BLDC Motor Choosing DTC with Ripple 

Reduction Strategy (RRS) over FOC 


Craig Luker, Luker Forensic Engineering Inc. Chung-Kyu Park, Cing-Dao Kan, George 

Mason University 

A Survey of Multi-View Photogrammetry 

Software for Documenting Vehicle Crush 

Alternative Approaches to Occupant 

Response Evaluation in Frontal Impact 

Crash Testing 

Shyama Ashok Kumar, Robert Bosch 

Engineering and Business Solutions Private 

Ltd. 

Model-based friction compensation for EPS 

angle control 


Toby Terpstra, Tilo Voitel, Alireza 

Timothy Keon, NHTSA 

Hashemian, Kineticorp LLC 







Tsutomu Tamura, Tomohiro Nakade, 

Daisuke miki, Robert Fuchs, JTEKT 

CORPORATION 

Planned by Steering and Suspension 



A Fuzzy Inference System for Understeer/ 

Oversteer Detection Towards Model-Free 

Stability Control 

Benjamin Hirche, Ford Motor Co.; Beshah 

Ayalew, Clemson Univ. 

A Model-Free Stability Control Design 

Scheme with Active Steering Actuator Sets 

Benjamin Hirche, Ford Motor Co.; Beshah 

Ayalew, Clemson Univ. 






TIME 

Mobility Issues for an Aging 

Population (SS304) 

THURSDAY, APRIL 14 - MORNING 



BODY/CHASSIS/ 


142 A 140 F 142 B 140 C 

Aging mobility is important to the 

automotive industry for the following 

reasons: 37% of the population is over age 

50 52% of vehicles sold in 2012 were to > 

55 years of age consumers. A 65 year old 

is 4x more likely to buy a new car than a 25 

year old.Presentations will cover how this 

group will have unique issues associated 

with it that will need to be addressed by the 

automotive industry as they design vehicles 

for this ever growing population. 

8:00 a.m. - 11:30 a.m. 


(SS000) 






8:00 a.m. - 12:00 p.m. 



(SS500) 










8:00 a.m. - 11:30 a.m. 

Occupant Protection: Pedestrian 

and Cyclist Safety (SS505) 

The pedestrian and cyclist safety session 

focuses on research and development 

efforts aimed at protecting pedestrians 

and cyclists in the event of vehicle impact. 

Papers on injury biomechanics, vehicle 

design, dummy and impactor development, 

computational modeling, regulations and 

consumer assessment testing, active safety 

and collision avoidance are accepted for 

this session. 

8:00 a.m. - 10:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

Marilyn Vala 

The Impacts of Cognitive Training on the 

Safety-Related Behaviors and Performance 

of Older Drivers 

Organizers: 






Contribution Analysis of Vibration Mode 

Utilizing Operational TPA 

Organizers: 








Why Simulation? An Interesting Case Study 

Organizers: 

Jason R. Kerrigan, Univ. of Virginia Cent 

Applied Biomech; Carlos Arregui Dalmases 

Prediction of Injury Risk in Pedestrian 

Accidents Using Virtual Human Model 

VIRTHUMAN: Real Case and Parametric 

Study 


Jonathan Frank Antin, Justin Owens, 

Virginia Tech Transportation Institute; James 

Foley, Kazutoshi Ebe, Toyota Technical 

Center USA, Inc.; Brian Wotring, Virginia 

Tech Transportation Institute 

Junji Yoshida, Koki Tanaka, Osaka Institute 

of Technology 

Terry D. Day, Engineering Dynamics Corp. Jan Vychytil, Ludek Hyncik, University of 

West Bohemia; Jaroslav Manas, Mecas 

ESI s.r.o.; Petr Pavlata, Vision Consulting 

Automotive s.r.o.; Radim Striegler, Transport 

Research Centre; Tomas Moser, IDIADA CZ 

a.s.; Radek Valasek, BRANO a.s. 

An Improved Seating Accommodation 

Model for Older and Younger Drivers 

Structural Borne Noise Control in Passenger 

Cars and Light Commercial Vehicles 

(LCV) Utilizing New Light Weight Damping 

Systems 

Post-Impact Dynamics for Vehicles with a 

High Yaw Velocity 

The Benefit of Morphing to Specific 

Anthropometry for Evaluating Pedestrian 

Finite Element Model Kinematics 


Shayne McConomy, Johnell Brooks, Paul 

Venhovens, Yubin Xi, CU-ICAR; Patrick 

Rosopa, John DesJardins, Clemson Univ.; 

Kevin Kopera, Greenville Hospital System; 

Kathy Lococo, TransAnalytics, LLC. 

Tom Wood, FAIST ChemTec Inc 

Nathan A. Rose, Neal Carter, Gray 

Beauchamp, Kineticorp LLC 

David Poulard, Huipeng Chen, Matthew 

Panzer, University of Virginia 

Benefits from Heads-up Lane Departure 

Warnings Predicts Safety In the Real-world 

The Method to Predict the Vibration Transfer 

Function of Hydraulic Engine Mount on a 

Vehicle 

The Methodology for Traffic Accident 

Database on Scenarios TADS as 

New Approach of In-Depth-Accident- 

Investigation for Accident Avoidance 

Strategies 


Nazan Aksan, University of Iowa Hospital 

and Clinic; Lauren Sager, Sarah Hacker, 

University of Iowa; Benjamin Lester, 

Exponent Failure Analysis Associates; 

Jeffrey Dawson, University of Iowa; Matthew 

Rizzo, University of Nebraska Medical 

Center 

Exploring Transitional Automated Driving 

with New and Old Drivers 

Masahiro Fukazawa, Honda; Tsuyoshi 

Murao; Shingo Unigame, Honda 

Understanding 3 Cylinder CVT Vehicle for 

Improving Fuel Economy and Reducing 

Noise and Vibration 

Dietmar Otte, Hannover Medical School; 

Martin Urban, Fraunhofer Institute for 

Transportation; Heiko Johannsen, Medical 

University Hannover 

Implications of Manufacturers Bumper 

Ratings in Low Speed Collision Analyses 


David Miller, Mishel Johns, Hillary Page Ive, 

Nikhil Gowda, David Sirkin, Srinath Sibi, 

Brian Mok, Stanford University; Sudipto 

Aich, Ford Motor Company; Wendy Ju, 

Stanford University 

The Influence of Drivers Age on Glance 

Allocations during Single-Task Driving and 

Voice vs. Visual-Manual Radio Tuning 

Jonggyu Kim, Pyoung Beom Kim, 

YoungChan Lee, Sunghee Jung, Byeong- 

Ug Choi, Hyundai Motor Company 

The Effect of Spring Parameters on Isolator 

Insertion Loss 

Orion P. Keifer, Bradley Reckamp, Charles 

Moody, Anthony Timpanaro, Applications 

Engineering Group Inc. 

Predicting Snowmobile Speed from Visible 

Locked-Track and Rolldown Marks in 

Groomed/Packed Snow Conditions 


Jonathan Dobres, Bryan Reimer, Bruce 

Mehler, MIT AgeLab; James Foley, 

Kazutoshi Ebe, Toyota Technical Center 

USA, Inc.; Bobbie Seppelt, Linda Angell, 

Touchstone Evaluations Inc. 

Shishuo Sun, David W. Herrin, University of 

Kentucky; John Baker, Univ of Kentucky- 

Paducah 

Pamela D’Addario, Ken Iliadis, Gunter 

Siegmund, MEA Forensic Engineers and 

Scientists 

Virtual development support of active 

bonnet pedestrian safety systems by CAE/ 

FE-methods 

Gernot Pauer, Michal Kriska, Andreas Hirzer, 

Altran Concept Tech GmbH 

Vehicle’s Front End Profile Influence on 

Pedestrian Sensing System Using In-House 

Developed PDI-2 and Child FE Models 

Chinmoy Pal, Tomosaburo Okabe, Nissan 

Motor Ltd.; Kulothungan Vimalathithan, 

Jeyabharath Manoharan, Pratapnaidu 

Vallabhaneni, RNTBCI; Munenori Shinada, 

Kazuto Sato, Nissan Motor Ltd. 

Influence of pre-impact pedestrian posture 

on lower extremity kinematics in vehicle 

collisions 

Jisi Tang, Qing Zhou, Bingbing Nie, 

Tsinghua University; Tsuyoshi Yasuki, Yuichi 

Kitagawa, Toyota Motor Corporation 




TIME 

Mobility Issues for an Aging 

Population (SS304) 




BODY/CHASSIS/ 


142 A 140 F 142 B 140 C 

Aging mobility is important to the 

automotive industry for the following 

reasons: 37% of the population is over age 

50 52% of vehicles sold in 2012 were to > 

55 years of age consumers. A 65 year old 

is 4x more likely to buy a new car than a 25 

year old.Presentations will cover how this 

group will have unique issues associated 

with it that will need to be addressed by the 

automotive industry as they design vehicles 

for this ever growing population. 

8:00 a.m. - 11:30 a.m. 


(SS000) 






8:00 a.m. - 12:00 p.m. 



(SS500) 










8:00 a.m. - 11:30 a.m. 

Occupant Protection: Pedestrian 

and Cyclist Safety (SS505) 

The pedestrian and cyclist safety session 

focuses on research and development 

efforts aimed at protecting pedestrians 

and cyclists in the event of vehicle impact. 

Papers on injury biomechanics, vehicle 

design, dummy and impactor development, 

computational modeling, regulations and 

consumer assessment testing, active safety 

and collision avoidance are accepted for 

this session. 

8:00 a.m. - 10:30 a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 

Marilyn Vala 

Technical Expert Panel Discussion: Mobility 

Issues for an Aging Population 

Moderators - Marilyn Vala, Retired 

Panelists - 

Jonathan Frank Antin, Virginia Tech 

Shayne McConomy, CU-ICAR 

Nazan Aksan, University of Iowa Hospital 

and Clinic 

Jonathan Dobres, MIT AgeLab 




Organizers: 






An Improved Reanalysis Method Using 

Parametric Reduced Order Modeling for 

Linear Dynamic Systems 


Syed F. Haider, Zissimos Mourelatos, 

Oakland University 

1D Modeling of Thermal Expansion Valve 

for the Assessment of Refrigerant-Induced 

Noise 


Atsushi Itoh, ZongGuang Wang, Mitsubishi 

Motors Corporation; Toshikazu Nosaka, 

Keita Wada, IDAJ Co., Ltd. 

Development of High-resolution Exciting 

Source Identification System 

(2016-01-1325) 

Masanori Watanabe, Yosuke Tanabe, Naoki 

Yoneya, Hitachi, Ltd. 




Organizers: 








The Use of Stationary Object Radar Sensor 

Data from Advanced Driver Assistance 

Systems (ADAS) in Accident Reconstruction 

John Zolock, Carmine Senatore, Ryan Yee, 

Robert Larson, Brian Curry, Exponent Inc. 

Bayesian Uncertainty Quantification for 

Planar Impact Crashes via Markov Chain 

Monte Carlo Simulation 

Gary A. Davis, University of Minnesota; 

Abhisek Mudgal, Texas A&M Transportation 

Institute 




Organizers: 

Jason R. Kerrigan, Univ. of Virginia Cent 

Applied Biomech; Carlos Arregui Dalmases 






TIME 




BODY/CHASSIS/ 


140 G 140 E 140 D 140 E 

Occupant Protection: Rear Impact 

and Side Impact (SS506) 

This session will have presentations that 

address advancing the science of occupant 

safety in vehicle rear impact collisions. 

8:00 a.m. - 9:30 a.m. 


8): CFD Methods Development 

(SS800) 

In this session the use of the Adjoint Method 

and its role in vehicle shape optimization will 

be explored. New simulation approaches 

will be presented, including Partially- 

Averaged Navier-Stokes (PANS) and a novel 

RANS and Implicit LES Hybrid Turbulence 

Model. The use of CFD for Cooling Drag 

sensitivity analysis is also discussed. 

8:00 a.m. - 10:30 a.m. 















8:00 a.m. - 11:30 a.m. 


8): Fundamental Aerodynamics 

(Part 1 of 2) (SS800) 

It’s vital that we continue to explore 

fundamental aerodynamic effects and 

processes, to underpin future vehicle 

development. This two-part session 

underlines the importance of simplified 

models in building our understanding 

of wake structure, wheel rotation, 

cooling flows, onset flow turbulence and 

crosswinds. Beyond this, careful analysis 

of existing cars is used to provide further 

insights into multiple-vehicle platooning, and 

drag reduction technologies. 

10:30 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

Organizers: 

Jarrod Carter, Origin Engineering; Donald 

Parker, Exponent Failure Analysis; Jeffery 

W. Sankey, Transportation Research Center 

Inc.; Mukul K. Verma 

Seatback Strength as a Predictor of Serious 

Injury Risk to Belted Drivers and Belted Rear 

Seat Occupants in Rear-Impact Crashes 

Organizers: 


Taeyoung Han, General Motors Co.; 

Raymond Leto, TotalSim LLC; Sandeep 

Sovani, ANSYS Inc. Kurt Zielinski, Honda R 

& D Americas Inc. 

Application of the Adjoint Method for Vehicle 

Aerodynamic Optimization 


Jeya Padmanaban, JP Research, Inc.; 

Roger Burnett, Ford Motor Company; 

Andrew Levitt, Collision Research and 

Analysis, Inc. 

A Research on the Prediction of Door 

Opening by the Inertia Effect during Side 

Impact Crash 

Thomas Blacha, Audi AG; Misha Marie 

Gregersen, Volkswagen AG; Moni Islam, 

Audi AG; Henry Bensler, Volkswagen AG 

Adjoint-Driven Aerodynamic Shape 

Optimization Based on a combination of 

Steady State and Transient Flow Solutions 


Kyoungtaek Kwak, Seungwoo Seo, 

Hyundai Motor Company; Randi Potekin, 

Antoine Blanchard, Alexander Vakakis, 

Donald McFarland, Lawrence Bergman, 

University of Illinois 

Belted Driver Injury in Near-Side and Far- 

Side Impacts, Past and Present 

Taeyoung Han, Shailendra Kaushik, 

Kenneth Karbon, General Motors Co.; 

Benjamin Leroy, Kyle Mooney, Stamatina 

Petropoulou, Jacques Papper, ICON 

Technology and Process Consulting Ltd. 

Partially-Averaged Navier-Stokes 

Simulations of flows around generic vehicle 

at yaw 


Yury Chudnovsky, Justin Stocks-Smith, 

Jeya Padmanaban, JP Research, Inc.; Joe 

Marsh, Ivy Consultancy, LLC 

Sinisa Krajnovic, Guglielmo Minelli, 

Chalmers University of Technology; 

Branislav Basara, AVL List, GmbH 

Full Vehicle Aero-Thermal Cooling Drag 

Sensitivity Analysis for Various Radiator 

Pressure Drops 


Nicholas Simmonds, Panagiotis Tsoutsanis, 

Cranfield University; Dimitris Drikakis, 

University of Strathclyde; Adrian Gaylard, 

Wilko Jansen, Jaguar Land Rover 

Development and Application of a novel 


Model for Automotive Aerodynamics 

Organizers: 






Center Inc. 

Virtual Optimization of Tire Cornering 

Characteristics to Satisfy Handling 

Performance of a Vehicle 

Jungmin Na, Gibin Gil, Hankook Tire Co., 

Ltd. 

Development of a Parameter Identification 

Method for MF-Tyre/MF-Swift Applied to 

Parking and Low Speed Manoeuvres 

Carlo Lugaro, TASS International; Antoine 

Schmeitz, TNO; Toshiya Ogawa, Tetsuya 

Murakami, Toyota Motor Corporation; 

Sonny Huisman, TASS International 

Modelling and Simulation of Rapidly 

Changing Road Gradients 

Robert Timothy Wragge-Morley, Guido 

Herrmann, Stuart Burgess, University of 

Bristol; Phil Barber, Jaguar Land-Rover 

Improving subjective assessment of 

vehicle dynamics evaluations by means of 

computer-tablets as digital aid 

Gaspar Luis Gil Gómez, Johannes Vestlund, 

Egbert Bakker, Volvo Car Corporation; 

Christian Berger, University of Gothenburg; 

Mikael Nybacka, Lars Drugge, KTH Royal 


The Roles of Front and Rear Cornering 

Stiffnesses in Vehicle Directional Dynamics 


Asiful Islam, Ben Thornber, University of Masaaki Minakawa, Dynamic Research, Inc. 

Sydney 

The Influences of the Subframe Flexibility 

on Handling and Stability Simulation When 

Using ADAMS/Car 


Hongyuan Zang, Tongji University; Zhuoping 

Yu; Lu Xiong, Tongji University 

Organizers: 



Mark E. Gleason; Bahram Khalighi, General 

Motors Co.; Kurt Zielinski, Honda R & D 

Americas Inc.; Jeffrey Bordner, General 

Motors Co. 

Investigations of the Rear-End Flow 

Structures on a Sedan Car 

Charalampos Kounenis, Durham University; 

Sabine Bonitz, Emil Ljungskog, Chalmers 

University of Technology; David Sims- 

Williams, Durham University; Lennart 

Lofdahl, Chalmers University of Technology; 

Alexander Broniewicz, Volvo Car 

Corporation; Lars Larsson, Simone Sebben, 





TIME 




BODY/CHASSIS/ 


140 G 140 E 140 D 140 E 

Occupant Protection: Rear Impact 

and Side Impact (SS506) 

This session will have presentations that 

address advancing the science of occupant 

safety in vehicle rear impact collisions. 

8:00 a.m. - 9:30 a.m. 


8): CFD Methods Development 

(SS800) 

In this session the use of the Adjoint Method 

and its role in vehicle shape optimization will 

be explored. New simulation approaches 

will be presented, including Partially- 

Averaged Navier-Stokes (PANS) and a novel 


Model. The use of CFD for Cooling Drag 

sensitivity analysis is also discussed. 

8:00 a.m. - 10:30 a.m. 















8:00 a.m. - 11:30 a.m. 



(Part 1 of 2) (SS800) 






models in building our understanding 

of wake structure, wheel rotation, 

cooling flows, onset flow turbulence and 

crosswinds. Beyond this, careful analysis 

of existing cars is used to provide further 

insights into multiple-vehicle platooning, and 

drag reduction technologies. 

10:30 a.m. - 11:30 a.m. 

11:00 

a.m. 

Organizers: 


Parker, Exponent Failure Analysis; Jeffery 

W. Sankey, Transportation Research Center 

Inc.; Mukul K. Verma 




Organizers: 


Taeyoung Han, General Motors Co.; 

Raymond Leto, TotalSim LLC; Sandeep 

Sovani, ANSYS Inc. Kurt Zielinski, Honda R 

& D Americas Inc. 




Organizers: 






Center Inc. 

Development of Vehicle Dynamics 

Technology by Beam for Body Stiffness with 

Friction Function. 


Hiroyuki Sakayanagi, Aisin Seiki Co., Ltd.; 

Yasuaki Kurokawa, Nobuhisa Nakajima, 

Soichiro Iwanaga, Takamasa Kato, Aisin 

Seiki Co Ltd 




Organizers: 






Motors Co. 

Eddy-resolving Simulations of the 

Notchback DrivAer Model: Influence of 

Underbody Geometry and Wheels Rotation 

on Aerodynamic Behaviour 

Suad Jakirlic, Lukas Kutej, Daniel 

Hanssmann, Technical University of 

Darmstadt; Branislav Basara, AVL North 

America Inc.; Cameron Tropea, Technical 

University of Darmstadt 






BODY/CHASSIS/ 


TIME 

THURSDAY, APRIL 14 - AFTERNOON 



140 E 142 B 140 C 140 G 



(Part 2 of 2) (SS800) 






models in building our understanding of wake 

structure, wheel rotation, cooling flows, onset 

flow turbulence and crosswinds. Beyond 

this, careful analysis of existing cars is used 

to provide further insights into multiple-vehicle 

platooning, and drag reduction technologies. 

12:30 p.m. - 5:00 p.m. 

Occupant Protection: Event Data 

Recorders (EDR) (SS502) 

This session includes the latest research 

on Event Data Recorders (EDRs) equipped 

in passenger cars, light trucks, and 

commercial vehicles (heavy trucks and 

motorcoaches). Emphasis is placed on the 

application, interpretation and use of EDRs 

in the investigation of motor vehicle crashes. 

1:00 p.m. - 3:30 p.m. 

Occupant Protection: Integrated 

Safety Systems (SS503) 

The 2016 session offers technical papers 

covering integrated active and passive 

safety system topics, including drowsy 

driving prevention, driver state technology, 

breath-alcohol-detection system, and 

strategy and enhancement of integrated 

safety systems. 

1:00 p.m. - 3:30 p.m. 

Occupant Protection: Rollover 

(SS507) 

Papers and presentations in this session 

are related to vehicular rollover. They 

cover various aspects of occupant safety, 

including vehicle design, restraint systems 

design, crash test analysis, CAE simulations 

and statistical trends analysis. 

1:00 p.m. - 3:30 p.m. 

Organizers: 






Motors Co. 

Organizers: 

John C. Steiner, Mecanica Scientific 

Services Corp.; David Plant, D P Plant 

& Associates; John T. Sprague, General 

Motors Co.; Heath Spivey, Delta V Forensic 

Engrg; Craig Wilkinson, MEA Forensic 

Engineers & Scientists 

Organizers: 


Jerry Le, Ford Motor Company 

Chairpersons: 

Lingxi Li, Indiana Univ. Purdue Univ. 

Indianapolis; Feng Zhu, Embry Riddle 

Aeronautical University 

Organizers: 


Parker, Exponent Failure Analysis 

12:30 

p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

The Effects of Cooling Air on the Flowfield 

around a Vehicle 

(2016-01-1603) 

Timo Kuthada, Felix Wittmeier, Benjamin 

Bock, Christoph Schoenleber, Alexander 

Link, FKFS 

Aerodynamic Side Forces on Passenger 

Cars at Yaw 

Recovery of Partial Caterpillar Snapshot 

Event Data Resulting from Power Loss 

Integrated Safety - Passive and Active 

Safety Integration to Enhance Occupant 

Performance 


Jeff Howell, Loughborough University; 

Sumit Panigrahi, Tata Motors European 

Technical Centre 

Prediction formula of Aerodynamic Drag 

Reduction in Multiple-Vehicle Platooning 

Based on Wake Analysis and On-Road 

Experiments 

Jeremy Daily, University of Tulsa; James 

Johnson, Synercon Technologies; Amila 

Perera, University of Tulsa 

Event Data Recorder (EDR) Developed by 


Vehicle Kinematics and Deceleration Rates 

of Four Staged SUV Rollovers 

Mutaz Shkoukani, Key Safety Systems Inc. Cole R. Young, David J. King, James V. 

Bertoch, MEA Forensic Engineers and 

Scientists 

Towards Standardized Performance 

Evaluation of Camera-based Driver State 

Sensing Technologies 


Kenji Tadakuma, Tomoyuki Doi, Toyota 

Motor Corporation; Mitsuhisa Shida, TEMA; 

Kazuhiro Maeda, Toyota Motor Corporation 

Identification of Vortical Structure that 

Drastically Worsens Aerodynamic Drag on a 

2-Box Vehicle using Large-scale Simulations 

Motomi Iyoda, Toyota Motor Corporation; Tom 

Trisdale, Toyota Motor Sales USA Inc.; Rini 

Sherony, Daniel Mikat, TEMA; William Rose, 

Bosch Automotive Service Solutions Inc. 

Longitudinal Delta V offset between front 

and rear crashes in 2007 Toyota Yaris Gen 

2 04 EDR 

Renran Tian, Keyu Ruan, Lingxi Li, Indiana 

University Purdue Uniersity; Jerry Le, Mike 

Rao, Ford Motor Company 

Development of Portable Breath-alcoholdetection 

System 


Takafumi Makihara, Takahiro Kitamura, 

Taro Yamashita, Kazuhiro Maeda, Toyota 

Motor Corporation; Chisachi Kato, 

University of Tokyo; Tsutomu Takayama, 

Kohei Yamamoto, Yoshinobu Yamade, 

Mizuho Information and Research Institute; 

Yasumasa Suzuki, Nihon Unversity 

Investigation of Aerodynamic Drag in 

Turbulent Flow Conditions 

Richard R. Ruth, IPTM; Brad Muir, Crash 

Data Specialists LLC 

Comparison of the Accuracy and Sensitivity 

of Generation 1, 2 and 3 Toyota Event Data 

Recorders in Low-Speed Collisions 

Hironori Wakana, Masuyoshi Yamada, 

Minoru Sakairi, Hitachi, Ltd. 

Drowsy Driving Prevention by Brain 

Stimulation through a Cognitive 

Enhancement Device 


Daniel Stoll, Christoph Schoenleber, 

Felix Wittmeier, Timo Kuthada, Jochen 

Wiedemann, FKFS 

Experimental Analysis on the Transitional 

Mechanism of the Wake Structure of the 

Ahmed Body 

Peter Xing, Felix Lee, Thomas Flynn, Craig 

Wilkinson, Gunter Siegmund, MEA Forensic 

Engineers and Scientists 

A Compendium of Passenger Vehicle Event 

Data Recorder Literature and Analysis of 

Validation Studies 

Se Jin Park, Murali Subramaniyam, Seoung 

Eun Kim, Korea Res. Inst. of Standards & 

Science; Young-Hyun Lim, Seung Bum Oh, 

GEOMC; Yong Chul Jang, Sang Dong Lee, 

Daewon San Up Co. Ltd., 

Integration Strategy of Safety Systems 

Status and Outlook 


Itsuhei Kohri, Yuji Kobayashi, Akira Kasai, 

Takayoshi Nasu, Tokyo City University; 

Daichi Katoh, Yoshimitsu Hashizume, 

Suzuki Motor Corp. 

William Bortles, Wayne Biever, Neal Carter, 

Connor Smith, Kineticorp LLC 

Willy Klier, Thomas Lich, Gian Antonio 

DAddetta, Heiko Freienstein, Armin Koehler, 

Bastian Reckziegel, Zerong Yu, Robert 

Bosch GmbH 

Influence of Driver Input on the Touchdown 

Conditions and Risk of Rollover in Case of 

Steering Induced Soil-Trip Rollover Crashes 

Varun Bollapragada, Taewung Kim, 

University of Virginia; Mark Clauser, Toyota 

Technical Center USA, Inc.; Jeff Crandall, 

Jason Kerrigan, University of Virginia 

Analysis of Vehicle Kinematics, Injuries 

and Restraints in DRoTS Tests to Match 

Unconstrained Rollover Crashes 

Carolyn W. Roberts, Jacek Toczyski, Jack 

Cochran, Qi Zhang, Patrick Foltz, Bronislaw 

Gepner, Jason Kerrigan, University of 

Virginia; Mark Clauser, Toyota Technical 

Center USA, Inc. 

Recreational OffHighway Vehicle Safety: 

Countermeasures for Ejection Mitigation 

Bronislaw D. Gepner, Jack Cochran, Patrick 

Foltz, Carolyn Roberts, Jacek Toczyski, 

Qi Zhang, University of Virginia; Matthew 

Taracko, Jacob Borth, Robert Wilson, Adam 

Upah, Honda R&D Americas, Inc.; Jason 

Kerrigan, University of Virginia 

Analysis of Occupant Kinematics of Rollover 

Buck Test 

Takahiro Suzaki, Noritaka Takagi, Kosho 

Kawahara, Tsuyoshi Yasuki, Toyota Motor 

Corporation 




BODY/CHASSIS/ 


TIME 




140 E 142 B 140 C 140 G 



(Part 2 of 2) (SS800) 






models in building our understanding of wake 

structure, wheel rotation, cooling flows, onset 

flow turbulence and crosswinds. Beyond 

this, careful analysis of existing cars is used 

to provide further insights into multiple-vehicle 

platooning, and drag reduction technologies. 

12:30 p.m. - 5:00 p.m. 

Occupant Protection: Event Data 

Recorders (EDR) (SS502) 

This session includes the latest research 

on Event Data Recorders (EDRs) equipped 

in passenger cars, light trucks, and 

commercial vehicles (heavy trucks and 

motorcoaches). Emphasis is placed on the 

application, interpretation and use of EDRs 

in the investigation of motor vehicle crashes. 

1:00 p.m. - 3:30 p.m. 

Occupant Protection: Integrated 

Safety Systems (SS503) 

The 2016 session offers technical papers 

covering integrated active and passive 

safety system topics, including drowsy 

driving prevention, driver state technology, 

breath-alcohol-detection system, and 

strategy and enhancement of integrated 

safety systems. 

1:00 p.m. - 3:30 p.m. 

Occupant Protection: Rollover 

(SS507) 

Papers and presentations in this session 

are related to vehicular rollover. They 

cover various aspects of occupant safety, 

including vehicle design, restraint systems 

design, crash test analysis, CAE simulations 

and statistical trends analysis. 

1:00 p.m. - 3:30 p.m. 

Organizers: 






Motors Co. 

Organizers: 

John C. Steiner, Mecanica Scientific 

Services Corp.; David Plant, D P Plant 

& Associates; John T. Sprague, General 

Motors Co.; Heath Spivey, Delta V Forensic 

Engrg; Craig Wilkinson, MEA Forensic 

Engineers & Scientists 

Organizers: 


Jerry Le, Ford Motor Company 

Chairpersons: 

Lingxi Li, Indiana Univ. Purdue Univ. 

Indianapolis; Feng Zhu, Embry Riddle 


Organizers: 


Parker, Exponent Failure Analysis 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Evaluation of the aerodynamics of new 

drag reduction technologies for light-duty 

vehicles: a comprehensive wind tunnel 

study. 

(2016-01-1613) 

Guy Larose, National Research Council 

Canada; Leanna Belluz, Ian Whittal, Marc 

Belzile, Ryan Klomp, Transport Canada; 

Andreas Schmitt, Röchling Automotive SE 

& Co. KG 

Numerical Analysis on the Transitional 

Mechanism of the Wake Structure of the 

Ahmed Body 

(2016-01-1592) 

Yuji Kobayashi, Itsuhei Kohri, Akira Kasai, 

Takayoshi Nasu, Tokyo City University; 

Daichi Katoh, Yoshimitsu Hashizume, 

Suzuki Motor Corp. 

Influence of Short Rear End Tapers on the 

Unsteady Base Pressure of a Simplified 

Ground Vehicle. 

(2016-01-1590) 

Giancarlo Pavia, Martin Passmore, 

Loughborough University; Adrian Gaylard, 

Jaguar Land Rover 















BODY/CHASSIS/ 


BODY/CHASSIS/SAFETY/ 

STRUCTURE EXHIBITORS 

ACE-Durham Region.................................516 

Altran Concept Tech Gmbh................. 1328 

Berghof Automation GmbH, Bergh 

of Testing..................................................703 

Detroit Engineered Products (DEP) 

Inc.............................................................. 1216 

dSpace...........................................................815 

Eastman Chemical....................................535 

EDAG Inc......................................................929 

ESTECO........................................................429 

Hirtenberger Automotive Safety 

GmbH....................................................... 1328 

IAV Automotive Engineering................. 601 

Indo-MIM (P) Ltd.......................................528 

Intertek........................................................ 908 

Intrepid Control Systems, Inc............... 802 

Jesse Garant Metrology Center.......... 1243 

Key Safety Systems Inc............................715 

LieberLieber Software........................... 1328 

Melecs EWS GmbH................................. 1334 

Programming Research Inc.................. 508 

Proto Manufacturing............................... 706 

Samjin Jeonggong Co Ltd........................211 

Seoul Industry Engineering Co............ 1314 

Woelfel Engineering GmbH + 

Co. KG....................................................... 1214 

Zeiss Industrial Metrology...................305P 

AEROSPACE 

Essential events for aerospace 

engineering professionals. 

SAE 2016 Aviation Technology Forum 

June 13-14, 2016 

Shanghai, China 

SAE 2016 Aerospace Standards Summit 

September 20-21, 2016 

Alexandria, Virginia, USA 

SAE 2016 Aerospace Systems and 

Technology Conference 


Hartford, Connecticut, USA 

SAE 2016 Aerospace Manufacturing 

and Automated Fastening Conference & 

Exhibition 

October 4-6, 2016 

Bremen, Germany 

go.sae.org/aerospace.events 

P160269 



ELECTRONICS 

TUE WED THUR 


Autonomous Systems (Part 1 & 2) (AE506) 4 4 - - - - 353 53, 55, 56 

Cybersecurity for Cyber-Physical Vehicle Systems (Part 1 - 3) (AE202) 4 4 4 - - - 321 53, 55, 56, 58 

Design Optimization Techniques in Electronics (AE102) - - - - - 4 332 68, 69 

Driver Assistance Systems: Algorithms, Applications and Electronic 

Sensing (Part 1 & 2) (AE401) 

- - - - 4 4 321 65, 66, 68, 69 

Electronics Design Processes (AE107) 4 - - - - - 332 53 

Engine & Transmission Control (AE301) - 4 - - - - 332 55 

Hardware Design Engineering and Development (AE106) 4 - - - - - 333 53 

GENEVI Alliance (AEG100) - 4 - - - - 354 57 

Infotainment Systems (Part 1 & 2) (AE206) - - 4 4 - - 333 58, 59, 64 

Intelligent Transportation Systems (AE504) - 4 - - - - 333 55, 56 

Intelligent Vehicle Initiative (AE501) - - - - 4 - 332 65, 66 

Model-Based Controls and Software Development (AE103) - - - - 4 - 354 65, 66 

Safety-Critical Systems (Part 1 - 4) (AE403) - - 4 4 4 4 353 

58, 59, 61, 62, 63, 

65, 66, 68, 69 

Sensors and Actuators (Part 1 & 2) (AE302) 4 4 - - - - 336 54, 57 

Smart-grid Technologies (AE505) - - - - 4 - 332 67 

Software / System Testing and Validation (AE109) - - 4 - - - 333 58, 59 

Software Design Engineering and Development (AE105) - - - - - 4 333 68, 69 

System Prognostics (AE204) - - 4 - - - 336 60 

Systems Diagnostics (AE203) - - - 4 - - 336 61, 62, 63 

Systems Engineering (AE101) - - - 4 - - 321 61, 62, 63 

Vehicle Networks and Communication (Part 1 & 2) (AE201) - - - - 4 4 336 67, 70 

Vehicle to Infrastructure (Part 1 & 2) (AE503) - - 4 4 - - 332 60, 61, 62 

Vehicle to Vehicle (AE502) 4 - - - - - 354 54 

Verification and Validation of Embedded Software (AE104) - - - - 4 - 333 67 

Wiring and Harnesses (Part 1 & 2) (AE303) - - 4 4 - - 354 60, 64 


audience cannot be quoted or attributed to the individual or their company unless express permission has been granted 

by the individual and their company. Any record of remarks, discussion, or photographs may not be used unless express 

permission has been granted by the individual and their company. 



TIME 

ELECTRONICS 




353 321 332 333 

Autonomous Systems (Part 1 of 

2) (AE506) 

With a mandate in Europe for Autonomous 

emergency braking systems, there is a 

development happening with radar and 

camera based systems to do collision 

mitigation. The challenges include 

robust object tracking, stationary object 

detection, reactions for false positives 

etc. The developments and challenges in 

the collision mitigation technology will be 

discussed in this session. 

9:30 a.m. - 11:30 a.m. 

Cybersecurity for Cyber-Physical 

Vehicle Systems (Part 1 of 3) (AE202) 

This session focuses on cybersecurity for 

cyber-physical vehicle systems. Topics 

include: design, development and 

implementation of security-critical cyberphysical 

vehicle systems, cybersecurity 

design, development, and implementation 

strategies, analysis methodologies, process 

and life-cycle management, comparisons 

of system safety and cybersecurity, etc. 

Application areas include: security-critical 

automotive systems as well as other securitycritical 

ground vehicle and aviation systems. 

9:30 a.m. - 11:30 a.m. 

Electronics Design Processes 

(AE107) 

Meeting Reliability, Design, quality and 

safety requirements for electrical/electronic 

systems becomes more challenging every 

year as E/E content, complexity, timeto-market 

and globalization pressures 

increase. This session focuses on intelligent 

practices for achieving high reliability. New 

approaches and techniques for integrating 

robust design and robustness validation 

into the mainstream global automotive 

electronics product development and 

manufacturing processes are discussed 

9:30 a.m. - 11:30 a.m. 

Hardware Design Engineering and 

Development (AE106) 

This session concentrates on the 

development of embedded hardware that 

resides in production vehicle electronic 

modules, and covers all aspects of 

embedded hardware development including 

requirements, implementation, algorithms, 

modeling, and automatic layout and routing. 

Expert speakers from the embedded 

hardware community are encouraged to 

share their experiences and opinions. 

9:30 a.m. - 10:30 a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

Sue Bai, Honda R & D Americas Inc.; 

Nathan Crosty, MathWorks; John Day, 

John Day’s Automotive Electronics; David 

McNamara, MTS LLC 

Chairpersons: 

Sue Bai, Honda R & D Americas Inc. 

From Trolley to Autonomous Vehicle: 

Perceptions of Responsibility and Moral 

Norms in Traffic Accidents with Self-Driving 

Cars 

Organizers: 

Amit Choudhury, Barbara J. Czerny, 

ZF TRW; Kathleen E. Kedzior, MAHLE 

Powertrain LLC; David McNamara, MTS 

LLC; Brian T. Murray, ZF TRW; David Ward, 

MIRA, Ltd. 

Technical Expert Panel Discussion: With 

connectivity, comes risks - cybersecurity 

and safety 

Organizers: 

Lyle Stanley Bryan, TE Connectivity; John 

Day, John Day’s Automotive Electronics; 

Abraham Shocket, TE Connectivity 

Chairpersons: 


Organizers: 

Eugene F. Saltzberg, Vipul Patel, General 

Motors Co. 

(2016-01-0164) With connectivity, come risks to our 

(2016-01-0046) (Oral Only) 

transportation infrastructure - automobiles, 

Jamy Li, Stanford University; Xuan Zhao, 

trucks, buses, airplanes, rail - in moving 

Markus Ernst, Mario Hirz, Jurgen Fabian, Vincent P. Socci, LHP Software LLC 

Brown University; Mu-Jung Cho, Wendy Ju, 

people and freight. Proper processes are 

Graz University of Technology 

Stanford University; Bertram F. Malle, Brown 

needed to build secure products. This 

University 

panel addresses this critical issue around 

Design of a Robust Method and a System 

cybersecurity in our transportation systems 

A BCI-Test Simulation Model for In-Vehicle Implementing GaN for higher efficiency 

Architecture for Tracking Moving Vehicle 

by discussing what is already done in the 

Equipment 

automotive electronics 

under Noisy Radar Measurements 

different domains, and how transportation 

domains can support each other and 

(2016-01-0165) collaborate. Other topics include recent (2016-01-0045) (Oral Only) 

advances, standards, and potential solutions. 

Padmanaban Dheenadhayalan, Tata Elxsi, 

Ltd. 

9:30 a.m. - 10:45 a.m. 

The Potential of Key Process/Performance 

Indicators (KPIs) in Automotive Software 

Quality Management 

Takanori Uno, Akahori Ichiro, DENSO EMC 

Engineering Service; Yoichiro Hara, DENSO 

Techno Co., Ltd. 

Technical Keynote: Accelerating your 

Embedded Controls with an Integrated 

Workflow 

Robert E. Ratz, Ricardo Inc.; Ales 

Kolomaznik, Ricardo Prague sro 

10:30 

a.m. 

Generation and Usage of Virtual Data for 

the Development of Perception Algorithms 

Using Vision 

Organizers: 

Gloria D’Anna, General Telecom Systems 

Inc.; Billy C. Jones, United Network 

Corporation; Andre Weimerskirch, University 

of Michigan 

Moderators: 

Gloria D’Anna, General Telecom Systems Inc. 

Panelists: 

Doug Britton, Kaprica Security 

Faye Francy, Aviation Information Sharing 

and Analysis Center (A-ISAC) 

Kevin Harnett, DOT/Volpe Center 

Dan Massey, Dept Of Homeland Security 

Brian T. Murray, ZF TRW 

Andre Weimerskirch, University of Michigan 

Technical Keynote: Preparing for The 

Unknown Delivering Security Over the Life 

of the Car 

Requirements to Products - Delivering a 

Fact-Based EE Design Flow 

11:00 

a.m. 

10:45 a.m. - 11:30 a.m. 

(2016-01-0170) (Oral Only) (Oral Only) 

Vidya Nariyambut Murali, Ashley Micks, Lori Wigle, Intel Corporation 

James Price, Mentor Graphics Corp. 

Madeline J. Goh, Ford Motor Company; 

Dongran Liu, Ford Research and Innovation 

Center 

Pedestrian Space Mobility and Safety 

Technology 


Takashi Kodachi, Masaharu Shimizu, Hideaki 

Yamato, Kengo Toda, Takayuki Furuta, Chiba 

Institute of Technology; Hirotoshi Ochiai, 

Mitsuhiro Ando, Aisin Seiki Co., Ltd. 

Planned by Automobile Electronics Activity / 

EMB Land and Sea Group 



Flawless Manufacturing of RACam through 

XCP Protocol 

Umesh Patel, Sreenivasa Parnasala, Delphi 

Corp; Chamaraj Melinmath, KM Khalid, 

Chandrakantha Ursu, Delphi Automotive 

Systems 







TIME 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 




336 354 

Sensors and Actuators (Part 1 

of 2) (AE302) 

Modern automotive customers need safer 

vehicles with little or no impact to the 

environment. The purpose of this session 

is to present the latest research and 

development on novel sensors, actuators, 

and circuits that are critical to deliver the 

function of today’s complex automotive 

systems. 

9:30 a.m. - 11:30 a.m. 

Organizers: 

Lyle Stanley Bryan, TE Connectivity; 

ChenFang Chang, General Motors Co.; 

Sanjeev M. Naik, GM; Sai S V Rajagopalan, 

General Motors Co.; Abraham Shocket, TE 

Connectivity 

Chairpersons: 


ChenFang Chang, General Motors LLC 

Technical Keynote: The Potential Role of 

Virtual Sensors in the Field of ICT Vehicle 

Emissions Control 

(Oral Only) 

Jean Milpied, TE Connectivity 

GaAs Optical Field Effect Transistor 

(OPFET): A High Performance 

Photodetector for Automotive Applications 


Jaya Gaitonde, R B Lohani, GOA College 

of Engineering 

Uncertainty Analysis of a Virtual Turbo 

Speed Sensor 


Daniel Pachner, Jaroslav Beran, Honeywell 

Automotive Software; Jonathan Tigelaar, 

JAQUET Technology Group AG 

Introduction of a MR Rotor-Position Sensor 

for Off-Axis Application and Comparison to 

Competitive Technologies 


Michael Ludwig, Martin Rieder, Marco Wolf, 

TE Connectivity 



Vehicle to Vehicle (AE502) 

V2V Communications for Safety is a key 

component in the USDOT’s Vehicle to 

Vehicle Communications program, and is 

complemented by research programs that 

support connectivity among vehicles and 

infrastructure (V2I) and among vehicles and 

consumer devices (V2D) to deliver safety 

and mobility benefits. 

9:30 a.m. - 11:30 a.m. 

Organizers: 

David McNamara, MTS LLC; Mohammad 

Naserian, Hyundai America Technical 

Center 

Technical Aspects of Vehicle Pedestrian 

Communication for Vehicle-Pedestrian 

Crash Warning 

(Oral Only) 

Hirofumi Onishi, Alpine Electronics of 

America Inc.; Hayami Ito; Takeshi Hirai; 

Tutomu Murase 

Activation Timing in a Vehicle-to-Vehicle 

Communication System for Traffic Collision 

Toshiya Hirose, Tomohiro Makino, Shibaura 

Institute of Technology; Masanobu 

Taniguchi, Hidenobu Kubota, MLIT 

Cooperative Least Square Parameter 

Identification by Consensus within the 

Network of Autonomous Vehicles 

Mehdi Jalalmaab, Mohammad Pirani, Baris 

Fidan, Soo Jeon, University of Waterloo 

Development of a Latency Optimized 

Communication Device for WAVE and SAE 

Based V2X-Applications 

Felix Pistorius, Andreas Lauber, Johannes 

Pfau, Alexander Klimm, Juergen Becker, 

Karlsruhe Institute of Technology 



ELECTRONICS 


CONVERGENCE 

PERSONAL MOBILITY — 

CREATING A SMART AND 

AUTONOMOUS JOURNEY 


Suburban Collection Showplace 

Novi, Michigan, USA 

sae.org/convergence 


P160136 



TIME 




ELECTRONICS 

353 321 332 333 


2) (AE506) 











1:00 p.m. - 4:00 p.m. 


Vehicle Systems (Part 2 of 3) 

(AE202) 













1:00 p.m. - 5:00 p.m. 

Engine & Transmission Control 

(AE301) 

Powertrain Electronics play a key role in 

meeting today’s complex emissions and 

performance requirements, on-board 

diagnostics, legislated regulations, and 

product flexibility. This session explores 

the challenges and future prospects for 

powertrain controls, including on-board 

diagnostics, integration with transmissions, 

flash programming, service, software design 

and development, unit and system test, 

and electronics architecture today and in 

the future. 

1:00 p.m. - 3:00 p.m. 

Intelligent Transportation Systems 

(AE504) 

Intelligent Transportation Systems (ITS) 

includes smart vehicles, smart roads and 

infrastructure, and wired and wireless 

communications to link them together. 

This session will provide insights and 

progress reports on the latest ITS research, 

development, and deployment around 

the world. Time to collision estimations, 

embedded processor control, adaptive 

cruise control and image recognition along 

with discussion on the management of 

safety and safety systems. 

1:00 p.m. - 5:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

Organizers: 





Chairpersons: 


An Estimation Method of Vehicle Position for 

Automated Driving with GNSS 

Organizers: 

Amit Choudhury, Barbara J. Czerny, ZF 

TRW; David McNamara, MTS LLC; Brian T. 

Murray, ZF TRW; David Ward, MIRA, Ltd. 

Hardware-Protected Security for Ground 

Vehicle Applications 

Organizers: 

Linson Qiao, Continental Corp.; Riccardo 

Groppo, Ideas & Motion; Brian A. Trimboli, 

IAV Automotive Inc. 

Chairpersons: 

Linson Qiao, Continental Corp. 

Virtual Engine, Controls, and Calibration 

Development in Automated Co-Simulation 

Environment 

(2016-01-0166) (Oral Only) (2016-01-0090) (Oral Only) 

Hiroaki Kitano, Hitosugi Kazuo, Hideyuki Bill Mazzara, Fiat Chrysler Automobiles 

Tanaka, Mitsubishi Electric Corp 

Real Time Drivable Surface Determination 

Based on Stereo Vision 

Coordinating Cybersecurity and Safety 

and a Proposed Automotive Cybersecurity 

Integrity Level (ACIL) Classification Scheme 

Patrick Barasa, Ye Tian, Stefan Hardes, 

Shahaboddin Owlia, Purvi Limaye, Derek 

Bailey, Tarun Sehgal, IAV Automotive 

Engineering Inc 

Enhanced Injector Dead Time 

Compensation by Current Feedback 


Andreas Eidehall, Joel Askling, Hagen Barbara J. Czerny, Brian T. Murray, ZF TRW 

Spies, Autoliv Electronics 

An Evaluation of the Fuel Economy Benefits 

of a Driver Assistive Truck Platooning 

Prototype Using Simulation 

The Use of Integrity Levels to Assess Cyber 

Security Risk in Vehicle Systems 

Tervin Tan, Jin Seo Park, Infineon 

Technologies Asia Pacific Pte; Patrick 

Leteinturier, Infineon Technologies AG 

Neural Network Transmission Control 

Organizers: 

Jan-Mou Li, Oak Ridge National Laboratory; 

Mohammad Naserian, Hyundai America 

Technical Center 

GNSS Vulnerabilities and Vehicle 

Applications 


Hugh Luke Humphreys, Joshua Batterson, 

David Bevly, Auburn University; Raymond 

Schubert, Peloton Technology 

RCS Measurements of Bicycles and Human 

Riders for Automotive Radar 

David Ward, Horiba Mira, Ltd.; Paul 

Wooderson, Horiba Mira Ltd 

The Use of Attack Trees for Cyber Security 

Risk Assessment 

Mohamed Samy Barakat, Ain Shams 

University; Mohamed Abdelaziz, Avelabs 

Knock Feature Extraction in Spark Ignition 

Engines Using EEMD-Hilbert Transform 


Domenic J. Belgiovane, Chi-Chen Chen, 

The Ohio State University 

David Ward, Horiba Mira, Ltd.; Paul 

Wooderson, Horiba Mira Ltd 

Fengrong Bi, Teng Ma, Jian Zhang, State 

Key Laboratory of Engines 


America Inc.; Kazuo Yoshida; Kelly Wu; 

Takeshi Kato 



Crash Warning 


America Inc.; Hayami Ito, Tokyo Institute of 

Technology; Takeshi Hirai, Tutomu Murase, 

Nagoya University 

Impact of Connectivity and Automation on 

Vehicle Energy Use 

Pierre Michel, Dominik Karbowski, Aymeric 

Rousseau, Argonne National Laboratory 

Integrated Threat Assessment for Trajectory 

Planning of Intelligent Vehicles 

Qingkun Jiang, Weiwen Deng, Bing Zhu, 

Jilin University 




TIME 

ELECTRONICS 




353 321 332 333 


2) (AE506) 











1:00 p.m. - 4:00 p.m. 



(AE202) 













1:00 p.m. - 5:00 p.m. 

Engine & Transmission Control 

(AE301) 

Powertrain Electronics play a key role in 

meeting today’s complex emissions and 

performance requirements, on-board 

diagnostics, legislated regulations, and 

product flexibility. This session explores 

the challenges and future prospects for 

powertrain controls, including on-board 

diagnostics, integration with transmissions, 

flash programming, service, software design 

and development, unit and system test, 

and electronics architecture today and in 

the future. 

1:00 p.m. - 3:00 p.m. 

Intelligent Transportation Systems 

(AE504) 

Intelligent Transportation Systems (ITS) 

includes smart vehicles, smart roads and 

infrastructure, and wired and wireless 

communications to link them together. 

This session will provide insights and 

progress reports on the latest ITS research, 

development, and deployment around 

the world. Time to collision estimations, 

embedded processor control, adaptive 

cruise control and image recognition along 

with discussion on the management of 

safety and safety systems. 

1:00 p.m. - 5:00 p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 





Chairpersons: 


Self-Driving Intelligent Vehicle to Increase 

Road Safety, Lower Congestion Rates and 

Decrease Emissions 

Organizers: 




Satellite Navigation System Cyber Security 

The Essentials explained 

Organizers: 

Linson Qiao, Continental Corp.; Riccardo 

Groppo, Ideas & Motion; Brian A. Trimboli, 

IAV Automotive Inc. 

Chairpersons: 

Linson Qiao, Continental Corp. 

Organizers: 




Cruise Controller with Fuel Optimization 

Based on Adaptive Nonlinear Predictive 

Control 

(2016-01-0161) (Oral Only) (2016-01-0155) 

Valentin Soloiu, Imani Augusma, Deon 

Lucien, Mary Thomas, Roccio Alba-Flores, 

Georgia Southern University 

Guy Buesnel, Spirent Communications 

Ondrej Santin, Jaroslav Pekar, Jaroslav 

Beran, Honeywell Automotive Software; 

Anthony D’Amato, Engin Ozatay, John 

Michelini, Steven Szwabowski, Dimitar Filev, 


Semi-Autonomous Longitudinal Guidance 

for Pedestrian Protection in Electric Vehicles 

by Means of Optimal Control 

GNSS Vulnerabilities and Vehicle Cyber 

Security 


Thomas Rothermel, Jürgen Pitz, Hans- 

Christian Reuss, Universität Stuttgart - IVK 




America Inc.; Kazuo Yoshida, Alpine 

Electronics; Kelly Wu, Alpine Electronics 

Research; Takeshi Kato, Alpine Electronics 

Telematics Cyber Security Assessment - 

Security Validation of Connected Vehicles 


Thomas Schulze, SPIRENT 

Communications GmbH 

Trusting LTE Communications for Over-the- 

Air Updates in Automobiles 


Ryan Wilson, Wayne Music, Brian 

Anderson, Southwest Research Institute 





Dynamic Optimization of the E-Vehicle 

Route Profile 

Pavel Steinbauer, Jan Macek, Josef 

Morkus, Petr Denk, Zbynek Sika, Adam 

Barak, CTU in Prague, FME 

Intelligent Transport Systems: Revolutionary 

Threats and Evolutionary Solutions 

Victor Osipkov, LaserArt Ltd.; Tatiana 

I. Ksenevich, Boris Belousov, Bauman 

Moscow State Tech Univ; Oleg Karasev, 

Lomonosov Moscow State Univ; Sergey 

Sokolov, Keldysh Inst for Applied Math 

RAS; Mykola Rudynets, Mykola Skalyga, 

Lutsk National Tech Univ; Sergei Naumov, 

Vitalii Stepnov, Anna Klimachkova, Bauman 

Moscow State Tech Univ 

Time Required for Take-over from 

Automated to Manual Driving 

Toshio Ito, Arata Takata, Kenta Oosawa, 

Shibaura Institute of Technology 





TIME 




336 354 

Sensors and Actuators (Part 

2 of 2) (AE302) 

Modern automotive customers need 

safer vehicles with little or no impact 

to the environment. The purpose of 

this session is to present the latest 

research and development on novel 

sensors, actuators, and circuits that 

are critical to deliver the function 

of today’s complex automotive 

systems. 

1:00 p.m. - 3:30 p.m. 

GENEVI Alliance 

(AEG100) 

The GENIVI alliance develops 

an open standard for 

aligning automotive and 

consumer infotainment cycles. In this 

session, the alliance will present 4 panel 

discussions related to connected car software 

development. The topics range from 

continuous software integration, accelerating 

software development, balancing speed and 

security, and challenges with the Automotive 

Internet of Things (IoT). 

1:00 p.m. - 5:00 p.m. 

ELECTRONICS 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

Organizers: 


ChenFang Chang, General Motors 

Co.; Sanjeev M. Naik, GM; Sai S V 

Rajagopalan, General Motors Co.; 


Chairpersons: 


ChenFang Chang, General Motors 

LLC 

Safety Analysis of the Local 

Interconnect Network Protocol in the 

Context of ISO26262 

(2016-01-0095) 

Qiao Fengying, Vincenzo Sacco, 

Melexis Technologies SA; Gilles 

Delorme, General Motors of Canada; 

Yevheniy Soloshenko, Melexis Kiev 

Reconstruction of Wheel Forces 

Using an Intelligent Bearing 

(2016-01-0092) 

Stijn Kerst, Barys Shyrokau, 

Edward Holweg, Delft University of 

Technology 

MEMS Oscillators with Improved 

Resilience for Harsh Automotive 

Environments 

(2016-01-0101) 

Carl Arft, Yin-Chen Lu, Jehangir 

Parvereshi, SiTime Corporation 

A Custom Integrated Circuit with Onchip 

Current-to-Digital Converters for 

Active Hydraulic Brake System 

(2016-01-0091) 

Hikaru Watanabe, Tsutomu Segawa, 

Takumi Okuhira, Hiroki Mima, 

Norishige Hoshikawa, Toyota Motor 

Corporation 

RF Repeater Design Considerations 

for Tire Pressure Monitoring System 

(2016-01-0097) 

Felix Gow, Infineon Technologies 

Asia Pacific Pte; Lifeng Guan, 

Automotive Semiconductor Supplier; 

Jooil Park, Infineon Technologies 

Asia Pacific Pte; Jaekwon Kim, 

Hyundai Mobis 

Planned by Automobile Electronics 


Technical Expert Panel Discussion: 

Continuous Software Integration – Interacting 

with Connected Cars 

Moderator: TBA 

Panelists: TBA 


Accelerating Connected Car Software 

Development 





Development – balancing speed and security 





Development – Automotive IoT 









TIME 




ELECTRONICS 

321 333 353 333 



(AE202) 

This session focuses on cybersecurity 

for cyber-physical vehicle systems. 

Topics include: design, development and 








automotive systems as well as other 

security-critical ground vehicle and aviation 

systems. 

8:00 a.m. - 10:30 a.m. 

Infotainment Systems (Part 1 of 

2) (AE206) 

This session covers topics relating to 

vehicular entertainment and information 

systems. Specific subjects include 

multiband antennas, satellite radio 

reception, measuring and evaluating audio 

systems, navigation, displays, infotainment 

busses, audio amplifiers, and loudspeakers. 

8:00 a.m. - 11:30 a.m. 

Safety-Critical Systems (Part 1 of 

4) (AE403) 

The focus of the session is on system 

safety analysis and design of safety-critical 

systems employing electronic controls. 

Topics include: implementation of safetyrelevant 

systems, fail-safe strategies, 

distributed fault tolerant systems and 

hazard analysis. Application areas include: 

automotive active safety and alternative 

energy systems as well as avionics and 

mission management. Finally, the session 

addresses application of new or revised 

safety standards such as ISO 26262 and 

DO-178C. 

8:00 a.m. - 11:00 a.m. 

Software / System Testing and 

Validation (AE109) 

All of the engineering expertise that goes 

into development of cutting-edge vehicle 

features, whether for safety, infotainment, 

or vehicle performance, goes for naught 

if those features dont work. Reliability is 

critical for every automaker. Presentations 

and papers at this session strive to improve 

the quality and effectiveness of electronic 

testing devices and procedures. 

8:00 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 




A Method for Disabling Malicious CAN 

Messages by Using a CMI-ECU 

Organizers: 

Lyle Stanley Bryan, TE Connectivity; Husein 

Dakroub; Robert Klacza; Abraham Shocket, 


Chairpersons: 

Husein Dakroub; Lyle Stanley Bryan, TE 

Connectivity; Robert Klacza; Abraham 

Shocket, TE Connectivity 

An Intuitive Lane Guidance Function 

Organizers: 

Barbara J. Czerny, ZF TRW; Joseph G. 

D’Ambrosio, GM R&D Center; Brian T. 

Murray, ZF TRW; Markus Plankensteiner, 

TTTech. Computertechnik AG 

Lightning Impact on Electronic Systems in 

Plug-In Hybrid and Electric Vehicles 


Yoshihiro Ujiie, Takeshi Kishikawa, 

Tomoyuki Haga, Hideki Matsushima, Tohru 

Wakabayashi, Masato Tanabe, Yoshihiko 

Kitamura, Jun Anzai, Panasonic Corp. 

Introducing Attribute-Based Access Control 

to AUTOSAR 

Organizers: 


Richard E. Lotoczky, Vector CANtech Inc. 

Automotive Software Certification: Current 

Status and Challenges 

Hiroyuki Miyake, Aisin AW Co., Ltd. Sultan A. Alkhteeb Huafeng Yu, Chung-Wei Lin, BaekGyu Kim, 

Toyota InfoTechnology Center USA 

Development and Application of FM 

Multipath Distortion Rate Measurement 

System Using a Fading Emulator Based on 

Two-Stage Method 

Simulation Research on Electromagnetic 

Radiation Effects of Electric Vehicle on the 

Occupant Health 


Dae-Kyoo Kim, Oakland University; Eunjee 

Song, Baylor University; Huafeng Yu, Toyota 

InfoTechnology Center USA 

The Full Story: Unauthorized Security 

Assessment of a Connected Device 

Satoru Komatsu, Honda R&D Co., Ltd.; 

Yoshio Karasawa, University of Electro- 

Communications; Tatsuya Kashiwa, Kenji 

Taguchi, Suguru Imai, Kitami Institute of 

Technology 

Incoming Wave Estimation Characteristics 

by MUSIC Method Using a Virtual Array 

Antenna in Urban Reception Conditions 

Ji Zhang, Mengjing Shen, Tongji University; 

Xiangyu Zhu, Qipeng Chen, Tongji 

Automotive Engineering Center 

Platform-Based Automotive Safety Features 

A Framework for Virtual Testing of ADAS 

Jinwei Zhou, Roman Schmied, Alexander 

Sandalek, Johannes Kepler University Linz; 

Helmut Kokal, Automotive Testing Inc; Luigi 

del Re, Johannes Kepler University Linz 

A Standardized Process Flow for Creating 

and Maintaining Component Level 

Hardware in the Loop Simulation Test 

Bench 

(Oral Only) (2016-01-0077) (2016-01-0136) (2016-01-0052) 

Michael Groene, Delphi Electronics & Safety Satoru Komatsu, Honda R&D Co., Ltd.; 

Suguru Imai, Kenji Taguchi, Tatsuya 

Kashiwa, Dept. of Electrical and Electronic 

Eng. 

Deepak Gangadharan, Oleg Sokolsky, Insup 

Lee, Univ of Pennsylvania; BaekGyu Kim, 

Chung-Wei Lin, Shinichi Shiraishi, Toyota 

Info Technology Center USA 


Approaches for Secure and Efficient In- 

Vehicle Key Management 

Positioning Simulation Using a 3D Map 

and Verification of Positional Estimation 

Accuracy in Urban Areas Using Actual 

Measurement 

Towards multicore in safety critical 

applications - conclusions from the ARAMiS 

project 

Test Strategy for Linux based Platforms 

using Open Source Tools 


Takeshi Sugashima, DENSO Corporation; 

Dennis Kengo Oka, Camille Vuillaume, 

ETAS K.K. 

Satoru Komatsu, Akira Nagao, Honda R&D 

Co., Ltd.; Taro Suzuki, Waseda Institute 

for Advance Study; Nobuaki Kubo, Tokyo 

University 

Oliver Sander, Juergen Becker, Karlsruhe 

Institute Of Technology; Rolf Schneider, 

AUDI AG 

Abhishek Sharma, Visteon Corporation 

How Formal Techniques Can Keep Hackers 

from Driving You into a Ditch 

Designing a Connection System for Gigabit 

Automotive Ethernet 

RV-ECU: Maximum Assurance In-Vehicle 

Safety Monitoring 


Joe Hupcey, Bryan Ramirez, Mentor 

Graphics Corp. 

Eric DiBiaso, Bert Bergner, Jens Wuelfing, 

Robert Wuerker, Carlos Almeida, TE 

Connectivity 

Philip Daian, Runtime Verification Inc.; 

Shinichi Shiraishi, Toyota Info Technology 

Center USA; Akihito Iwai, DENSO 

International America Inc.; Bhargava Manja, 

Grigore Rosu, Runtime Verification Inc. 

Feasibility study for a secure and seamless 

integration of over the air software update 

capability in an advanced board net 

architecture 

Bjoern Steurich, Infineon Technologies 

AG Munich; Klaus Scheibert, Infineon 

Technologies North America Corp; Axel 

Freiwald, Infineon Technologies AG Munich; 

Martin Klimke, Infineon Technologies AG 




TIME 

ELECTRONICS 




321 333 353 333 



(AE202) 

This session focuses on cybersecurity 

for cyber-physical vehicle systems. 

Topics include: design, development and 








automotive systems as well as other 

security-critical ground vehicle and aviation 

systems. 

8:00 a.m. - 10:30 a.m. 


2) (AE206) 








8:00 a.m. - 11:30 a.m. 


4) (AE403) 













DO-178C. 

8:00 a.m. - 11:00 a.m. 

Software / System Testing and 

Validation (AE109) 

All of the engineering expertise that goes 

into development of cutting-edge vehicle 

features, whether for safety, infotainment, 

or vehicle performance, goes for naught 

if those features dont work. Reliability is 

critical for every automaker. Presentations 

and papers at this session strive to improve 

the quality and effectiveness of electronic 

testing devices and procedures. 

8:00 a.m. - 11:30 a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 




Organizers: 




Chairpersons: 




Advanced In-Vehicle Systems: A Reference 

Design for the Future 

Organizers: 





A Model based Difference Approach and 

Change Impact Rules Language to manage 

Variability and Change Requests in Safety 

Critical Automotive Functions 

Organizers: 


Richard E. Lotoczky, Vector CANtech Inc. 

Universal Software-Hardware Measurement 

Complex for Testing Wide Range of 

Synchronous Machines 


Patrick Shelly, Mentor Graphics Corp Michael Kaessmeyer, AUDI AG; Michael 

Soden, KPIT medini Technologies AG 

Eduard Lyubimov, Perm State Technical 

University; Sergey Gladyshev, Michigan 

Dearborn University; Dmitriy Istselemov, 

Nikolay Belyaev, Perm State Technical 

University 

Seamless Automotive Instrument Cluster 

Diagnosing Sources of Automotive System 

Radio Frequency Interference (RFI) Using a 

Portable RF Detector Instrument 


Paul Weindorf, Visteon Corp.; James Krier, 

Visteon Electronic Systems Div; Carl Evans, 

Visteon Engineering Services 

Mark Steffka, GM Global Propulsion 

Systems; Cyrous Rostamzadeh, Robert 

Bosch LLC 











TIME 




ELECTRONICS 

336 332 354 

System Prognostics (AE204) Vehicle to Infrastructure (Part 1 of 2) (AE503) Wiring and Harnesses (Part 1 of 2) (AE303) 

Prognostics deals with the development, delivery and 

execution of health determination processes and procedures 

for vehicle systems. This session will explore new 

technologies, processes and trends in the area of vehicle 

health management. This also includes Vehicle Health 

Maintenance, Condition-based Maintenance, and Predictive 

Maintenance. 

8:00 a.m. - 11:30 a.m. 

This session discusses what the deployment of vehicleto-infrastructure 

(V2I) is about, potential and status quo 

of V2I deployment, and how vehicles will work with the 

infrastructure deployed for better solutions of mobility. 

In addition to demonstrations with latest deployments, 

(potential) applications and possible issues and their 

solutions will also be addressed in this session. It is a 

session bringing both vehicle and infrastructure sides 

together for better transportation services. 

8:00 a.m. - 11:30 a.m. 

This session deals with the electrical distribution system 

(EDS), increasing content/complexity, and the optimization of 

the systems in vehicles. The EDS is the nerve system of the 

vehicle and is far reaching into all areas of the architecture. 

This session will review the associated components for the 

wiring systems: wiring/cables, connectors, harnesses, fuse 

& relay boxes, etc., and will discuss new technologies that 

are emerging to address mega trends. 

8:00 a.m. - 11:00 a.m. 

Organizers: 

Tim A. Cavanaugh, Cavanaugh Consulting 

Organizers: 

Walton L. Fehr, US Dept. of Transportation; Hideki Hada, 

Toyota; Jan-Mou Li, Oak Ridge National Laboratory 

Organizers: 

Kirk Rasmussen, Leoni Wiring Systems Inc.; Lyle Stanley 

Bryan, TE Connectivity; J. Howard Evans, Bentley Motors, 

Ltd.; Abraham Shocket, TE Connectivity 

Chairpersons: 

Kirk Rasmussen, Leoni Wiring Systems Inc.; J. Howard 

Evans, Bentley Motors, Ltd. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Technical Keynote V2X Pilot Projects Overview Tool-based Optimization of the Topology of an Electrical 

Distribution System (EDS) 

(Oral Only) (Oral Only) (2016-01-0103) 

Richard W. Greaves, Meggitt PLC Walton L. Fehr, US Dept. of Transportation Ludwig Brabetz, Mohamed Ayeb, Oliver Baumgarten, 

University of Kassel 

Quantifying Electrical System Worst-Case Performance Prior USDOT V2X Seminar 

Testing methods for Al solution 

to Prototype Test and Production 


Michael Jensen, Mentor Graphics Corp. Walton L. Fehr, US Dept. of Transportation Adrien Laurino, Leoni Wiring Systems France 

Remote Diagnosis, Maintenance and Prognosis for 

Magnetic Pulse Crimping of high power cables 

Advanced Driver Assistance Systems Using Machine 

Learning Algorithms 


Mostafa Anwar Taie, iSAQB, Nile University; Eman Magdy 

Adrien Laurino, Leoni Wiring Systems France 

Moawad, Mohammed Diab, Mohamed ElHelw, Nile 

University 

Health Ready Components-Unlocking the Potential of IVHM 

Aluminum Cable Terminations for the Automotive Market 


Steven Holland, General Motors Company; Tim Felke, 

Marjorie Myers, TE Connectivity 

Honeywell Aerospace; Luis Hernandez, Global Strategic 

Solutions LLC; Robab Safa-Bakhsh, Boeing Research & 

Technology; Matthew A. Wuensch, Honeywell 

Technical Expert Panel Discussion: Prognostics 

Moderators: 

Tim A. Cavanaugh, Cavanaugh Consulting 

Panelists: 

Kai Goebel, NASA 

Richard W. Greaves, Meggitt PLC 

Steven W. Holland, General Motors 

Ian K. Jennions, IVHM Centre Cranfield University 

David Kinney, Boeing Commercial Airplanes 

Brian Tucker, Bell Helicopter Textron 

Planned by Automobile Electronics Activity / EMB Land 

and Sea Group; Service Technology Program Committee / 

Engineering Meetings Board 

Connected Vehicle and Infrastructure Deployment Activities 

in Michigan 

(Oral Only) 

Matthew Smith, Michigan Dept. of Transportation 

Planned by Automobile Electronics Activity / EMB Land and 

Sea Group 

Ultrasound for Crimp Inspection 

(2016-01-0104) 

Khalil Maalouf, David Stull, Keith Nicholas, TE Connectivity 

Collective Thermal Behavior of Multiple Terminals in an 

Automotive Electrical Connector 

(2016-01-0105) 

Yogesh Chandra Sharma, General Motors Technical Center 

India 

Planned by Automobile Electronics Activity / EMB Land and 

Sea Group 



TIME 

ELECTRONICS 




353 336 321 332 


4) (AE403) 

The focus of the session is on system safety 

analysis and design of safety-critical systems 

employing electronic controls. Topics include: 

implementation of safety-relevant systems, 

fail-safe strategies, distributed fault tolerant 

systems and hazard analysis. Application 

areas include: automotive active safety 

and alternative energy systems as well as 

avionics and mission management. Finally, 

the session addresses application of new or 

revised safety standards such as ISO 26262 

and DO-178C. 

1:00 p.m. - 5:30 p.m. 

Systems Diagnostics (AE203) Systems Engineering (AE101) Vehicle to Infrastructure (Part 2 of 

2) (AE503) 

Vehicle diagnostics deals with the 

development, delivery and execution of 

diagnostic procedures for vehicle systems. 

This session will explore new technologies, 

processes and trends in the area of vehicle 

diagnostics. 

1:00 p.m. - 5:30 p.m. 

This session covers intelligent and 

efficient approaches to high level system 

design, analysis and integration as well as 

considerations for vehicle-level optimization 

of cost and energy. System definition 

includes components, sub-assemblies 

and complete integrated vehicle systems, 

including electronic systems and human 

machine interfaces. 

1:00 p.m. - 5:30 p.m. 

This session discusses what the 

deployment of vehicle-to-infrastructure 


of V2I deployment, and how vehicles will 

work with the infrastructure deployed for 

better solutions of mobility. In addition to 

demonstrations with latest deployments, 

(potential) applications and possible issues 

and their solutions will also be addressed 

in this session. It is a session bringing both 

vehicle and infrastructure sides together for 

better transportation services. 

1:00 p.m. - 4:30 p.m. 

Organizers: 





Organizers: 

Robert Gruszczynski, Volkswagen of 

America; Kathleen E. Kedzior, MAHLE 

Powertrain LLC; Daniel C. Morris, Caterpillar 

Inc.; Aaron Mark Steffka; Jeffrey Minter, 

Wisconsin Technical College System; Daniel 

C. Morris, Caterpillar Inc. 

Organizers: 

Subramaniam Ganesan, Oakland University; 

Kanaparty Rao; Ramesh S, General Motors; 

Phares Noel, Diversified Engineering 

Concepts LLC 

Organizers: 

Walton L. Fehr, US Dept. of Transportation; 

Hideki Hada, Toyota; Jan-Mou Li, Oak 

Ridge National Laboratory 

Chairpersons: 


America 

1:00 

p.m. 

1:30 

p.m. 

Managing an ISO 26262 Safety Case: A 

Software System Perspective 

Implementing J2892 - Benefits and 

Acceptance Measured Using Graphics- 

Based Service Information 

A Method for Estimating the Improvement in 

Fuel Economy, for a Vehicle with Intelligent 

Alternator Control, and Application in 

Connected Car Systems 


Heiko Doerr, Ingo Stuermer, Model 

Engineering Solutions 

Developing to ISO 26262 compliance for 

component reuse 

Arnold Taube, John Deere World 

Headquarters 


Updating J817 

Gopal Athani, Tata Technologies Limited; 

Kapil Dongare, Tata Motors Limited; 

Srinivasa Raju Gavarraju, Tata Technologies 

Limited; Shashi Kulkarni, Prasad 

Yerraguntla, Tata Motors Limited 

A Novel Approach to Enhance Stop/Start 

Battery Life in a Vehicle with Micro Hybrid 

System Functions 

RoadX; Where Transportation and 

Technology Intersect 

Shailen P. Bhatt, Colorado Department of 


The Infrastructure Component of Vehicleto-Infrastructure 

Applications The Status of 

State Activities 

(Oral Only) (2016-01-0007) (Oral Only) 

Roberts Bates, Mentor Graphics Corp SAE J817 serviceability index standard 

is designed to improve serviceability and 

maintainability, thereby improving equipment 

uptime and reducing service and warranty 

costs. However, adopting J817 requires 

additional design, simulation and testing 

iterations, and might increase manufacturing 

and product costs. The presentation, 

followed by an expert panel, will address 

the business benefits of J817 to help 

engineering organizations make appropriate 

cost/benefit analysis of adopting it. 



Rajesh Balusu, Tata Technologies Limited; 

Subhabrata Gupta, Tata Motors Limited; 

Srinivasa Raju Gavarraju, Tata Technologies 

Limited 

Blaine Leonard, Utah Department of 


Moderators: 

Mark N. Pope, General Motors Co. 

Panelists: 

Harry A. Hildebrandt, Oakland Community 

College 

Daniel C. Morris, Caterpillar Inc. 

Peter Subke, Softing Automotive 

Electronics Gmbh 


Headquarters 

James (Jim) E. Wagner, Caterpillar Inc. 

2:00 

p.m. 

2:30 

p.m. 

Writing Good Technical Safety 

Requirements 

Challenges for Inspection and Maintenance 

DC Motor with Salient Poles Rotor and All 

Coils Placed on the Stator 


Agish George, William Taylor, Jody Nelson, 

KVA 

Dissolution of the Gap between Safety 

Requirements Written in a Natural Language 

and Formal Notations 


America 

Is Big Data Big Enough for Diagnostic 

Development? 

Sergey P. Gladyshev; Pavel Gladyshev, 

University College Dublin; Irina Okrainskaya, 

South Ural State University 

A Passive Solution to Differential Transient 

Cooling Issues Using Phase Change 

Materials 

Balancing Fuel Economy and Performance 

of Signalized Intersection - Assessment of 

Vehicle-Infrastructure Coordination 


George List, Mehdi Mashayekhi, North 

Carolina State Univ. 

Integrating V2I Technologies Into ITS 

Infrastructure Project Planning 


Masahiro Matsubara, Fumio Narisawa, 

Hitachi, Ltd.; Atsuhiro Ohno, Hitachi 

Automotive Systems, Ltd.; Toshiaki Aoki, 

Yuki Chiba, JAIST 

Andreas Hege, RA Consulting GMBH Johnathan Putrus, Tank-Automotive 

Research and Development; Stanley Jones, 

SAIC; Badih Jawad, Giscard Kfoury, Selin 

Arslan, Lawrence Technological University; 

Peter Schihl, US Army TACOM 

Brad Freeze, Tennessee Dept. of 





TIME 




ELECTRONICS 

353 336 321 332 


4) (AE403) 












and DO-178C. 

1:00 p.m. - 5:30 p.m. 


2) (AE503) 






diagnostics. 

1:00 p.m. - 5:30 p.m. 










1:00 p.m. - 5:30 p.m. 













1:00 p.m. - 4:30 p.m. 

Organizers: 





Organizers: 







Organizers: 




Concepts LLC 

Organizers: 




Chairpersons: 


America 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

Using Bayesian networks for functional 

safety arguing in Sensor Fusion based 

Obstacle Detection (SFOD) systems for 

autonomous vehicles 

Connected Vehicle Data Applied to Remote 

Diagnostics Methods for Heavy Duty Trucks 

Optimization of Modified Car Body Using 

Mesh Morphing Techniques in CFD 

Infrastructure Applications in a Vehicle-to- 

Infrastructure Environment 

(Oral Only) (Oral Only) (2016-01-0009) (Oral Only) 

Andreas Soderberg, SP Techn. Research 

Institute of Sweden; Rolf Johansson, SP 

Technical Research Inst of Sweden 

Evandro Silva, Volvo Group 

Soham Bakshi, Badih Jawad, Selin Arslan, 

Liping Liu, Kingman Yee, Lawrence 

Technological University 

Reza Karimvand, Arizona Dept. of 

Transportation; Larry Head, Univ. of Arizona 

Autonomous Driving impact on hardware 

safety lifecycle 

Generic Model Based Architecture for 

Implementing Client Side Algorithms Used 

in Unified Diagnostic Service and On Board 

Diagnostics for Different Hardware Targets 


A Study of the Dynamics of the Rolling 

Element and its Effect on Outer Race Creep 

Tomislav Lovric, TRW Automotive GmbH Jihas Khan, Tata Elxsi, Ltd. Salah Alhasia, Lawrence Technological 

University; Sharif Gindy, Sensor Data 

Technologies Inc.; Badih Jawad, Chris 

Riedel, Selin Arslan, Lawrence Technological 

University 

Human Interaction and Potential Error 

Evaluation Associated with Shift By Wire 

Devices 

APP-Based Diagnostics of E/E Systems 

with ISO Standardized Technology (MVCI, 

ODX, OTX, and UDS on DoIP) 


Mark A. Vernacchia, Bill Arnold, General 

Motors Co. 

Peter Subke, Softing Automotive Electronics 

GmbH; Muzafar Moshref, Softing North 

America Inc. 

Electrical Quantified Wiring Integrity Check 

tool to verify and validate the Wiring 

Harness 2D & 3D Designs. 

Pratap Dinkar Thorat, Shailesh Newase, 

Keyur Gupte, Pushkaraj Kaulgud, Tata 

Technologies Limited 

Technical Expert Panel Discussion: V2I 

Deployment Public Sector Perspective 

Vehicle to Infrastructure (V2I) provides unique 

opportunities and challenges to infrastructure 

owner/operators. During this panel discussion, 

representatives from federal, state and local 

department of transportation will share their 

V2I deployment plans as well as their views 

on how V2I contribute to the improvement of 

transportation planning and operation. This 

panel bring a rare opportunity to bring two 

groups of people (vehicle and infrastructure) 

discuss the same topic. Both are essential 

components of V2I therefore panelists 

also address their views on partnering with 

automotive industry to create better more 

connected transportation systems. 

Moderators: 

Hideki Hada, Toyota 

Panelists: 

Brad Freeze, Tennessee Dept. of 


Larry Head, Univ. of Arizona 

Reza Karimvand, Arizona Dept. of 


Blaine Leonard, Utah Department of 


Matthew Smith, Michigan Dept. of 





TIME 

ELECTRONICS 




353 336 321 332 


4) (AE403) 












and DO-178C. 

1:00 p.m. - 5:30 p.m. 


2) (AE503) 






diagnostics. 

1:00 p.m. - 5:30 p.m. 










1:00 p.m. - 5:30 p.m. 













1:00 p.m. - 4:30 p.m. 

Organizers: 





Organizers: 







Organizers: 




Concepts LLC 

Organizers: 




4:30 

p.m. 

5:00 

p.m. 

Technical Expert Panel Discussion: ISO 

26262 Revision 2 

The objective of this panel discussion is 

to identify key new aspects of ISO 26262 

Version 2 that may have significant impact 

on 

Organizers: 

Joseph G. D’Ambrosio, GM R&D Center 

Moderators: 

Joseph G. D’Ambrosio, GM R&D Center 

Panelists: 

Mark Costin 

Barbara J. Czerny, ZF TRW 

Rami Ismail Debouk, GM R&D Center 

Karl Greb, Intel Corp. 

Joseph Miller, ZF - TRW 



Chairpersons: 


America 

Multi-Sector Technical Expert Panel 

Discussion: Dealing With the Worldwide 

Shortage of Automotive Service Technicians 

There is a worldwide shortage of 

Automotive Service Technicians. Learn 

about the reasons behind this shortage 

and how companies are working to retain 

and improve the productivity of their current 

service technicians and to increase the 

recruitment and improve the training of 

additional technicians 

Moderators: 

Mark N. Pope, General Motors Co. 

Panelists: 

Charles Horning, Embry-Riddle Aeronautical 

Univ. 

William S. Wade, Wade&amp 

Partners 

Chris Wallace, Technical Training Integration 

Manager, General Motors Corporation 

Deven Wilson, John Deere 

Planned by Automobile Electronics 

Activity / EMB Land and Sea Group; 

Service Technology Program Committee / 


How to Integrate Model-Based Systems 

Engineering across Automotive EE Domains 

(2016-01-0005) 

Nick Smith, Mentor Graphics Corp. 

ADAS Virtual Prototyping with the 

OpenMETA Toolchain 

(2016-01-0002) 

Scott Eisele, Vanderbilt University; Masahiro 

Yamaura, Nikos Arechiga, Shinichi Shiraishi, 

Toyota Info Technology Center USA; 

Joseph Hite, Jason Scott, Sandeep Neema, 

Theodore Bapty, Vanderbilt University 







TIME 




354 354 

Wiring and Harnesses (Part 2 of 

2) (AE303) 

This session deals with the electrical 

distribution system (EDS), increasing 

content/complexity, and the optimization 

of the systems in vehicles. The EDS is 

the nerve system of the vehicle and is far 

reaching into all areas of the architecture. 

This session will review the associated 

components for the wiring systems: wiring/ 

cables, connectors, harnesses, fuse & 

relay boxes, etc., and will discuss new 

technologies that are emerging to address 

mega trends. 

1:00 p.m. - 3:30 p.m. 


2) (AE206) 








4:00 p.m. - 5:00 p.m. 

ELECTRONICS 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 

Kirk Rasmussen, Leoni Wiring Systems 

Inc.; Lyle Stanley Bryan, TE Connectivity; 

J. Howard Evans, Bentley Motors, Ltd.; 


Chairpersons: 

Kirk Rasmussen, Leoni Wiring Systems Inc.; 

J. Howard Evans, Bentley Motors, Ltd. 

Simulation of Preformed Harness 

(Oral Only) 

Falk Kralemann, Leoni Bordnetz-Systeme 

GmbH & Co. KG 

Requirements within a HV Automotive 

Wiring System Newest Developments and 

Latest Trends 

(Oral Only) 

Matthias Lenhart-Rydzek, Leoni Wiring 

Systems GmbH 

Modeling and Optimizing Wire Harness 

Costs for Variation Complexity 

(2016-01-0107) 

Sjon Moore, Mentor Graphics Corp. 

Reducing Automotive Wire Harness Design 

Time and Cost Using Simulation 

(2016-01-0106) 

Michael Stamper, Mentor Graphics Corp. 

Methodology to predict and improve 

shielding mechanism of HV-cables used in 

EV and HEV 

(Oral Only) 

Abid Mushtaq, TU Dortmund 

Organizers: 




Chairpersons: 




4:00 

p.m. 

4:30 

p.m. 



Noise Suppression System for AM radio 

Receiver Using Quadrature Component of 

Receiving Signal 

(2016-01-0079) 

Tomohisa Harada, Yoshiyuki Hattori, Toyota 

Central R&D Labs Inc.; Shinya Ito, Mitoshi 

Fujimoto, Toshikazu Hori, University of Fukui 

Connected Car Architecture and 

Virtualization 

(2016-01-0081) 

Husein Dakroub, Visteon Corporation; 

Adnan Shaout, Univ. of Michigan; Arafat 

Awajan, Princess Sumaya University of 

Technology 









TIME 




ELECTRONICS 

321 332 354 353 

Driver Assistance Systems: 

Algorithms, Applications and 

Electronic Sensing (Part 1 of 2) 

(AE401) 

Advanced Driver Assistance Systems 

(ADAS) are gaining major importance all 

vehicle segments. The effectiveness of 

these systems is based upon the ability 

to not only sense the outside world 

and the ability to use the information 

intelligently. In this one-day session the 

sensing technologies and systems will be 

covered in the morning and the algorithms 

and applications will be discussed in the 

afternoon. 

8:00 a.m. - 12:30 p.m. 

Intelligent Vehicle Initiative 

(AE501) 

This session presents papers by 

leading experts in the field of Intelligent 

Vehicle Technologies, such as: vehicle 

communications and networks, driver 

drowsiness and driving pattern detection, 

sensors and GPS, vehicle and chassis 

control and autonomous vehicles, route 

prediction, head-up displays and power 

transmission for electric vehicles. 

8:00 a.m. - 11:00 a.m. 

Model-Based Controls and 

Software Development (AE103) 

Model-Based Design has become a 

well-accepted development style for 

embedded control and software. This 

session is designed to cover new 

processes, methods, and applications 

of new processes / methods to reduce 

development time and improve software 

quality. A particular emphasis will be 

placed on methods such as executable 

specification, design through simulation, 

early verification, automatic code 

generation, and model-in-the-loop testing. 

8:00 a.m. - 11:30 a.m. 


4) (AE403) 













DO-178C. 

8:00 a.m. - 10:30 a.m. 

Organizers: 

Stephen Buckley, Fiat Chrysler Automobiles; 


Technical Center; Scott W. Piper, 

General Motors; Chris Semanson, Ford 

Motor Company; Scott Craig, Infineon 

Technologies North America Corp. 

Organizers: 

Allan K. Lewis, Mohammad Naserian, 

Hyundai America Technical Center; Kenneth 

W. Webster, Transportation Research 

Center Inc. 

Organizers: 

Vivek Jaikamal, ETAS Inc.; Wensi Jin, 

MathWorks Inc.; Mahendra Muli, dSPACE 

Inc. 

Organizers: 





Chairpersons: 

Scott W. Piper, General Motors 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Research on the Threshold of Scare or 

Secure by Assessing Braking in Advanced 

Driver Assistance System 



Crash Warning 

Disturbance Estimation Based Modeling 

Technique for Control and Prediction 

in Controllable Mechanical Turbo- 

Compounding System 


Hiroaki Tanaka, Daisuke Takemori, Tomohiro 

Miyachi, DENSO Corporation 

Design and Field Testing of a Lane Following 

Control System with a Camera Based on 

T&amp;C Driver Model 


America Inc.; Hayami Ito; Takeshi Hirai; 

Tutomu Murase 

Design and Implementation of Parking 

Control Algorithm for Autonomous Valet 

Parking 

Zhengling Lei, Hui Xie, Tianjin University; 

Tielong Shen, Sophia University 

Development and Implement of a Model- 

Based Design Controller for PEPS System 

Highly Efficient Safety Development of 

AC1000 EVO Radar Using Medini Analyze 

Kamil Svancara, ZF TRW Active & Passive 

Safety Tech.; Simone Fabris, ZF TRW; 

Joseph Miller, TRW Automotive US LLC; 

Juliette Melina, Ahmad Chamma, Antara 

Bhatt, John Priddy, ZF TRW; Sabine Guevel, 

ZF TRW Autocruise 

A Cost-Effective Model-Based Approach 

for Developing ISO 26262 Compliant 

Automotive Safety Related Applications 


Bi-Cheng Luan, I-Hsuan Lee, Han-Shue 

Tan, Haitec Co., Ltd.; Kang Li, Ding Yuan, 

Fang-Chieh Chou, National Taiwan Univ. 

Yonghwan Jeong, Seonwook Kim, Kyongsu 

Yi, Seoul National Univ; Sangyong Lee, 

ByeongRim Jo, LG Electronics Inc 

Xiaodong Zhang, Jian Wu, Rui He, Haizhen 

Liu, State Key Lab of ASCL, Jilin University 

Bernard Dion, ANSYS 

Predictive Vehicle Velocity Control using 

Dynamic Traffic Information 

Situation Awareness, Scenarios, and 

Secondary Tasks: Measuring Driver 

Performance and Safety Margins in Highly 

Automated Vehicles 

A Virtual ECU and Its Application to Control 

System Analysis - Power Window System 

Demonstration 


Ulrich Vögele, Christian Endisch, Technische 

Hochschule Ingolstadt 

Dynamic Input Generation for the 

Development of Active Safety Perception 

Algorithms. 

Madeleine Gibson, John Lee, Vindhya 

Venkatraman, Morgan Price, Jeffrey Lewis, 

Olivia Montgomery, Bilge Mutlu, University 

of Wisconsin; Joshua Domeyer, James 

Foley, Toyota Technical Center USA, Inc. 

Psychophysics of Trust in Vehicle Control 

Algorithms 

Kenta Morishima, Hitachi, Ltd.; Shigeru 

Thomas Oho, Nippon Institute of 

Technology; Satoshi Shimada 

APEX: Autonomous Vehicle Plan Verification 

and Execution 


Dariusz Cieslar, Krzysztof Kogut, Maciej 

Róewicz, Mateusz Orlowski, Delphi Poland 

S.A. 

Remote Diagnosis, Maintenance and 

Prognosis for Advanced Driver Assistance 

Systems Using Machine Learning 

Algorithms 

Morgan A. Price, Vindhya Venkatraman, 

Madeleine Gibson, John Lee, Bilge Mutlu, 

University of Wisconsin 

Towards Developing a Distraction-Reduced 

Hands-Off Interactive Driving Experience 

using Portable Smart Devices 

Matthew E. O’Kelly, Houssam Abbas, 

University of Pennsylvania; Sicun Gao, MIT; 

Shinpei Kato, Nagoya University; Shinichi 

Shiraishi, Toyota Info Technology Center 

USA; Rahul Mangharam, University of 

Pennsylvania 

Organic Evolution of Development 

Organizations - An Experience Report 

Testing of Real-Time Criteria in ISO 26262 

Related Projects - Maximizing Productivity 

Using a Certified COTS Test Automation 

Tool 

Andreas Himmler, Klaus Lamberg, Tino 

Schulze, Jann-Eve Stavesand, dSPACE 

GmbH 

Proving Properties of Simulink Models that 

Include Discrete Valued Functions 

Ashlie B. Hocking, M. Anthony Aiello, 

John C. Knight, Dependable Computing; 

Shinichi Shiraishi, Masahiro Yamaura, Nikos 

Arechiga, Toyota InfoTechnology Center 

USA 

Software Architecture Modeling Approach 

for Seamless Safety Analysis 

(2016-01-0123) (2016-01-0140) (2016-01-0028) (Oral Only) 

Mostafa Anwar Taie, iSAQB, Nile University; 

Hyung Ho Kim, SOLUTIONLINK 

Mohamed ElHelw, Nile University 

Yang Zheng, Navid Shokouhi, University of 

Texas; Nicolai Thomsen, Aalborg University; 

Amardeep Sathyanarayana, John Hansen, 

University of Texas 

Ali Shahrokni, Systemite AB; Peter Gergely, 

Volvo Car Corporation; Jan Söderberg, 

Systemite AB; Patrizio Pelliccione, Chalmers 

| University of Gothenburg 




TIME 

ELECTRONICS 




321 332 354 353 




(AE401) 











afternoon. 

8:00 a.m. - 12:30 p.m. 

Intelligent Vehicle Initiative 

(AE501) 

This session presents papers by 

leading experts in the field of Intelligent 

Vehicle Technologies, such as: vehicle 

communications and networks, driver 

drowsiness and driving pattern detection, 

sensors and GPS, vehicle and chassis 

control and autonomous vehicles, route 

prediction, head-up displays and power 

transmission for electric vehicles. 

8:00 a.m. - 11:00 a.m. 

Model-Based Controls and 

Software Development (AE103) 

Model-Based Design has become a 

well-accepted development style for 

embedded control and software. This 

session is designed to cover new 

processes, methods, and applications 

of new processes / methods to reduce 

development time and improve software 

quality. A particular emphasis will be 

placed on methods such as executable 

specification, design through simulation, 

early verification, automatic code 

generation, and model-in-the-loop testing. 

8:00 a.m. - 11:30 a.m. 


4) (AE403) 













DO-178C. 

8:00 a.m. - 10:30 a.m. 

Organizers: 







Organizers: 

Allan K. Lewis, Mohammad Naserian, 

Hyundai America Technical Center; Kenneth 

W. Webster, Transportation Research 

Center Inc. 

Organizers: 

Vivek Jaikamal, ETAS Inc.; Wensi Jin, 

MathWorks Inc.; Mahendra Muli, dSPACE 

Inc. 

Organizers: 





10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

12:00 

p.m. 

Chairpersons: 


Development of Lane Keeping Assist 

System Using Lateral-Position-Error Control 

at Forward Gaze Point 

Developing an Autonomous Vehicle Control 

System for Intersections Using Obstacle/ 

Blind Spot Detection Frames 


Takayuki Tanaka, Shunsuke Nakajima, 

Takahiro Urabe, Hideyuki Tanaka, Mitsubishi 

Electric Corp. 

Control for a Comfortable Ride in Reverse 

Driving with an Automated Parking System 

Masanori Yoshihira, Seigo Watanabe, Hikaru 

Nishira, Norimasa Kishi, Nissan Motor 

Co,, Ltd. 


Tatsuya Yoshikawa, Aoyagi Takahiko, 

Hiroshi Ishiguro, Aisin Seiki Co., Ltd. 

On Behavior Trainable Adaptive Cruise 

Control 

(2016-01-0110) 

Mohammad Huq, Douglas McConnell, 

Continental Automotive Systems US Inc 

ADAS Analytics 

(Oral Only) 

William G. Shogren, Harman International 

Industries Inc. 





JUST SIMPLIFY: Clone Detection for 

Simulink Controller Models 

Elke Salecker, Ingo Stuermer, Model 

Engineering Solutions 

Modelify: Semi-Automatic Conversion 

of Control Systems C Code to Simulink 

Models 

Eric Woestman, Jeremias Sauceda, EnSoft 

Corp. 







TIME 

ELECTRONICS 




336 333 332 

Vehicle Networks and Communication 

(Part 1 of 2) (AE201) 

Vehicle networks and communication protocols 

play a key role in meeting today’s complex system 

requirements and product flexibility. This session 

will explore the challenges and future prospects for 

vehicle communication networks and protocols. 

Papers are sought in the areas of network design, 

protocol design, network-enabled vehicle functions, 

network integration, network and protocol testing, 

network bus technology, CAN, CAN-FD, J1939, 

Ethernet, FlexRay. 

8:00 a.m. - 11:30 a.m. 

Verification and Validation of Embedded 

Software (AE104) 

Developing embedded software for electronic 

controls is a complex undertaking. Hardware-in-the- 

Loop simulation and improvements in PC simulation 

technology show promise for early verification of 

embedded software using a virtual environment for 

ECUs and test infrastructure. This session highlights 

advances in processes, tools, and technologies 

to reduce design & validation time & cost, and 

to improve the quality of embedded software 

and effectiveness of electronic testing tools and 

procedures. 

8:00 a.m. - 11:00 a.m. 

Smart-grid Technologies (AE505) 

This session will provide real world updates on 

consumer behavior who are part of the DOE 

awarded EV Project as well as other research using 

models and consumer data to analyze the effect 

on the grid during PEV charging. Also presented 

will be strategies for PEV charging and synergies 

for integrating PEV’s into the grid by way of existing 

infrastructure. 

11:00 a.m. - 12:00 p.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 

Christopher Lupini, Delphi Corp.; Mark Zachos, DG 

Technologies 

Implementation of a Local Interconnect Network over 

a DC-Bus for Reduction of a Vehicle Wiring Harness 


Christopher Quigley, Warwick Control Technologies; 

Paul Faithfull, Potenza Technology; Simon Saunders, 

Ariel Motors; Neil Yates, Javan Sportscars 

Multiplex Communication Protocol for Switch/ 

Sensor/Actuator Network: CXPI 


Eiji Taki, Yoshiro Hirata, Yoshifumi Ohmori, Toyota 

Motor Corporation; Naoji Kaneko, DENSO 

Corporation; Hiroya Andou, Toyota Motor 

Corporation 

The Convergence of Multiple Vehicle Network 

Protocols: How to Select One Network over the 

Other and the Ensuing Variant Challenges 

Organizers: 

John Day, John Day’s Automotive Electronics; Vivek 

Moudgal, dSPACE Inc.; Nitish Rao, ETAS Inc.; Peter 

Waeltermann, dSPACE Inc. 

Validation of Control Software by Search-Based 

Testing Using Formal Methods 

Shunsuke Kobuna, Tomoyuki Kaga, Tomoya 

Yamaguchi, Toyota Motor Corporation 

Simplifying the Review of Communicating Finite State 

Machines Implementation using Static Analysis 

Amey Zare, Advaita Datar, R Venkatesh, Tata 

Consultancy Services Ltd.; Miwako Hasegawa, 

Nissan Motor Co Ltd 

The implications of ISO26262 on the Usage of 

Software Development Kits 


Anders Kallerdahl, Sherif Ali, Mentor Graphics Corp. Marcel Beemster, Solid Sands; Greg Miller, Texas 

Instruments Inc 

Model Based Approach for Analysis of In-Vehicle 

CAN Partial Networks Power Consumption 


Sandhya Lingadahalli, Sudhakaran Maydiga, 

Matthew Darin, General Motors Co. 

Scalable Validation Framework to Test the OSEK/VDX 

Based Network Management Protocol in ECUs 

Incorporating ISO 26262 Concepts in an Automated 

Testing Toolchain Using Simulink Design Verifier 

Siddartha Khastgir, Gunwant Dhadyalla, Paul 

Jennings, WMG, University of Warwick 

Time Delay Predictive and Compensation Method in 

the Theory of X-in-the-Loop 



Wenxu Niu, Ke Song, Yucheng He, Tong Zhang, 


CAN FD Network Design Hints and 

Recommendations 

Validation of Automotive Body ECU Using Hardwarein-the-Loop 

Simulation 


Holger Zeltwanger, CAN in Automation 

Jungkyum Yu, Geesu Lee, Hyunsung Lee, Jaepoong 

Lee, Kwangil Kim, Seoul National Univ; Youngsuk 

Kim, Sangkyong Lee, Sangwoo Jeon, Hyundai Kia 

Motor Company; Kyongsu Yi, Seoul National Univ 

Finding Good Ethernet PDU Packaging Strategies to 

Minimize ECU Performance Requirements and Cost 

A Case Study 


Karsten Schmidt, Audi Electronics Venture GmbH; 

Maurice Sebastian, Symtavision Gmbh 

Organizers: 

Scott Craig, Infineon Technologies North America 

Corp.; Jan-Mou Li, Oak Ridge National Laboratory; 

Matthew Nielsen, General Electric Co. 

Experimental Demonstration of Smart Charging 

and Vehicle-to-Home Technologies for Plugin 

Electric Vehicles Coordinated with Home Energy 

Management Systems for Automated Demand 

Response 

Takayuki Shimizu, Toyota Info Technology Center 

USA; Tomoya Ono, Toyota Motor Corporation; Wataru 

Hirohashi, Waseda University; Kunihiko Kumita, Toyota 

Motor Corporation; Yasuhiro Hayashi, Waseda University 

Grid-Tied Single-Phase Bi-Directional PEV Charging/ 

Discharging Control 

Planned by Automobile Electronics Activity / EMB 

Land and Sea Group 



(2016-01-0159) 

Luting Wang, Chong Cao, Bo Chen, Michigan 

Technological Univ 





TIME 

ELECTRONICS 




332 321 353 333 

Design Optimization Techniques 

in Electronics (AE102) 

The session will feature novel approaches 

in the area of optimization-driven design of 

in-vehicle E/E (HW/SW) systems that aim 

at ensuring a high degree of automation 

and integration of heterogeneous models, 

methods, tools, and design data, in the 

presence of current and future uncertainties. 

1:00 p.m. - 4:30 p.m. 




(AE401) 











afternoon. 

1:00 p.m. - 5:30 p.m. 


4) (AE403) 













DO-178C. 

1:00 p.m. - 5:00 p.m. 

Software Design Engineering and 



development and implementation of 

embedded software architectures that 

reside in production vehicle electronic 

modules. Topics include implementation on 

multi-core processors, parallel computing 

environments, multi-processor and multi- 

ECU systems, and the deployment of 

AUTOSAR. Expert speakers from the 

embedded software community are 

encouraged to share their experiences and 

opinions. 

1:00 p.m. - 4:00 p.m. 

Organizers: 

Amit Choudhury, TRW Automotive; 

Krzysztof Czarnecki, Univ. of Waterloo; 

Paolo Giusto, General Motors Co. 

Organizers: 







Chairpersons: 


Organizers: 





Organizers: 

Hussain Darwish, Vector CANtech 

Inc.; John Day, John Day’s Automotive 

Electronics; Joseph M. Fairchild, dSPACE 

Inc.; Ralf Fritz, Robert Miller, Vector 

CANtech Inc. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Technical Keynote: Aerospace/Defense 

and Automotive Industry: A Parallel 

Convergence to Common Processes, 

Methods, and Tools 

The Detection of Visual Distraction using 

Vehicle and Driver-Based Sensors 

Architectural Concepts for Fail-Operational 

Automotive Systems 

Automatic Functionality Assignment 

to AUTOSAR Multicore Distributed 

Architectures 


Clifton Davies, Lockheed Martin Aeronautics Chris Schwarz, Timothy Brown, National 

Advanced Driving Simulator; John Lee, 

University of Wisconsin; John Gaspar, 

National Advanced Driving Simulator; Julie 

Kang, US Dept. of Transportation 

Andre Kohn, Rolf Schneider, AUDI 

AG; Antonio Vilela, Andre Roger, Udo 

Dannebaum, Infineon Technologies AG 

Florin Maticu, Paul Pop, Technical University 

of Denmark; Christian Axbrink, Mafijul Islam, 

Volvo Group Trucks Technology 

E/E Architectural Design and Optimization 

using PREEvision 

Multi-Rate Signal Processing Issues in 

Active Safety Algorithms 

The Safe State: Design Patterns and 

Degradation Mechanisms for Fail- 

Operational Systems 

Resource Management for Future 

Automotive Software Architectures 


Jörg Schäuffele, Vector Informatik GmbH Dariusz Borkowski, Rafal Tomasz Dlugosz, 

Micha Szulc, Pawel Skruch, Pawel 

Markiewicz, Dominik Sasin, Delphi Poland; 

Marta Kolasa, Tomasz Talaska, University of 

Science and Technology 

Alexander Much, Elektrobit Automotive 

GmbH 

Karsten Schmidt, Audi Electronics Venture 

GmbH; Andreas Schulze, Volkswagen AG; 

Kai R. Richter, Symtavision GmbH 

Schedule Synthesis for Multi-Period SW 

Components 

A Wearable Device for Traffic Safety - A 

Study on Estimating Drowsiness with 

Eyewear, JINS MEME 

A Safety Concept based on a Safety 

Sustainer for Highly Automated Driving 

Systems 


Sebastian Voss, Johannes Eder, Bernhard 

Schaetz, fortiss GmbH 

Moving From Single-Core to Multicore: Initial 

Findings on a Fuel Injection Case Study 

Shinji Niwa, Mori Yuki, Tetsushi Noro, 

DENSO Corporation; Shunsuke Shioya, 

Kazutaka Inoue, JIN Co., Ltd. 

Constraints and Solutions in Creating an 

Efficient Validation Framework for RADAR 

based Electronic Control Units 

Satoshi Otsuka, Hitachi, Ltd.; Kohei 

Sakurai, Hitachi Automotive Systems, Ltd. 

A Functional Brake Architecture for 

Autonomous Heavy Commercial Vehicles 

Virtualization for Automotive Embedded 

Systems 

Pierre-Antoine Bernard, OpenSynergy 

GmbH 

Metric-based Evaluation of Software 

Architecture for an Engine Management 

System 


Alessandro Biondi, Research; Marco Di 

Natale, General Motors Co.; Youcheng Sun, 

Scuola Superiore Sant’Anna 


Sagar Behere, Xinhai Zhang, Viacheslav 

Izosimov, Martin Törngren, Kungliga 

Tekniska Högskolan 

Hariharan Venkitachalam, RWTH Aachen 

Univ.; Dirk von Wissel, Renault SA; 

Johannes Richenhagen, FEV GmbH 

Virtual Multi-ECU High Fidelity Automotive 

System Simulation 

Statistical Models of RADAR and LIDAR 

Returns from Deer for Active Safety 

Systems 

Fault-Tolerant Control of Brake-by-Wire 

Systems Based on Control Allocation 


Sujit S. Phatak, Heming Chen, Yuan Xiao, 

Can Wang, Donald McCune, Hitachi 

America, Ltd.; Simon Schliecker, Maurice 

Sebastian, Symtavision GmbH; Victor 

Reyes, Synopsys Inc.; David Balland, 

ChiasTek Inc. 

William Buller, Michigan Technological 

University; Rini Sherony, TEMA; Brian 

Wilson, Michelle Wienert, Michigan 


Haizhen Liu, Weiwen Deng, Rui He, Jian 

Wu, Bing Zhu, State Key Lab of ASCL, Jilin 

University 

A New Clock Synchronization Algorithm to 

Compensate the Initial De-Synchronization 

of Clocks Based on a Deadbeat Controller 

for Networked Control Systems (SAE Brasil 

Best Paper # 2015-36-0400) 

Eloy Martins de Oliveira Junior, Marcelo 

Souza, National Institute for Space 

Research (INPE) 




TIME 

ELECTRONICS 




332 321 353 333 

Design Optimization Techniques 

in Electronics (AE102) 

The session will feature novel approaches 

in the area of optimization-driven design of 

in-vehicle E/E (HW/SW) systems that aim 

at ensuring a high degree of automation 

and integration of heterogeneous models, 

methods, tools, and design data, in the 

presence of current and future uncertainties. 

1:00 p.m. - 4:30 p.m. 




(AE401) 











afternoon. 

1:00 p.m. - 5:30 p.m. 


4) (AE403) 













DO-178C. 

1:00 p.m. - 5:00 p.m. 

Software Design Engineering and 



development and implementation of 

embedded software architectures that 

reside in production vehicle electronic 

modules. Topics include implementation on 

multi-core processors, parallel computing 

environments, multi-processor and multi- 

ECU systems, and the deployment of 

AUTOSAR. Expert speakers from the 

embedded software community are 

encouraged to share their experiences and 

opinions. 

1:00 p.m. - 4:00 p.m. 

Organizers: 

Amit Choudhury, TRW Automotive; 

Krzysztof Czarnecki, Univ. of Waterloo; 

Paolo Giusto, General Motors Co. 

Organizers: 







Chairpersons: 


Organizers: 





Organizers: 

Hussain Darwish, Vector CANtech 

Inc.; John Day, John Day’s Automotive 

Electronics; Joseph M. Fairchild, dSPACE 

Inc.; Ralf Fritz, Robert Miller, Vector 

CANtech Inc. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 

Designing Internet of Things Solutions Using 

a Visual RAD Cloud Service 

Multi-Target Tracking Algorithm in the 

Complicated Road Condition for Automotive 

Millimeter-wave Radar 

Challenges in Autonomous Vehicle Testing 

and Validation 


Eldad Palachi, Fariz Saracevic, Amit Fisher, 

IBM 

Studies on Brake Pedal Feeling Based on a 

Novel Mechatronic Booster 

Libo Huang, Huanlei Chen, Zhuoping Yu, 

Jie Bai, Tongji University 

Robust Prediction of Lane Departure Based 

on Driver Physiological Signals 

Philip Koopman, Carnegie Mellon University; 

Michael Wagner, Edge Case Research LLC 

A question of confidence: The role 

of software in building safe, secure 

autonomous vehicles 


Shun Yang, Weiwen Deng, Haizhen Liu, Rui 

He, Lei Qian, Wenlong Sun, Ji Gao, State 

Key Lab of ASCL, Jilin University 

Dev S. Kochhar, Ford Motor Company; 

Hong Zhao, Paul Watta, Yi Murphey, 

University of Michigan 

Thomas Bloor, QNX Software Systems, Ltd. 



Animal-Vehicle Encounter Naturalistic 

Driving Data Collection and 

Photogrammetric Analysis 

Safety Analysis Strategies for Full 

Automation in Road Vehicles 


Andrew Scott Alden, Virginia Tech. 

David Ward, Ireri Ibarra, Horiba Mira, Ltd. 

Transportation Institute; Brian Mayer, Virginia 

Tech; Patrick Mcgowen, Montana State 

University; Rini Sherony, TEMA; Hiroyuki 


Ease of Driving Road Classification for 

Night-time Driving Conditions 

(2016-01-0119) 

Preeti J. Pillai, Veeraganesh Yalla, Kentaro 

Oguchi, Toyota InfoTechnology Center 





Taxonomy of Automotive Real-Time 

Scheduling 

Priti Ranadive, Somnath Sengupta, 

Narendra Kumar, Naveen Boggarapu, 

KPIT Technologies; Vinay Vaidya, VMAS 

Consulting 





TIME 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 




336 

Vehicle Networks and Communication (Part 2 of 2) (AE201) 

Vehicle networks and communication protocols play a key role in meeting today’s 

complex system requirements and product flexibility. This session will explore the 

challenges and future prospects for vehicle communication networks and protocols. 

Papers are sought in the areas of network design, protocol design, network-enabled 

vehicle functions, network integration, network and protocol testing, network bus 

technology, CAN, CAN-FD, J1939, Ethernet, FlexRay. 

1:00 p.m. - 2:30 p.m. 

Organizers: 

Christopher Lupini, Delphi Corp.; Mark Zachos, DG Technologies 

Guaranteed Timing Behavior Begins with an Established Ethernet Backbone 

(2016-01-0061) 

Anders Kallerdahl, Mohammad Salah, Mentor Graphics Corp. 

Locating Wire Short Fault for In-Vehicle Controller Area Network with Resistance 

Estimation Approach 

(2016-01-0065) 

Xinyu Du, Shengbing Jiang, Atul Nagose, Yilu Zhang, General Motors Global R & D; 

Natalie Wienckowski, General Motors Co. 

Hardware and Software Constraints for Automotive Firewall Systems? 

(2016-01-0063) 

Karsten Schmidt, Audi Electronics Venture GmbH; Harald Zweck, Udo Dannebaum, 

Infineon Technologies AG 

Planned by Automobile Electronics Activity / EMB Land and Sea Group 

ELECTRONICS 

ELECTRONICS EXHIBITORS 

Addtec Co Ltd...............................................111 

Altair Engineering...................................1028 

Applus IDIADA...........................................935 

Argonne National Laboratory...............822 

Berghof Automation GmbH...................703 

Configit........................................................ 809 

Cradle North America Inc......................600 

Daiichi Seiko Co Ltd.................................607 

Detroit Engineered Products 

(DEP) Inc................................................. 1216 

DfR Solutions.............................................. 1117 

Donaldson Company Inc.........................423 

Dow Corning Corp................................... 1135 

dSpace...........................................................815 

Dynacast..................................................... 606 

EDAG Inc......................................................929 

ESTECO........................................................429 

Foryou Corporation.................................1322 

Gamma Technologies Inc........................615 

Gebauer & Griller Kabelwerke 

GmbH....................................................... 1328 

IAV Automotive Engineering................. 601 


Key Safety Systems...................................715 

LieberLieber Software........................... 1328 

MediaZen Inc...............................................214 

Melecs EWS GmbH................................. 1334 

ON Semiconductor ................................. 348 

Origin Electric America Co Ltd............. 1116 

Oxford Instruments................................ 1235 


Quantum Evm Limited...........................1048 

Rausch & Pausch LP............................... 1336 

The Federation.......................................... 402 

Trensor LLC................................................ 1315 

Truwin........................................................... 210 







EMISSIONS/ENVIRONMENT/ 

SUSTAINABILITY 

TUE WED THUR 


Advances in Alternative Energy Sources for Sustainable Development in 

the Transportation Sector (Part 1 & 2) (SDP110) 

- 4 4 - - - 313 A 74, 75, 77, 78 

Advances in Catalyst Substrates (PFL422) - - 4 - - - 252 B 77, 78 

Advances in Nox Reduction Technology (Part 1 & 2) (PFL424) - - 4 4 - - 360 77, 78, 80 

Advances in Particulate Filter Substrates (Part 1 & 2) (PFL423) 4 4 - - - - 252 B 73, 74, 75 

Climate Control (Part 1 - 3) (HX104) - 4 4 4 - - 258/259 74, 75, 77, 78, 80 

Emission Control Modeling (Part 1 & 2) (PFL430) - - - - 4 4 251 C 83, 84, 86, 87 

Emissions Measurement and Testing (Part 1 & 2) (PFL440) - - - 4 - 4 252 B 80, 81, 86, 87 

Energy Efficiency of Thermal Systems (HX103) - 4 - - - - 258 74, 75 

Exhaust Emission Control System Integration And Durability (PFL421) - 4 - - - - 252 A 76 

Exhaust Emissions Control - New Developments (Part 1 & 2) (PFL410) 4 4 - - - - 360 72, 76 

Gaseous Engine Emissions (Part 1 & 2) (PFL460) - - - - 4 4 252 A 83, 86, 87 

LCA, Sustainability and End-of-Life (SDP113) - - - 4 - - 313 A 80 

On-board Measurement and Control (PFL425) - - - - 4 - 252 B 83 

Particle Emissions from Combustion Sources (Part 1 & 2) (PFL450) - - 4 4 - - 252 A 79, 82 

Sustainable and Energy Efficient Manufacturing (SDP109) - - - - 4 - 313 A 83 

Technical Expert Panel Discussion: What Will Be the Impact of 

PEMS Testing on Future Vehicle Emissions Regulations, Market, and - - - 4 - - 360 82 

Technology? (PFL499) 

Technical Expert Panel Discussion: Sub-23 nm Particle Emissions from 

Engines (PFL499) 

- - - - 4 - 252 A 85 

Thermal System Components (Part 1 & 2) (HX101) - - - - 4 4 258 85, 86, 87 

Thermal Systems Modeling and Simulation (Part 1 - 5) (HX102) 4 - 4 4 4 4 259 72, 79, 82, 85, 88 

Thermal Systems for Hybrid and Electric Vehicles (HX105) 4 - - - - - 258 72 

Vehicle Electrification Strategies for Sustainability (SDP117) 4 - - - - - 313 A 72 







TIME 






360 259 258 313 A 

Exhaust Emissions Control - 

New Developments (Part 1 of 2) 

(PFL410) 

This session covers technology 

developments and the integration of these 

technologies into new emission control 

systems. Topics include the integration 

of various diesel particulate matter (PM) 

and diesel Nitrogen Oxide (NOx) reduction 

technologies plus analogous technologies 

for the growing population of direct injection 

gasoline engines. Novel developments 

in sensors and control systems are also 

included. 

9:30 a.m. - 11:30 a.m. 

Thermal Systems Modeling and 

Simulation (Part 1 of 5) (HX102) 

The Thermal Systems Modeling and 

Simulation session focusses on state of the 

art simulation technologies for modeling 

thermal systems and their application in the 

development and optimization of vehicle 

thermal management and fuel economy. 

The papers in the session will range from 

empirical, 1D modeling methods to three 

dimensional CFD models as well as coupled 

methods. 

9:30 a.m. - 11:00 a.m. 

Thermal Systems for Hybrid and 

Electric Vehicles (HX105) 

The purpose of this session is to share 

experiences and lessons learned to 

advance the technology in the field of 

thermal management of electric and hybrid 

vehicle systems. This session presents 

papers covering both testing and simulation 

of hybrid and electric vehicle thermal 

systems. 

9:30 a.m. - 11:30 a.m. 

Vehicle Electrification Strategies 

for Sustainability (SDP117) 

In this session speakers will explore the 

issues and design strategies of bringing 

sustainable EV, PHEV and vehicle 

electrification technologies to market. 

Identifying the customer value of these 

sustainable technologies is key to their 

success and growth. The design models 

and systems presented in this session 

highlight ways to optimize customer value 

to make these technologies successful. 

9:30 a.m. - 11:30 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Homayoun Ahari, FCA US LLC; Kenneth 

S. Price, Umicore Autocat USA Inc.; Ron 

Silver, Caterpillar Inc.; Roger A. Van Sickle, 

FEV NA Inc. 

Technical Keynote: Vehicular Emissions in 

Review - presentation of SAE Paper 2016- 

01-0919 

Organizers: 

Ales Alajbegovic, Exa Corporation; 

Alaa El-Sharkawy, FCA US LLC; Wilko 

Jansen, Jaguar & Land Rover; Jason 

Aaron Lustbader, National Renewable 

Energy Laboratory; Gursaran D. Mathur, 

CalsonicKansei North America Inc.; Kumar 

Srinivasan, FCA US LLC; Sudhi Uppuluri, 

Computational Sciences Experts Group 

A sectoral approach to modelling wall heat 

transfer in exhaust ports and manifolds for 

TC-DI gasoline engines 

Organizers: 


John Rugh, National Renewable Energy 

Laboratory; Sudhi Uppuluri, Computational 

Sciences Experts Group 

Effects of the Glass and Body Heat Transfer 

Characteristics of an Electric Vehicle on its 

Energy Consumption and Cruising Distance 

Organizers: 

Richard T. Paul, Environmental Management 

Consultants; Nakia Simon, FCA US LLC 

Chairpersons: 

Nakia Simon, FCA US LLC; Richard T. Paul, 

Environmental Management Consultants 

New York State EV Charging Station 

Deployment 

(Oral Only) (2016-01-0202) (2016-01-0260) (Oral Only) 

Timothy Johnson, Corning Inc. 

Bjoern Franzke, Stefan Pischinger, RWTH 

Aachen University; Philipp Adomeit, 

Christof Schernus, Johannes Scharf, Tolga 

Uhlmann, FEV GmbH 

Yoshiichi Ozeki, Asahi Glass Co., Ltd.; 

Hideaki Nagano, Itsuhei Kohri, Tokyo City 

University 

Ziga Ivanic, Bryan Roy, Energetics 

Incorporated; Matthew Shirk, Idaho National 

Laboratory; Adam Ruder, NYSERDA 

The Fuel Consumption and NOx Emission 

Optimisation for Future Diesel Passenger 

Cars 

Development of a Momentum Source 

Model of Vehicle Turbocharger Turbine 

Design and Testing of a Thermal Storage 

System for Electric Vehicle Cabin Heating 


Taku Matsuda, Yuji Kobayashi, Itsuhei Kohri, 

Hideaki Nagano, Tokyo City University; 

ZongGuang Wang, Saneaki Akieda, 

Mitsubishi Motors Corporation 

An Experimental and Computational 

Investigation of Water Condensation Inside 

the Tubes of an Automotive Compact 

Charge Air Cooler 

Mingyu Wang, Edward Wolfe, Timothy 

Craig, Mahle Behr Troy Inc.; Tim J. Laclair, 

Omar Abdelaziz, Zhiming Gao, Oak Ridge 

National Laboratory 

MATLAB/Simulink modeling of parallel 

coolant loop architecture for modern 

Electric Vehicle Thermal Management 

Systems 


Nebojsa Milovanovic, Shant Hamalian, 

Mahle Powertrain Ltd. 

Real-Time Engine and Aftertreatment 

System Control Using Fast Response 

Particulate Filter Sensors 

Robin Y. Cash, Ford Motor Company; 

Edward Lumsdaine, Michigan Technological 

University; Apoorv Talekar, Wayne State 

University; Bashar AbdulNour, Ford Motor 

Company 

Gene Titov, Jason Lustbader, Daniel 

Leighton, National Renewable Energy 

Laboratory; Tibor Kiss, Thermal Sciences 

Consulting 

Thermal Storage Technology for Gas- 

Electric Hybrid Vehicles 

Techno-Economic Analysis of Solar Hybrid 

Vehicles Part 1: Analysis of Solar Hybrid 

Vehicle Potential Considering Well-to-Wheel 

GHG Emissions 

Kazutaka Kimura, Yuki Kudo, Akinori Sato, 


Techno-Economic Analysis of Solar Hybrid 

Vehicles Part 2: Comparative Analysis of 

Economic, Environmental, and Usability 

Benefits 

Takuya Hara, Takahiro Shiga, Toyota Central 

R&D Labs, Inc.; Kazutaka Kimura, Akinori 

Sato, Toyota Motor Corporation 

The Impact of Vehicle-Integrated 

Photovoltaics on Heavy-Duty Electric 

Vehicle Battery Cost and Lifespan 


Alexander Sappok, Paul Ragaller, Leslie 

Bromberg, CTS Corporation Boston 

Innovation Office; Vitaly Prikhodko, John 

Storey, James Parks, Oak Ridge National 

Laboratory 

Nihad Dukhan, Univ. of Detroit Mercy Francis Assadian, Kevin R. Mallon, Bo Fu, 

University of California - Davis 

Planned by Exhaust Aftertreatment and 

Emissions Committee / Powertrain Fuels 

and Lubricants Activity 

Planned by Thermal Management Activity / 




Planned by Sustainable Development 

Program Committee / Engineering Meetings 

Board 



TIME 




252 B 

Advances in Particulate Filter Substrates (Part 1 of 2) (PFL423) 

The presentations in this session cover both GPF and DPF filters. Presentations 

will cover the ash deposition for both types of filters and details will be provided on 

deposition of wall ash and also on plug channel ash. There is one paper using a radio 

frequency sensor for measuring the soot and ash loadings. Finally there are two papers 

investigating new cordierite designs for improved DPF particle collection efficiency and 

also ash loadings. 

11:00 a.m. - 12:00 p.m. 

Organizers: 

Kirby Baumgard, John Deere Power Systems; Thorsten Boger, Corning GmbH; Jong 

Lee, Aramco Research Center; Julian Tan, Ford Motor Company 



11:00 

a.m. 

11:30 

a.m. 

Next Generation Cordierite Thin Wall DPF for Improved Pressure Drop and Lifetime 

Pressure Drop Solution 

(2016-01-0940) 

Sam George, Achim Heibel, Corning Incorporated 

Design Concept for Intelligent Filter Substrate on Aftertreatment Application - 

Hexagonal-Based Channel Geometry and Performance 

(Oral Only) 

Andrzej Siemiski, Kentaro Iwasaki, Sumika Ceramics Poland Sp. z o.o; Tomoya Kuroda, 

Kazuo Sadaoka, Sumitomo Chemical Co. Ltd. 

Planned by Exhaust Aftertreatment and Emissions Committee / Powertrain Fuels and 

Lubricants Activity 

EMISSIONS/ENVIRONMENT 

Essential events for professionals involved in emissions and environment technologies. 

go.sae.org/emissions.events 

SAE 2016 On-Board Diagnostics 

Symposium – North America 


Indianapolis, Indiana, USA 

SAE 2016 Heavy-Duty Diesel 

Emissions Control Symposium 


Gothenburg, Sweden 

SAE 2016 Commercial Vehicle 

Engineering Congress 


Rosemont, Illinois, USA 

SAE 2016 Thermal Management 

Systems Symposium 


Mesa, Arizona, USA 

SAE 2016 International 

Powertrain, Fuels & Lubricants 

Meeting 


Baltimore, Maryland, USA 

SAE 2017 Light Duty Emissions 

Control Symposium 

January 23-24, 2017 

Washington, DC, USA 

SAE 2017 Government/Industry 

Meeting 

January 25-27, 2017 

Washington, DC, USA 

P160264 



TIME 






313 A 252 B 259 258 

Advances in Alternative Energy 

Sources for Sustainable 

Development in the 

Transportation Sector (Part 1 of 2) 

(SDP110) 

This session explores advances in the 

creation of sustainable energy sources 

and their usage in the transportation 

sector. Topics can include research 

and in-production technology used to 

produce renewable energy sources and 

materials. A discussion on lifecycle analysis 

of the energy sources is also highly 

recommended. The SDPC encourages 

usage of papers, presentations, and 

panels in this session to display leading 

edge technologies and practical tools for 

engineers. 

1:00 p.m. - 5:30 p.m. 

Advances in Particulate Filter 

Substrates (Part 2 of 2) (PFL423) 

The presentations in this session cover 

both GPF and DPF filters. Presentations 

will cover the ash deposition for both types 

of filters and details will be provided on 

deposition of wall ash and also on plug 

channel ash. There is one paper using a 

radio frequency sensor for measuring the 

soot and ash loadings. Finally there are 

two papers investigating new cordierite 

designs for improved DPF particle collection 

efficiency and also ash loadings. 

1:00 p.m. - 5:00 p.m. 

Climate Control (Part 1 of 3) 

(HX104) 

Climate control is a defining vehicle attribute 

and is associated with brand image. This 

session includes system strong design 

interaction with other vehicle systems, while 

its primary objective is to deliver thermal 

comfort and occupant safety with low 

energy consumption. Refrigerant circuit 

analysis and Condenser blockage analysis 

are recent advances. 

1:00 p.m. - 4:00 p.m. 

Energy Efficiency of Thermal 

Systems (HX103) 

Proper thermal management can 

significantly contribute to overall system 

energy efficiency. This session highlights 

the latest developments in thermal 

management energy efficiency. 

1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

Michael Jon Grichnik, Rahul Jhavar, 

Caterpillar Inc.; Navtej Singh, Navistar Inc. 

Chairpersons: 



Effectiveness and Issues of Automotive 

Electric Power Generating System Using 

Solar Modules 

Organizers: 

Kirby Baumgard, John Deere Power 

Systems; Thorsten Boger, Corning GmbH; 

Jong Lee, Aramco Research Center; Julian 

Tan, Ford Motor Company 

Analysis of High Mileage Gasoline Exhaust 

Particle Filters 

Organizers: 

Bashar AbdulNour, General Dynamics Land 

Systems; Jeffrey Bozeman, General Motors 

Co.; Tao Zhan, California Air Resources 

Board 

A New Control Mechanism for Two-Phase 

Ejector in Vapor Compression Cycles for 

Automotive Applications Using Adjustable 

Motive Nozzle Inlet Swirl 


Shinichi Urabe, Kazutaka Kimura, 

Yuki Kudo, Akinori Sato, Toyota Motor 

Corporation 

Development of a 1kW Exhaust Waste Heat 

Thermoelectric Generator 

Christine K. Lambert, Mira Bumbaroska, 

Douglas Dobson, Jon Hangas, James 

Pakko, Paul Tennison, Ford Motor Company 

Lubricant-Derived Ash Impact on Gasoline 

Particulate Filter Performance 

Jingwei Zhu, University of Illinois; Stefan 

Elbel, Creative Thermal Solutions Inc. 

Refrigerant-oil flow at the compressor 

discharge 


Lakshmikanth Meda, Martin Romzek, 

Eberspaecher North America Inc.; Yanliang 

Zhang, Boise State University; Martin Cleary 

Jiu Xu, Predrag Hrnjak, University of Illinois 

Single Cylinder GTL ENGINE: An 

Experimental Comparison between 

Traditional Diesel and GTL Diesel on Single 

Cylinder Engine 

Nicholas Custer, Carl Justin Kamp, 

Alexander Sappok, Massachusetts 

Institute of Technology; James Pakko, 

Christine Lambert, Ford Motor Company; 

Christoph Boerensen, Ford Research and 

Innovation Center Aachen; Victor Wong, 

Massachusetts Institute of Technology 

Evaluation of Accelerated Ash Loading 

Procedures for Diesel Particulate Filters 

Vortex Tube Heat Booster to Improve 

Performance of Heat Driven Cooling Cycles 

for Automotive Applications 


Muzammil Khan, Reza Tafreshi, Ahmad 

J. Mokahal, Mohamed Tarek Mohamed, 

Mohab Yasser Hanbal, Jayson Elturk, Texas 

A&M Univ. at Qatar 

Experimental and Modeling Study on 

Ignition Characteristics of 2, 5-Dihydrofuran 

Fabian Sonntag, IAV Automotive 

Engineering; Peter Eilts, Technical University 

of Braunschweig 

Particulate Filter Soot Load Measurements 

using Radio Frequency Sensors and 

Potential for Improved Filter Management 

Jingwei Zhu, University of Illinois; Stefan 

Elbel, Creative Thermal Solutions Inc. 

Visualization and analysis of periodic 

reverse flow in an automobile microchannel 

evaporator 


Xiangshan Fan, Xibin Wang, Kangkang 

Yang, Yaoting Li, Chuanzhou Wu, Ziqing Li, 

Xi’an Jiaotong University 

Huize Li, Predrag Hrnjak, University of Illinois 

Numerical Investigation of the Effect of 

Alcohol-Diesel Blending Fuels on the Spray- 

Wall Impingement Process 

Paul Ragaller, Alexander Sappok, CTS 

Corporation Boston Innovation Office; 

Leslie Bromberg, Massachusetts Institute of 

Technology; Natarajan Gunasekaran, Jason 

Warkins, Ryan Wilhelm, Corning Inc. 

Filter-based control of particulate matter 

from a lean gasoline direct injection engine 

The analysis of phase separation in vertical 

headers of microchannel HEs 

Organizers: 

Ronald Semel, Ford Motor Company; 

Gursaran D. Mathur, CalsonicKansei 

North America Inc.; Jeffrey Bozeman, 

General Motors Co.; Andrew Sutherland, 

BorgWarner Inc. 

Concept for Improving Cost Effectiveness of 

Thermoelectric Heat Recovery Systems 

Masayoshi Mori, Manabu Matsumoto, 

Makoto Ohtani, Honda R&D Co., Ltd. 

Real-World Thermal Effects on Wheel 

Assembly Efficiency of Conventional and 

Electric Vehicles 

Forrest Jehlik, Eric Rask, Michael Duoba, 

Argonne National Laboratory 

Influence of Advanced Technology for 

Thermal Management on SUV 

Gang Liu, Zheng Zhao, Hao Guan, Yaqi 

Liu, Chunhui Zhang, Dingwei Gao, Wuming 

Zhou, Great Wall Motor Co., Ltd.; Juergen 

Knauf, FEV GmbH 

Passengers vs. Battery: Calculation of 

Cooling Power Demand in PHEVs 

Sina Shojaei, WMG Centre Catapult 

Warwick University; Simon Robinson, 

Jaguar Land Rover; Andrew McGordon, 

James Marco, WMG Centre Catapult 

Warwick University 

Study of Energy Recovery System Based 

on Organic Rankine Cycle for Hydraulic 

Retarder 


Hanzhengnan Yu, Xingyu Liang, Ge-Qun 

Shu, Yuesen Wang, Hongsheng Zhang, 

Weijian Chen, State Key Lab. of Engines 

James E. Parks, John M. E. Storey, Vitaly Y. 

Prikhodko, Melanie M. Debusk, Samuel A. 

Lewis, Oak Ridge National Laboratory 

Jun Li, Predrag Hrnjak, University of Illinois Li Zhou, Gangfeng Tan, Xuexun Guo, Ming 

Chen, Kangping Ji, Zhilei Li, Zhongjie Yang, 

Wuhan University of Technology 




TIME 






313 A 252 B 259 258 



Development in the 

Transportation Sector (Part 1 of 2) 

(SDP110) 













engineers. 

1:00 p.m. - 5:30 p.m. 

Advances in Particulate Filter 

Substrates (Part 2 of 2) (PFL423) 

The presentations in this session cover 

both GPF and DPF filters. Presentations 

will cover the ash deposition for both types 

of filters and details will be provided on 

deposition of wall ash and also on plug 

channel ash. There is one paper using a 

radio frequency sensor for measuring the 

soot and ash loadings. Finally there are 

two papers investigating new cordierite 

designs for improved DPF particle collection 

efficiency and also ash loadings. 

1:00 p.m. - 5:00 p.m. 


(HX104) 


and is associated with brand image. This 

session includes system strong design 




energy consumption. Refrigerant circuit 

analysis and Condenser blockage analysis 

are recent advances. 

1:00 p.m. - 4:00 p.m. 

Energy Efficiency of Thermal 

Systems (HX103) 

Proper thermal management can 

significantly contribute to overall system 

energy efficiency. This session highlights 

the latest developments in thermal 

management energy efficiency. 

1:00 p.m. - 4:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 

Organizers: 



Chairpersons: 



Impacts of Biodiesel Blends on Fuel Filters 

of High Pressure Common Rail (HPCR) 

System 

Organizers: 

Kirby Baumgard, John Deere Power 

Systems; Thorsten Boger, Corning GmbH; 

Jong Lee, Aramco Research Center; Julian 

Tan, Ford Motor Company 

Mid-Channel Lubricant-Derived Ash 

Deposits in Diesel Particulate Filters: Field 

Observations to Formation Mechanisms 

Organizers: 




Board 

Experimental Investigation with R1234yf 

Condenser Airflow Blockages of Nonhotspot 

and Hotspot Objects to Impact on 

AC System Performance 


Ta-Wei Tang, Yong-Yuan Ku, Chun Lin 

Chen, Automotive Research & Testing 

Center 

Yinhua Zheng, Hanon Systems USA, LLC. 

Combined Effect of Oxygen Enrichment and 

Emulsification Techniques on Performance, 

Emission and Combustion of a WCO Based 

CI Engine 

Carl Justin Kamp, Alexander Sappok, 

Massachusetts Institute of Technology; 

Yujun Wang, Rypos Inc; Victor Wong, 


Analysis of TWC coated prototype Gasoline 

Particulate Filter (GPF) TWC washcoat 

level and soot/ash loading impacts on 

filtration and gaseous emissions conversion 


Senthilkumar Masimalai, Sasikumar 

Nandagopal, MIT, Anna University 

Experimental Investigations on Combustion, 

Performance, and Emission Characteristics 

of Biodiesel Produced from Fatty Leather 

Wastes in a Compression Ignition Engine 


Ganesh Duraisamy, Nagarajan Govindan, 

Anna University; P. Shanmugam, Central 

Leather Research Institute 

Investigation of Long Term Fuel Storage 

Influence on Taiwan Diesel Fuel (Containing 

2% FAME) 

(2016-01-1279) 

Ko Wei Lin, Ya Lun Chen, Yong-Yuan Ku, 

Ta-Wei Tang, Automotive Research & 

Testing Center 



Board 

Seungmok Choi, HeeJe Seong, Argonne 

National Laboratory; Jimmie Williams, 

Corning Incorporated; Jung-Min Seo, 

Chibum In, Hyundai Motor Company 

Methodology to Determine the Effective 

Volume of Gasoline Particulate Filter 

Technology on Criteria Emissions 

Anoop Reghunathan Nair, Brett Schubring, 

Kiran Premchand, Andrew Brocker, Peter 

Croswell, Craig DiMaggio, Homayoun Ahari, 

Jeffrey Wuttke, Michael Zammit, Michael 

Andrew Smith, FCA US LLC 






Organizers: 

Ronald Semel, Ford Motor Company; 

Gursaran D. Mathur, CalsonicKansei 

North America Inc.; Jeffrey Bozeman, 

General Motors Co.; Andrew Sutherland, 

BorgWarner Inc. 

The performance of Ranking Cycle as 

waste heat recovery system for a nature gas 

engine at variable working conditions 

Ge-Qun Shu, Xuan Wang, Hua Tian, State 

Key Lab of Engines 

Waste Heat Recovery by an Organic 

Rankine Cycle for Heavy Duty Vehicles 

Roberto Cipollone, Davide Di Battista, 

University of L’Aquila; Andrea Perosino, 

Federica Bettoja, CRF SCpA 





TIME 




252 A 360 

Exhaust Emission Control System 

Integration And Durability (PFL421) 

This session deals with system level technology 

assessments and demonstrations, with a focus 

on durability of emission control systems. 

Papers in this session include strategies for low 

temperature emissions reduction, real-world 

system performance and durability, impact of in-use 

poisons, and OBD/controls integration. 

1:00 p.m. - 5:00 p.m. 



Exhaust Emissions Control - New 

Developments (Part 2 of 2) (PFL410) 

This session covers technology developments 

and the integration of these technologies into 

new emission control systems. Topics include 

the integration of various diesel particulate matter 

(PM) and diesel Nitrogen Oxide (NOx) reduction 

technologies plus analogous technologies for the 

growing population of direct injection gasoline 

engines. Novel developments in sensors and 

control systems are also included. 

1:00 p.m. - 4:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 

Eric Corrigan, Corning Inc.; Cary Henry, Southwest 

Research Institute; Pradeep Prasad, Aleksey 

Yezerets, Cummins Inc. 

Impact of carbonaceous compounds present in 

real-world diesel exhaust on NOx conversion over 

Vanadia-SCR catalyst 


Ashok Kumar, Kristopher Ingram, Deepesh Goyal, 

Krishna Kamasamudram, Cummins Inc. 

Compact, Combined DOC/PM-SCR metal based 

Exhaust Aftertreatment System for a Hybrid 

Tugboat Application 


Martin Schneider, Bernd Danckert, DIF Die 

Ideenfabrik GmbH 

A Study of After-treatment System for Heavy Duty 

Trucks at Low Temperature Conditions 


Shun Nakagawa, Ichiro Tsumagari, Shinya Sato, 

Koichi Machida, Hino Motors Ltd. 

Organizers: 

Homayoun Ahari, FCA US LLC; Kenneth S. Price, 

Umicore Autocat USA Inc.; Ron Silver, Caterpillar 

Inc.; Roger A. Van Sickle, FEV NA Inc. 

Passive NO 2 

Regeneration and NOx Conversion for 

DPF with an Integrated Vanadium SCR Catalyst 

Keld Johansen, Anders Widd, Haldor Topsoe A/S; 

Frank Zuther, Hannes Viecenz, MAN Truck and 

Bus AG 

Simultaneous Reduction of HC, NO x 

and PM by 

Using Active Regeneration Technique 

MohanKumar Subramaniam, Senthilkumar 

Pachamuthu, Jayanth Arulanandan, Jenoris 

Muthiya, Anna University 

Surface conductivity measurement of catalyst 

materials by EUPS and its correlation to catalyst 

performance 

Makoto Nagata, Takashi Yamada, Ryuji Ando, Insu 

Kim, NE Chemcat Corp.; Toshihisa Tomie, AIST 

Low Cost LEV-III, Tier-III Emission Solutions with Benchtop Scale Testing of Aerogel Catalysts 

Particulate Control using Advanced Catalysts and 

Substrates 


Angus Craig, Jason Warkins, Krishna Aravelli, 

Corning Inc.; David Moser, Lucy Yang, Douglas 

Ball, Umicore Autocat USA Inc.; Tinghong Tao, 

Corning Inc.; Deven Ross, Umicore Autocat USA 

Inc 

A Simulation Study of Electrically Heating Diesel 

Exhaust 


David Culbertson, Watlow; Magdi Khair, Magdiesel 

Technologies; James Pradun, Watlow; Henning 

Gero Petry, Anne Ungermann, FEV GmbH 

Performance and durability of Pt- and PtPd-DOC 

in diesel DPF applications with active regeneration 


Teuvo Maunula, Dinex Ecocat Oy; Thomas Wolff, 

Dinex GmbH; Auli Savimäki, Dinex Ecocat Oy 

Investigation into Ash from Field Returned DPF 

Units: Composition, Distribution, Cleaning Ability 

and DPF Performance Recovery 

(2016-01-0928) 

Sujay Bagi, Nishant Singh, Rob Andrew, PACCAR 

Inc. 

Four Season Field Aging for SCR on DPF (SDPF) 

on a Light Heavy Duty Application 

(2016-01-0929) 

Devin Aryan, Kenneth Price, Thomas Pauly, 

Umicore Autocat USA Inc. 

Planned by Exhaust Aftertreatment and Emissions 

Committee / Powertrain Fuels and Lubricants 

Activity 

Bradford A. Bruno, Ann M. Anderson, Mary Carroll, 

Thomas Swanton, Paul Brockmann, Timothy 

Palace, Isaac A. Ramphal, Union College 

Conversion of Short-chain Alkanes by Vanadiumbased 

and Cu/zeolite SCR Catalysts 

Nathan Ottinger, Rebecca Veele, Yuanzhou Xi, Z. 

Gerald Liu, Cummins Emission Solutions 

NOx and PM Reduction from Diesel Exhaust Using 

Vanadia SCRF® 

Yaritza M. López - De Jesús, Peter I. Chigada, 

Timothy C. Watling, Kaneshalingam Arulraj, Anna 

Thorén, Neil Greenham, Penelope Markatou, 

Johnson Matthey PLC 


Committee / Powertrain Fuels and Lubricants 

Activity 



TIME 






313 A 252 B 360 258 



Development in the Transportation 

Sector (Part 2 of 2) (SDP110) 













engineers. 

8:00 a.m. - 11:00 a.m. 

Advances in Catalyst Substrates 

(PFL422) 

Papers in this session cover the systems 

engineering experience required to achieve 

ultra-low emission levels on gasoline 

light-duty vehicles. Emission system 

component topics for this session include 

the development of advanced threeway 

catalysts, the development of NOX 

control strategies for gasoline lean burn 

engines, the application of high cell density 

substrates to advanced emission systems, 

and the integration of these components 

into full vehicle emission systems. 

8:00 a.m. - 11:00 a.m. 

Advances in Nox Reduction 

Technology (Part 1 of 2) (PFL424) 

These sessions will focus on Advances in 

NOx Reduction Technology. The topics 

covered will include: new materials for Lean 

NOx Traps (LNT) and Selective Catalytic 

Reduction (SCR); system integration 

and durability; advances in NOx catalyst 

substrates, novel reductants and mixing 

designs. 

8:00 a.m. - 11:00 a.m. 


(HX104) 

Climate control is a defining vehicle 

attribute and is associated with brand 

image. Thermal performance and quality of 

climate control are both critical to customer 

satisfaction. The system has strong design 




energy consumption. Energy reduction 

and Defogging are just a few of the recent 

advances. 

8:00 a.m. - 11:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 



Chairpersons: 



Performance and Emission Characteristics 

of CI Engine Operated on Madhuca Indica 

biodiesel using Multi-Objective Optimization 

by Applying Taguchi Grey Relational 

Analysis 

Organizers: 

Douglas Ball, Umicore Autocat USA 

Inc.; Rasto Brezny, Manufacturers of 

Emission Controls Assoc.; Ronald Heck, 

RMH Consulting; Joseph E. Kubsh, 

Manufacturers of Emission Controls Assoc. 

Chairpersons: 

Rasto Brezny, Joseph Kubsh, 

Manufacturers of Emission Controls Assoc 

New Evaluation Method for Thermal Shock 

Resistance of Honeycomb Substrates 

Organizers: 

Brad Adelman, Navistar Inc.; Danan Dou, 

John Deere Product Engineering Center; 

Magdi K. Khair; Rahul Mital, General Motors 

LLC; Shyam Santhanam, Navistar Inc. 

Current and Future Trends of Diesel 

Technology 


Shubhangi S. Nigade, KJs Trinity College of 

Engg and Research 

Experimental Analysis of Retarding the 

Spark Timing in a Hydrogen Enriched 

Gasoline and Alcohol Blend Powered Spark 

Ignition Engine 

Akifumi Kawakami, Yuki Fukumi, Masaaki 

Ito, NGK Insulators Ltd.; Shingo Sokawa, 

NGK Insulator Ltd.; Satoshi Sakashita, 

NGK Insulators Ltd.; Mychal Taylor, NGK 

Automotive Ceramics USA, Inc.; Mitsuhiro 

Ito, Masataka Yamashita, Hirofumi 

Sakamoto, Hiroshi Kurachi, NGK Insulators 

Ltd. 

Transient Responses of Various Ammonia 

Formation Catalyst Configurations for 

Passive SCR in Lean-Burning Gasoline 

Engines under Various Real Engine 

Conditions. 

Andreas Schaffrath, Andreas Sambel, 

Robert Bosch LLC 

Ruthenium-Based Catalyst in EGR Leg 

of a D-EGR Engine Offers Combustion 

Improvements Through Selective NO X 

Removal 


Monis Alam, Ashish Jaiswal, Jatin Agarwal, 

Ketan Yadav, Naveen Kumar, Delhi 


Optimisation of Expansion Ratio of an 

Advanced Compressed Air Engine Kit 

Gerben Doornbos, Stina Hemdal, Chalmers 

Univ. of Technology; Daniel Dahl, Volvo Car 

Corporation; Ingemar Denbratt, Chalmers 

Univ. of Technology 

Ammonia Generation and Utilization in a 

Passive SCR (TWC+SCR) System on Lean 

Gasoline Engine 

Gordon J. Bartley, Southwest Research 

Institute; Zachary Tonzetich, Ryan Hartley, 

UTSA 

Influence of HCCI and SACI Combustion 

Modes on NH 3 

Generation and Subsequent 

Storage across a TWC-SCR System 


Akshay Kumar; Ashraya Gupta; Ketan 

Kamra, Delhi Technological University 

Comparative Study of Emissions and 

Performance of Hythane Boosted SI Engine 

Powered by Gasoline-Methanol Blend and 

Gasoline-Ethanol Blend 

Vitaly Y. Prikhodko, James E. Parks, Josh 

A. Pihl, Todd J. Toops, Oak Ridge National 

Laboratory 

Development of Non-Copper Spinel Mixed 

Metal Oxides for Zero-Precious Metal and 

Ultra-Low Precious Metal Next-Generation 

TWC 

Jordan Elizabeth Easter, Stanislav V. Bohac, 

University of Michigan 

Impact of Rh Oxidation State on NOx 

Reduction Performance of a Multi- 

Component Commercial Lean NOx Trap 

(LNT) Catalyst 


Jatin Agarwal, Monis Alam, Ashish Jaiswal, 

Ketan Yadav, Naveen Kumar, Delhi 


Some Experimental Studies on Use of 

Biodiesel as an Extender in SI Engine 

Steve Golden, Zahra Nazarpoor, Maxime 

Launois, Ru-Fen Liu, Pardha Maram, CDTi 

Development of Low Temperature Active 

Material for Three Way Catalyst 

Junhui Li, Neal Currier, Aleksey Yezerets, 

Cummins Inc.; Hai-Ying Chen, Howard 

Hess, Shadab Mulla, Johnson Matthey Inc. 

Rapidly Pulsed Reductants in Diesel NOx 

Reduction by Lean NOx Traps: Effects of 

Mixing Uniformity and Reductant Type 


Naveen Kumar, Delhi Technological 

University; Harveer Singh Pali, NIET Gr. 

Noida & CASRAE, DTU 

Masanori Hashimoto, Yoshiyuki Nakanishi, 

Hiroshi Koyama, Syouji Inose, Hiroki 

Takeori, Takayuki Watanabe, Takeshi 

Narishige, Tatsuya Okayama, Yukio Suehiro, 

Honda R&D Co. Ltd. 

Amin Reihani, Benjamin Corson, John 

W. Hoard, Galen B. Fisher, University of 

Michigan; Evgeny Smirnov, Dirk Roemer, 

Joseph Theis, Christine Lambert, Ford 

Motor Company 

Organizers: 




Board 

Climate Control Load Reduction Strategies 

for Electric Drive Vehicles in Cold Weather 

Matthew A. Jeffers, Larry Chaney, John 

P. Rugh, National Renewable Energy 

Laboratory 

Thermal Storage System for Electric Vehicle 

Cabin Heating Component and System 

Analysis 

Tim J. LaClair, Zhiming Gao, Omar 

Abdelaziz, Oak Ridge National Laboratory; 

Mingyu Wang, Edward Wolfe, Timothy 

Craig, MAHLE Behr Troy Inc. 

Experimental Study of an Air Conditioning- 

Heat Pump System for Electric Vehicles 

Lili Feng, Predrag Hrnjak, University of 

Illinois 

Experimental Study of an Air Conditioning- 

Heat Pump System for Electric Vehicles 

Lili Feng, Predrag Hrnjak, University of 

Illinois 

Long-Haul Truck Sleeper Heating Load 

Reduction Package for Rest Period Idling 

Jason Aaron Lustbader, Bidzina Kekelia, 

Jeff Tomerlin, Cory J. Kreutzer, National 

Renewable Energy Laboratory; Skip Yeakel, 

Steven Adelman, Volvo Group North 

America; Zhiming Luo, John Zehme, Aearo 

Technologies LLC 




TIME 






313 A 252 B 360 258 



Development in the Transportation 

Sector (Part 2 of 2) (SDP110) 













engineers. 

8:00 a.m. - 11:00 a.m. 

Advances in Catalyst Substrates 

(PFL422) 

Papers in this session cover the systems 

engineering experience required to achieve 

ultra-low emission levels on gasoline 

light-duty vehicles. Emission system 

component topics for this session include 

the development of advanced threeway 

catalysts, the development of NOX 

control strategies for gasoline lean burn 

engines, the application of high cell density 

substrates to advanced emission systems, 

and the integration of these components 

into full vehicle emission systems. 

8:00 a.m. - 11:00 a.m. 










designs. 

8:00 a.m. - 11:00 a.m. 


(HX104) 

Climate control is a defining vehicle 

attribute and is associated with brand 

image. Thermal performance and quality of 

climate control are both critical to customer 

satisfaction. The system has strong design 




energy consumption. Energy reduction 

and Defogging are just a few of the recent 

advances. 

8:00 a.m. - 11:00 a.m. 

10:30 

a.m. 

Organizers: 



Chairpersons: 



An experimental analysis of biodiesel 

production from mixture of Neem 

(Azadirachta indica) oil and Sesame 

(Sesamum indicum L.) oil and its 

performance and emission testing on a 

diesel engine 

Organizers: 

Douglas Ball, Umicore Autocat USA 

Inc.; Rasto Brezny, Manufacturers of 

Emission Controls Assoc.; Ronald Heck, 

RMH Consulting; Joseph E. Kubsh, 

Manufacturers of Emission Controls Assoc. 

Chairpersons: 

Rasto Brezny, Joseph Kubsh, 

Manufacturers of Emission Controls Assoc 

Platinum group metals alternative 

technology of automobile exhaust 

purification catalyst 

Organizers: 





Adapting Design for Six Sigma (DFSS) 

Methodology for Diesel Lean NOx Trap 

(LNT) Catalyst Screening 


Tarun Mehra, Naveen Kumar, Salman 

Javed, Ashish Jaiswal, Farhan javed, Delhi 




Board 

Yasunari Hanaki, Misaki Fujimoto, Junji Itou, 

Nissan Motor Co.,Ltd. 




Homayoun Ahari, Michael Smith, Michael 

Zammit, FCA US LLC; Brad Walker, ASI 

Consulting LLC 




Organizers: 




Board 

Analysis of Defogging Pattern on Windshield 

and Ventilation Load Reduction based on 

Humidity Distribution Control 

Hideaki Nagano, Kenji Tomita, Yasuhiro 

Tanoue, Yuji Kobayashi, Itsuhei Kohri, 

Tokyo City University; Shinsuke Kato, IIS, 

University of Tokyo 





TIME 




252 A 259 

Particle Emissions from Combustion 

Sources (Part 1 of 2) (PFL450) 

This session deals with particle emissions from 

combustion engines, including measurement and 

testing methods, and the effects of changes in 

fuel composition. Topics include the environmental 

and health effects of elemental carbon and organic 

carbon that constitutes solid cored particles plus 

the environmental and health effects of secondary 

organic aerosol emissions. This includes particulate 

emissions from both gasoline and diesel engines. 

8:00 a.m. - 11:30 a.m. 





The Thermal Systems Modeling and Simulation 

session focusses on state of the art simulation 

technologies for modeling thermal systems and their 

application in the development and optimization of 

vehicle thermal management and fuel economy. The 

papers in the session will range from empirical, 1D 

modeling methods to three dimensional CFD models 

as well as coupled methods. 

8:00 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Imad A. Khalek, Southwest Research Institute; 

Amanda Lea-Langton, Univ. of Leeds; Matti Maricq, 

Ford Motor Company; Andrea Strzelec, Texas A&M 

University 

Combustion and Emission Characteristics of a Heavy 

Duty Engine Fueled with Two Ternary Blends of 

N-heptane/Iso-octane and Toluene or Benzaldehyde 


Shuli Wang, Xinda Zhu, L.M.T. Somers, L.P.H. de 

Goey, Eindhoven University of Technology 

Effects of Spray Droplet Size and Velocity 

Distributions on Emissions from a Single Cylinder 

Biofuel Engine 


Chetankumar Patel, Nikhil Sharma, Nachiketa 

Tiwari, Avinash Kumar Agarwal, Indian Institute of 

Technology Kanpur 

Optimized On-board PM Analyzer Consisting of 

Real-time Diffusion Charger Sensor and Particulate 

Sampler 


Yoshinori Otsuki, Kenji Takeda, Hiroshi Nakamura, 

Horiba Ltd. 

Particulate Emissions in GDI Vehicle Transients: 

An Examination of FTP, HWFET, and US06 

Measurements 


Justin Koczak, Andre Boehman, University of 

Michigan; Matthew Brusstar, US Environmental 

Protection Agency 

Volatility Characterization of Nanoparticles from Diesel 

Low Temperature Combustion Modes 


William F. Northrop, Glenn Lucachick, Univ 

of Minnesota-Twin Cities; Scott Curran, Vitaly 

Prikhodko, John Storey, Oak Ridge National 

Laboratory 

Very Low PM Mass Measurements: Results from the 

CRC E-99 project 


Jian Xue, University of California, Riverside; Heejung 

Jung, Univ. of California-Riverside; Kent Johnson, 

Univ of California-Riverside; Jacob Swanson, 

Minnesota State University, Mankato; David Kittelson, 

Univ of Minnesota-Twin Cities; Thomas Durbin, Univ 

of California-Riverside 

Physio-Chemical Characterization of Particulate 

Matter from a Reactivity Controlled Compression- 

Ignition Combustion on a Multi-Cylinder Light-Duty 

Engine 


John M. Storey, Scott Curran, Adam Dempsey, 

Samuel Lewis, James Parks, Vitaly Prikhodko, Oak 



Committee / Powertrain Fuels and Lubricants Activity 

Organizers: 

Ales Alajbegovic, Exa Corporation; Alaa El-Sharkawy, 

FCA US LLC; Wilko Jansen, Jaguar & Land Rover; 

Jason Aaron Lustbader, National Renewable Energy 

Laboratory; Gursaran D. Mathur, CalsonicKansei 

North America Inc.; Kumar Srinivasan, FCA US LLC; 

Sudhi Uppuluri, Computational Sciences Experts 

Group 

Modelling of Car Cabin Thermal Behaviour during 

Cool Down, Using an Advanced CFD/Thermal 

Approach 

Andrea Alessandro Piovano, Laura Maria Lorefice, 

Giuseppe Scantamburlo, FCA Italy S.p.A. 

Validation of a CFD Model to Predict R-1234yf 

Concentrations in a Vehicle Cabin Compartment 

Roberto Monforte, Fabrizio Mattiello, Andrea 

Perosino, CRF S.C.p.A.; Fabrizio Porta, FCA Italy 

S.p.A.; Susanna Paz, Pablo Lopez del Rincón, 

Applus IDIADA Spain 

Design and Development of Demisting Device of 

a Commercial Vehicle and its Numerical as well as 

Experimental Validation 

Somnath Sen, Mayur Selokar, Diwakar Nisad, Kamal 

Kishore, Subros Limited 

Numerical Investigation of Geometry Effects on Flow, 

Heat Transfer and Defrosting Characteristics of a 

Simplified Automobile Windshield with a Single Row 

of Impinging Jets 

Xuzhi Du, Zhigang Yang, Hua Zhou, Qiliang Li, 

Zheyan Jin, Tongji University 

Scaling Model of Heat Exchangers in Automotive Air 

Conditioning Systems 

Kaushal Kumar Jha, Imran Shaik, Mahindra & 

Mahindra Ltd. 

Automotive LED Headlamp Defogging: Experimental 

and Numerical Investigation 

Ramanand Singh, Remesh Kuzhikkali, Nitesh Shet, 

Sekarapandian Natarajan, SABIC Tech Center; 

Govind Kizhedath, SABIC; Murugan Arumugam, 

SABIC Tech Center 

Thermal design & analysis of Spacecraft for lunar 

descent and surface operations. 

Paras Kaushal, Satishchandra C. Wani, Axiom 

Research Labs Private Limited 

Planned by Thermal Management Activity / EMB 




TIME 






360 258 252 B 313 A 










designs. 

1:00 p.m. - 4:00 p.m. 


(HX104) 


and is associated with brand image. 

Thermal performance is critical to customer 

satisfaction. The primary objective is to 

deliver occupant safety and thermal comfort 

at minimum energy consumption, yet the 

system has strong design interaction with 

other vehicle systems. Noise, Air Quality, 

and Energy ace are just a few of the recent 

advances. 

1:00 p.m. - 3:30 p.m. 

Emissions Measurement and 

Testing (Part 1 of 2) (PFL440) 

Sub-sessions cover emissions measuring 

techniques and testing regimes. This 

includes new analysis techniques and the 

novel application of existing techniques, 

the comparison of existing and proposed 

testing regimes with real world experience, 

including modeling. 

1:00 p.m. - 4:30 p.m. 

LCA, Sustainability and End-of- 

Life (SDP113) 

This session reviews life cycle assessments 

on materials, technologies, and 

processes, as well as vehicle end-oflife 

issues including, parts reuse, parts 

remanufacturing, parts/materials recycling 

and the technologies and processes 

associated with these activities. Other 

topics included in this session are updates 

on the development of life cycle analysis 

databases for use by the national and 

international community. 

1:00 p.m. - 3:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 





Robust SCR Design Against Environmental 

Impacts 

Organizers: 




Board 

Experimental Investigation to Determine 

Influence of Build-up of Cabin Carbon 

Dioxide Concentrations for Occupants 

Fatigue 

Organizers: 

Mike Braisher, Jaguar & Land Rover; 

Praveen Chavannavar, NGK Automotive 

Ceramics USA Inc.; Scott Allen Drennan, 

Convergent Science Inc.; Allen B. Duncan, 

University Of Toledo; Leslie Hill, Horiba, Ltd.; 

Mahmoud K. Yassine, FCA US LLC 

Recovery of Tail Pipe Species 

Concentrations Signals and Its Effect On 

Emissions Calculations from Raw Exhaust 

Gas Streams During Chassis Dynamometer 

Tests 


Jason Jacques, Thomas Pauly, Umicore 

Autocat USA Inc.; Michael Zammit, Homayoun 

Ahari, Michael Smith, FCA US LLC 

Impact of Thermal and Chemical Ageing of 

Fe-BEA SCR Catalyst on NOx Conversion 

Performance 

Gursaran D. Mathur, CalsonicKansei North 

America Inc. 

Numerical Simulation and Validation 

of Cabin Aiming and Cool-Down of a 

Passenger Car 

Venkatraman Mahadevan, Suresh Iyer, 

David Klinikowski, Larson Transportation 

Institute 

Investigation of Urea Derived Deposits 

Composition in SCR Systems and Their 

Potential Effect on Overall PM Emissions 


Jonas Jansson, Soran Shwan, Volvo Group 

Trucks Technology; Magnus Skoglundh, 


Development of Emission Control Systems 

to Enable High NOx Conversion with Low 

N2O on Heavy Duty Diesel Engines 

Somnath Sen, Mayur Selokar, Subros 

Limited 

A Novel Approach to Predict HVAC Noise 

Using 1D Simulation 

Scott Eakle, Svitlana Kroll, Alice Yau, John 

Gomez, Cary Henry, Southwest Research 

Institute 

NH3 measurements for advanced SCR 

applications 

Organizers: 

Katie Soulliere; Susan Sawyer-Beaulieu, 

Univ. of Windsor 

Chairpersons: 



Critical Factors in the Development of Well- 

To-Wheel Analyses of Alternative Fuel and 

Advanced Powertrain Heavy-Duty Vehicles 

Andrew Burnham, Hao Cai, Michael Wang, 


Well-to-wheel comparison of multi-mode 

advanced combustion strategies and other 

advanced light duty vehicle technologies 

Scott Curran, Oak Ridge National 

Laboratory 

Reducing Greenhouse Gas Emissions 

by Electric Vehicles in China: the Cost- 

Effectiveness Analysis 


Mojghan Naseri, Johnson Matthey Inc. Balashunmuganathan Vasanth, Kumar 

Sathish, FCA Engineering India Pvt Ltd; 

Murali Govindarajalu, FCA US LLC; Mohsin 

Khan, FCA Engineering India Pvt Ltd 

Xander Seykens, Erik van den Tillaart, 

TNO; Velizara Lilova, Horiba Europe GmbH; 

Shigeru Nakatani, Horiba Ltd. 

Xiang Cheng, Han Hao, Zongwei Liu, 

Fuquan Zhao, Tsinghua Univ. 

An Approach to Controlling N2O Emission 

on HDD On-Road Applications 

Reduction of Energy Used for Vehicle 

Interior Climate 

Laboratory Testing of a Continuous 

Emissions Monitor for Trace Level Sulfur 

Dioxide 


Davion O. Clark, Thomas Pauly, Umicore 

Autocat USA Inc. 

High-Porosity Cordierite Honeycomb 

Substrate Design Parameter Study in 

Combination with Vanadia SCR 

Filip Nielsen, Åsa Uddheim, Volvo Car 

Corporation; Jan-Olof Dalenbäck, Chalmers 

Univ of Technology 

Assessment of the Effect of Cabin Leakage 

on Thermal Comfort and Fuel Efficiency of 

an SUV 


Ryuji Kai, Tsuyoshi Asako, Tetsuo 

Toyoshima, Claus Vogt, NGK Automotive 

Ceramics USA Inc.; Shogo Hirose, Shiori 

Nakao, NGK Insulators Ltd. 

N2O Formation and Mitigation for an 

Advanced Heavy Duty Diesel Engine using 

the different SCR System Formulations and 

Gas Compositions 

Kaushal Kumar Jha, Sarveshwar Reddy 

Mulamalla, Anil Anugu, Mahindra & 

Mahindra Ltd 


Brad Adelman, Navtej Singh, Darren 

Gosbee, Navistar Inc.; Arvind Harinath, 

Cummins Emission Solutions; Changsheng 

Su, Stephen M. Holl, Cummins Inc. 

John Pisano, Thomas D. Durbin, Kurt 

Bumiller, University of California; Gervase 

Mackay, Alak Chanda, Keith Mackay, 

Unisearch Associates Inc.; Winston Potts, 

John Collins, California Air Resources Board 

Investigation of Crystalline Powder 

Precipitates Observed in Engine Exhaust 

Emission Measurement Systems and NOx 

Exhaust Gas Analyzers. 

Robert Zummer, Tim Nevius, Scott Porter, 

Horiba Instruments Inc. 

Comparison of Hydrocarbon Measurement 

with FTIR and FID in a Dual Fuel Locomotive 

Engine 

Nolan Wright, Dustin Osborne, Southwest 

Research Institute; Nathan Music, General 

Electric Transportation 

In-Service EV Battery Life Extension 

Through Feasible Remanufacturing 

J. Groenewald, WMG, University of 

Warwick; James Marco, Warwick University; 

Nicholas Higgins; Anup Barai, WMG 

Innovative Solutions 




TIME 






360 258 252 B 313 A 










designs. 

1:00 p.m. - 4:00 p.m. 


(HX104) 


and is associated with brand image. 

Thermal performance is critical to customer 

satisfaction. The primary objective is to 

deliver occupant safety and thermal comfort 

at minimum energy consumption, yet the 

system has strong design interaction with 

other vehicle systems. Noise, Air Quality, 

and Energy ace are just a few of the recent 

advances. 

1:00 p.m. - 3:30 p.m. 










1:00 p.m. - 4:30 p.m. 

LCA, Sustainability and End-of- 

Life (SDP113) 

This session reviews life cycle assessments 

on materials, technologies, and 

processes, as well as vehicle end-oflife 

issues including, parts reuse, parts 

remanufacturing, parts/materials recycling 

and the technologies and processes 

associated with these activities. Other 

topics included in this session are updates 

on the development of life cycle analysis 

databases for use by the national and 

international community. 

1:00 p.m. - 3:00 p.m. 

4:00 

p.m. 

Organizers: 








Organizers: 




Board 



Organizers: 







Sensitivity Analysis of Full Scale Catalyst 

Response under Dynamic TestingConditions 

A Method to Develop Further Understanding 

of Catalytic ConverterBehavior Pt.1 

(2016-01-0979) 

Jonathan David Stewart, Rose Mary Stalker, 

Richard O’Shaughnessy, Roy Douglas, 

Andrew Woods, Catagen Limited 




Organizers: 



Chairpersons: 





Board 

SAE 2016 World Congress 81 

ShanghaiOffice-WorldCongress Advertisement2.indd 1 2016/3/28 18:01:04


TIME 

Particle Emissions from Combustion 

Sources (Part 2 of 2) (PFL450) 






252 A 259 360 

This session deals with particle emissions from 

combustion engines, including measurement and 

testing methods, and the effects of changes in 

fuel composition. Topics include the environmental 

and health effects of elemental carbon and organic 

carbon that constitutes solid cored particles plus the 

environmental and health effects of secondary organic 

aerosol emissions. This includes particulate emissions 

from both gasoline and diesel engines. 

1:00 p.m. - 4:00 p.m. 

Thermal Systems Modeling and Simulation 

(Part 3 of 5) (HX102) 

The Thermal Systems Modeling and Simulation session 

focusses on state of the art simulation technologies 

for modeling thermal systems and their application in 

the development and optimization of vehicle thermal 

management and fuel economy. The papers in 

the session will range from empirical, 1D modeling 

methods to three dimensional CFD models as well as 

coupled methods. 

1:00 p.m. - 4:00 p.m. 

Technical Expert Panel Discussion: What 

Will Be the Impact of PEMS Testing on 

Future Vehicle Emissions Regulations, 

Market, and Technology? 

Portable emissions measurement systems (PEMS) 

testing is a valuable tool for another level of emissions 

certification and compliance. For several years PEMS 

testing of light duty diesel (LDD) vehicles has shown, on 

occasion, large differences between certification testing 

and on-road PEMS testing. This panel will discuss the 

impact of PEMS testing by governmental and other 

groups on future emissions regulations (e.g., RDE, NTE), 

powertrain technology, and the vehicle market. 

4:00 p.m. - 5:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

Organizers: 

Imad A. Khalek, Southwest Research Institute; 

Amanda Lea-Langton, Univ. of Leeds; Matti Maricq, 

Ford Motor Company; Andrea Strzelec, Texas A&M 

University 

Effects of Lube Oil Sulfur and Ash on Size, Morphology 

and Element Composition of Diesel Particles 


Yuesen Wang, Xingyu Liang, Ge-Qun Shu, State 

Key Laboratory of Engines; lihui Dong, Civil Aviation 

University of China; Hanzhengnan Yu, Yajun Wang, 

Zhijun Li, State Key Laboratory of Engines 

Spray Behaviour and Particulate Matter Emissions with 

M15 in a GDI Engine 

Organizers: 

Ales Alajbegovic, Exa Corporation; Alaa El-Sharkawy, 

FCA US LLC; Wilko Jansen, Jaguar & Land Rover; 

Jason Aaron Lustbader, National Renewable Energy 

Laboratory; Gursaran D. Mathur, CalsonicKansei North 

America Inc.; Kumar Srinivasan, FCA US LLC; Sudhi 

Uppuluri, Computational Sciences Experts Group 

Simultaneous Improvement of Vehicle Under-Hood 

Airflow and Cooling Drag Using 3D CFD Simulation 


Safwan Hanis Mohd Murad, Joseph Camm, Martin Ken T. Lan, FCA US LLC 

Davy, Richard Stone, University of Oxford; Dave 

Richardson, Jaguar Land Rover Limited 

Particle Emissions from Light-Duty Vehicles during 

Cold-Cold Start 


Huzeifa Badshah, David Kittelson, William Northrop, 

Univ of Minnesota-Twin Cities 

Analysis of EPAct Emission Data Using T70 as an 

Additional Predictor of PM Emissions from Tier 2 

Gasoline Vehicles 


Thomas L. Darlington, Air Improvement Resource Inc.; 

Dennis Kahlbaum, Air Improvement Resource, Inc.; 

Shon Van Hulzen, POET LLC; Robert L. Furey, Furey 

Fuels Consulting, LLC 

Investigation of Active Surface Area as an Alternative 

Metric for Quantifying Low PM Mass Emissions from 

Light Duty Vehicles 


Heejung Jung, Univ. of California-Riverside; Yang Li, 

Jian Xue, University of California - Riverside; David 

Quiros, Shaohua Hu, Tao Huai, Alberto Ayala, California 

Air Resources Board 

The Effect of Diesel Exhaust Fluid Dosing on Tailpipe 

Particle Number Emissions 


Michael A. Robinson, Jacob Backhaus, Ryan Foley, Z. 

Gerald Liu, Cummins Emission Solutions 

Chunhui Zhang, Mesbah Uddin, UNC Charlotte 

Motorsports Engineering; Xu Song, Hyundai-Kia 

America Technical Center Inc; Chen Fu, UNC Charlotte 

Motorsports Engineering; Lee Foster, Hyundai-Kia 

America Technical Center Inc 

Optimization of Vehicle Air Intake System and Air 

Charge Temperature for Better Engine Performance 

and Fuel Economy 

Numerical Investigation of Natural Convection in a 

Simplified Engine Bay 

Blago B. Minovski, Lennart Lofdahl, Chalmers 

University of Technology; Peter Gullberg, Volvo Group 

Trucks Technology 

A Note on the Applicability of Thermo-Acoustic 

Engines for Automotive Waste Heat Recovery 

Mikael Karlsson, Mats Åbom, KTH Royal Institute of 

Technology, CCGEx; Manan Lalit, Escenda Engineering 

AB; Ragnar Glav, Scania AB 

1D Transient Thermal Model of an Automotive Electric 

Engine Cooling Fan Motor 

Kaushal Kumar Jha, Ravi Ranjan, Parvej Khan, 

Lakshmaiah Brahmasani, Mahindra & Mahindra Ltd. 

Studies on Aero-Acoustics Noise Prediction of MAC 

Unit Using Computational Modelling 

Balashunmuganathan Vasanth, Kumar Sathish, Mayur 

Sah, FCA Engineering India Pvt Ltd 

Organizers: 

Galen B. Fisher, University of Michigan 

Technical Expert Panel Discussion 

Moderators: 

Timothy Johnson, Corning Inc. 

Panelists: 

Leslie Hill, Horiba, Ltd. 

Joseph Kubsh, Manufacturers of Emissions Controls 

Association (MECA) 

Charles Roberts, Southwest Research Institute (SwRI) 

Casey Selecman, Martec, Inc. 


Committee / Powertrain Fuels and Lubricants Activity 

82 SAE 2016 World Congress 

Planned by Thermal Management Activity / EMB Land 

and Sea Group 

Planned by Thermal Management Activity / EMB Land 

and Sea Group


TIME 






251 C 252 A 252 B 313 A 

Emission Control Modeling (Part 1 

of 2) (PFL430) 

Papers cover exhaust aftertreatment system 

models, as well as their validation and 

application. Technologies encompassed 

include DOC, HC Trap, DPF, GPF, LNT, 

TWC, SCR, SCRF, ammonia oxidation 

catalysts, hybrid or combined catalysts, 

urea-water solution spray dynamics, and 

mixture non-uniformity. Modeling aspects 

range from fundamental, 3D models 

of individual components to system 

level simulation, optimization, variation, 

degradation, and control. 

8:00 a.m. - 11:30 a.m. 

Gaseous Engine Emissions (Part 1 

of 2) (PFL460) 

Combustion engine gaseous emissions 

(regulated and non-regulated). Includes 

well-to-wheels CO2 production for 

alternative technologies, fuel economy 

and GHG emission research with focus on 

engine, emissions, fuels, control or related 

components or sub-components. Also 

includes hydrocarbon and specific NOx 

species production over aftertreatment 

devices resulting from changes in fuel 

specification and the inclusion of bioderived 

components and consideration of 

secondary aftertreatment emissions. 

8:00 a.m. - 9:30 a.m. 

On-board Measurement and 

Control (PFL425) 

This technical session will focus on 

internal combustion engine emissions 

on board measurement and control. 

Papers and presentations will cover 

topics that discuss varying methods of 

emissions data collection and control 

during operation of vehicles and engines. 

Topics will also include various advanced 

analysis techniques to determine emissions 

levels and reduce emissions under in-use 

operations. 

8:00 a.m. - 10:00 a.m. 

Sustainable and Energy Efficient 

Manufacturing (SDP109) 

This session addresses research 

and development in energy efficient 

manufacturing relevant to the transportation 

industry. Topics include but are not 

limited to energy efficient manufacturing 

technologies and best practices for 

established manufacturing methods. In 

addition, the session examines innovative 

design and modeling techniques relevant 

to energy systems employed in automotive 

manufacturing. 

8:00 a.m. - 9:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

Organizers: 

Christopher Depcik, Univ. of Kansas; 

Maruthi Devarakonda, General Electric 

Company; Thomas McKinley, Cummins 

Inc.; Vincenzo Mulone, Univ. Of Roma Tor 

Vergata; Achuth Munnannur, Cummins Inc.; 

Balaji Sukumar, Johnson Matthey ECT 

Sulfur Poisoning of a NO x 

Storage Catalyst - 

A Comprehensive Modelling Approach 

Organizers: 

Mansour Masoudi, Emissol LLC; Rachel 

L. Muncrief; Behnam Bahrami, Krishna 

Kamasamudram, Cummins Inc.; Siddiq 

Khan, ACEEE 

Exhaust Emissions of Gaseous and Solid 

Pollutants Measured over the NEDC, 

FTP-75 and WLTC Chassis Dynamometer 

Driving Cycles 

Organizers: 

Shouxian Ren, General Motors LLC; Hui Xu, 

Cummins Inc. 

Real-world emissions measurement using 

PEMS. A case study of more than 1000 

on-road tests. 

Organizers: 

Deepak Gupta, Wichita State University; 

Bhaskaran Gopalakrishnan, West Virginia 

Univ. 

Chairpersons: 

Deepak Gupta, Wichita State University 

Development of Paint Booth : New Paint 

Mist Collection Method 


Klaus Hadl, Reinhard Ratzberger, Helmut 

Eichlseder, Graz University of Technology; 

Martin Schuessler, Waldemar Linares, 

Hannes Pucher, AVL List GmbH 

Piotr Bielaczyc, Joseph Woodburn, Andrzej 

Szczotka, BOSMAL Automotive R & D 

Institute 

Nick Molden, Emissions Analytics 

Tatsuya Iida, Hiroya Mitani, Mamoru Sato, 


Robust, Cost-Optimal and Compliant 

Engine and Aftertreatment Operation using 

Air-path Control and Tailpipe Emission 

Feedback 

Cold running NOx emission comparison 

between conventional and hybrid 

powertrain configurations using real world 

driving data 

On Road Durability and Performance Test of 

Diesel Particulate Filter with BS III and BS IV 

Fuel for Indian Market 


Satish Narayanan Ramachandran, Gillis 

Hommen, Paul Mentink, Xander Seykens, 

Frank Willems, Frank Kupper, TNO 

Automotive 

Modeling of catalyzed particulate filters 

concept phase simulation and real-time 

plant modeling on HiL 

Roberto Aliandro Varella, Instituto Superior 

Técnico (IST); Gonçalo Gonçalves, Gonçalo 

Duarte, IDMEC - IST; Tiago Farias, Instituto 

Superior Técnico (IST) 

Detailed Characterization of Criteria 

Pollutant Emissions from D-EGR ® Light 

Duty Vehicle 


Johann C. Wurzenberger, Sophie 

Bardubitzki, Susanne Kutschi, Robert 

Fairbrother, Christoph Poetsch, AVL LIST 

GmbH 

Catalytic Soot Oxidation: Effect of Ceria- 

Zirconia Catalyst Particle Size 

Cary Henry, Svitlana Kroll, Vinay Premnath, 

Ian Smith, Peter Morgan, Imad Khalek, 

Southwest Research Institute 


Athanasios G. Konstandopoulos, CERTH/ 

CPERI and Aristotle University; Chrysoula 

Pagkoura, Souzana Lorentzou, Georgia 

Kastrinaki, CERTH/CPERI 

Investigation of diesel particulate dendrite 

bridge formation in surface pores through 

electron microscopic visualization and 

diffusion limit aggregation modeling 

(Oral Only) 

Ryoko Sanui, Katsunori Hanamura, Tokyo 


Evaluation and Prediction of Deposit 

Severity in SCR Systems 

(2016-01-0970) 

Henrik Smith, Thomas Lauer, Vienna 

University of Technology; Viktor Schimik, 

Klaus Gabel, AUDI AG 

Dhinesh Kumar, Ashwhanth Raju, Nitin 

Sheth, Mercedes-Benz R&D India Pvt. Ltd.; 

Steffen Digeser, Daimler AG 

Degradation of DeNOx Performance of a 

Urea SCR System in In-use Heavy-duty 

Vehicles Complying with the New Longterm 

Regulation in Japan and Estimation of 

its Mechanism 

Kenichiroh Koshika, National Traffic Safety 

and Environment Laboratory; Nobuya 

Iwami, Takayuki Ichikawa, Tokyo Roki, Co. 

, Ltd.; Hisakazu Suzuki, Toshiro Yamamoto, 

Yuichi Goto, National Traffic Safety and 

Environment Laboratory; Masakazu 

Iwamoto, Chuo University 

Analysis and Choice of Input Candidates 

for a Virtual NO x 

Sensor by a Mutual 

Information Approach 

Patrick Schrangl, Roman Schmied, Stephan 

Stadlbauer, Harald Waschl, Luigi del Re, 

Johannes Kepler University Linz; Bernhard 

Ramsebner, Christoph Reiter, BMW 

Motoren GmbH 

Optimization of Extraction Process Using 

N-Hexane Solvent for Mangifera Indica Oil 

Production from Mangifera Indica Curcas 

Sangram Jadhav, Madhukar Tandale, Dr. 

Babasaheb Ambedkar Tech. University 




TIME 






251 C 252 A 252 B 313 A 


of 2) (PFL430) 













8:00 a.m. - 11:30 a.m. 


of 2) (PFL460) 














8:00 a.m. - 9:30 a.m. 

On-board Measurement and 

Control (PFL425) 

This technical session will focus on 

internal combustion engine emissions 

on board measurement and control. 

Papers and presentations will cover 

topics that discuss varying methods of 

emissions data collection and control 

during operation of vehicles and engines. 

Topics will also include various advanced 

analysis techniques to determine emissions 

levels and reduce emissions under in-use 

operations. 

8:00 a.m. - 10:00 a.m. 

Sustainable and Energy Efficient 

Manufacturing (SDP109) 

This session addresses research 

and development in energy efficient 

manufacturing relevant to the transportation 

industry. Topics include but are not 

limited to energy efficient manufacturing 

technologies and best practices for 

established manufacturing methods. In 

addition, the session examines innovative 

design and modeling techniques relevant 

to energy systems employed in automotive 

manufacturing. 

8:00 a.m. - 9:00 a.m. 

11:00 

a.m. 

Organizers: 







Experimental and Numerical analysis for 

Urea-SCR catalyst converter 

(2016-01-0973) 

Takafumi Yamauchi, Yoshiki Takatori, Toyota 

Central R&D Labs Inc.; Koichiro Fukuda, 

Toyota Motor Corporation; Masatoshi 

Maruyama, DENSO Coporation 




Organizers: 




Khan, ACEEE 




Organizers: 

Shouxian Ren, General Motors LLC; Hui Xu, 

Cummins Inc. 




Organizers: 

Deepak Gupta, Wichita State University; 

Bhaskaran Gopalakrishnan, West Virginia 

Univ. 

Chairpersons: 

Deepak Gupta, Wichita State University 



Board 

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TIME 






252 A 258 259 

Technical Expert Panel 

Discussion: Sub-23 nm Particle 

Emissions from Engines 

(PFL499) 

Euro 6/VI regulations include a stringent 

solid particle number emissions limit (> 

23 nm in diameter) that affect heavy-duty 

on-highway engines, light-duty diesel and 

gasoline direct injection engines. Particle 

number is not currently regulated in the 

United States. Sub-23 nm particles are 

emitted from internal combustion engines 

and controlling them is important. This panel 

will discuss the particle number emissions 

topic and its implications with a focus on 

particles below 23 nm in diameter. 

10:00 a.m. - 11:30 a.m. 

Thermal System Components 

(Part 1 of 2) (HX101) 

Thermal Management represents one of the 

key aspects of the vehicle development. 

It ensures that the temperatures in the 

underhood and underbody areas are in 

desired ranges, that thermal systems 

operate as designed, and that no 

component operation is at risk due to 

excessive temperatures. This session 

covers the design of thermal components 

and systems and their vehicle integration. 

8:00 a.m. - 11:00 a.m. 



The Thermal Systems Modeling and 

Simulation session focusses on state of the 

art simulation technologies for modeling 

thermal systems and their application in the 

development and optimization of vehicle 

thermal management and fuel economy. 

The papers in the session will range from 

empirical, 1D modeling methods to three 

dimensional CFD models as well as coupled 

methods. 

8:00 a.m. - 11:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Imad A. Khalek, Southwest Research 

Institute; Matti Maricq, Ford Motor 

Company; Andrea Strzelec, Texas A&M 

University; Amanda Lea-Langton, Univ. of 

Manchester 

Technical Expert Panel Discussion 

Moderators - Andrea Strzelec, Texas A&M 

University 

Panelists - 

Imad A. Khalek, Southwest Research 

Institute 

Matti Maricq, Ford Motor Company 

David Kittelson, Univ of Minnesota-Twin 

Cities 

Giorgio Martini, E C Joint Research Center 

Organizers: 

Alaa El-Sharkawy, FCA US LLC; Gursaran 

D. Mathur, CalsonicKansei North America 

Inc.; Ronald Semel, Ford Motor Company; 

Andrew Sutherland, BorgWarner Inc. 

Development of a Compact Adsorption 

Heat Pump System for Automotive Air 

Conditioning System 


Yasuki Hirota, Ryuichi Iwata, Takafumi 

Yamauchi, Toyota Central R&D Labs., Inc.; 

Manabu Orihashi, Masaki Morita, Toyota 


Evaluation of Heat Pipe Heat Exchanger for 

Automotive Applications 


Alaa El-Sharkawy, Ahmed Uddin, FCA 

US LLC 

Application of Rankine Cycle to Passenger 

Vehicle Waste Heat Recovery - A Review 


Feng Zhou, Ercan Dede, Shailesh Joshi, 

Toyota Research Institute North America 

Efficiency Improvement in Exhaust Heat 

Recirculation System 


Toshio Murata, Tadashi Nakagawa, Toyota 

Motor Corporation; Hisashi Nishino, 

Kazunari Matsuura, Sango Co., Ltd. 

Studying the Efficiency of Different CAE/ 

CFD Methods for Modeling Complex Air-to- 

Air Heat Exchangers 


Meisam Mehravaran, Ford Motor Company; 

Aurélien Levasseur, ValeoThermal Systems; 

Yi Zhang, Ford Motor Company; Manuel 

Henner, VALEO 

The Effects of Temperature, Shear Stress, 

and Deposit Thickness on EGR Cooler 

Fouling Removal Mechanism - Part 1 


Taehoon Han, Hyunki Sul, John Hoard, 

University of Michigan; Chih-Kuang Kuan, 

Daniel Styles, Ford Motor Company 

Organizers: 


Alaa El-Sharkawy, FCA US LLC; Wilko 

Jansen, Jaguar & Land Rover; Jason 

Aaron Lustbader, National Renewable 

Energy Laboratory; Gursaran D. Mathur, 

CalsonicKansei North America Inc.; Kumar 

Srinivasan, FCA US LLC; Sudhi Uppuluri, 

Computational Sciences Experts Group 

Simulation Approach for Vehicle Life-Time 

Thermal Analysis applied to a HEV battery 

system 

Armin Traussnig, AVL LIST GmbH; Wilko 

Jansen, Jaguar & Land Rover; Heinz 

Petutschnig, Sepp Steiner, Petra Gruen, 

AVL LIST GmbH 

Vehicle Powertrain Thermal Management 

System using Model Predictive Control 

Amey Y. Karnik, Ford Motor Company; 

Adrian Fuxman, Honeywell Automotive 

Software; Phillip Bonkoski, Mrdjan Jankovic, 

Ford Motor Company; Jaroslav Pekar, 

Honeywell Automotive Software 

A Novel Cooling System Control Strategy 

for Internal Combustion Engines 

Teresa Castiglione, Francesco Pizzonia, 

Sergio Bova, Universita della Calabria 

Prediction of Engine Thermal Behavior 

during Emission Cycle Using 1D Four Point 

Mass Model 

Ravi Ranjan, Kaushal Kumar Jha, 

Lakshmaiah Brahmasani, Parvej Khan, 

Mahindra & Mahindra Ltd. 

Cold-Ambient Warm-Up Predictions: A 

Novel Approach Using 1D Computational 

Models 

Sudhi Uppuluri, Hemant R. Khalane, 

Computational Sciences Experts Group; 

Yogesh Umbarkar, Ricardo India Private Ltd; 

Ajay Naiknaware, Computational Sciences 

Experts Group 

Transient Response of Minichannel Heat 

Exchanger Using Al2O3/Ethylene Glycol 

Nanofluid 

Mohammed Ismail, Shahram Fotowat, Amir 

Fartaj, University of Windsor 











TIME 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 




251 C 252 B 252 A 258 


of 2) (PFL430) 













1:00 p.m. - 4:30 p.m. 

Organizers: 







Direct Numerical Simulation of SCR 

Reactors through Kinetic Approach 










1:00 p.m. - 4:30 p.m. 

Organizers: 







Effects of Ethanol Blend Fuels E10 & E85 

on the Non-Legislated Emissions of a Flex 

Fuel Passenger Car 


of 2) (PFL460) 














1:00 p.m. - 4:00 p.m. 

Organizers: 




Khan, ACEEE 

Effect of reductive regeneration conditions 

on reactivity and stability of a Pd-based 

oxidation catalyst for lean-burn natural gas 

applications 


(Part 2 of 2) (HX101) 











1:00 p.m. - 4:00 p.m. 


Vesselin Krassimirov Krastev, University of 

Tuscia; Giorgio Amati, CINECA; Elio Jannelli, 

Giacomo Falcucci, University of Naples 

Parthenope 

Model-Based OBD Logic Utilizing 

Adsorption and Desorption Model of NH 3 

in 

SCR Catalyst 

Jan Czerwinski, Pierre Comte, Univ. of 

Applied Sciences Biel-Bienne; Zbigniew 

Stepien, Instytut Nafty i Gazu INIG - PIB; 

Stanislaw Oleksiak, Instytut Nafty i Gazu 

INIG 

Analysis of Emission Factors in RDE Tests 

as well as in NEDC and WLTC Chassis 

Dynamometer Tests 

Yuanzhou Xi, Nathan Ottinger, Z. Gerald Liu, 

Cummins Emission Solutions 

Benchmarking and Hardware-in-the-Loop 

Operation of a 2014 MAZDA SkyActiv 2.0L 

13:1 Compression Ratio Engine 


Arifumi Matsumoto, Kenji Furui, Makoto 

Ogiso, Toru Kidokoro, Toyota Motor 

Corporation 

Automotive Selective Catalytic Reduction 

System Model-based Estimators for on- 

ECU Implementation: A Brief Overview 

Jerzy Merkisz, Jacek Pielecha, Poznan 

University of Technology; Piotr Bielaczyc, 

Joseph Woodburn, BOSMAL Automotive 

R&D Institute 

Capability Assessment Process for the 

Optimisation of Testing Facilities for 

Powertrain Development 

Benjamin Ellies, Charles Schenk, Paul 

Dekraker, US Environmental Protection 

Agency 

Investigation of Insulated Exhaust 

Manifolds and Turbine Housings in Modern 

Diesel Engines for Emissions and Fuel 

Consumption Reduction 


Jiri Figura, Dejan Kihas, Jaroslav Pekar, 

Michael Uchanski, Honeywell Automotive 

Software; Nassim Khaled, Sriram 

Srinivasan, Cummins Inc. 

Vehicle and Drive Cycle Simulation of a 

Vacuum Insulated Catalytic Converter 

Philip Lawson, John Houldcroft, Andrew 

Neil, Jaguar Land Rover Ltd.; Andrea 

Balcombe, Richard Osborne, Antonio 

Ciriello, AVL UK Ltd.; Wilhelm Graupner, 

AVL List Nordiska AB 

How Cylinder Cooling and Liner 

Temperature Profiles Affect NO Emissions; 

A Device for R&D 

Fabian Fricke, BENTELER Automobiltechnik 

GmbH; Om Parkash Bhardwaj, Bastian 

Holderbaum, FEV GmbH; Terrence Scofield, 

BENTELER Automotive Corp; Elmar 

Grußmann, Marco Kollmeier, BENTELER 

Automobiltechnik GmbH 

Transient Simulation of Nitrogen Oxide 

Emissions of CI Engines 


Rohil Daya, John Hoard, University of 

Michigan; Sreedhar Chanda, Benteler 

Automotive Corp.; Maneet Singh, University 

of Michigan 

Characterization of Aging Effect on Three- 

Way Catalyst Oxygen Storage Dynamics 

Travis C. Malouf, John J. Moskwa, 

University of Wisconsin Madison 

A Primer on Light Duty Vehicle Fuel 

Economy and Green House Gas Derivation 

Benjamin Kaal, IVK, University of Stuttgart; 

Michael Grill, FKFS; Michael Bargende, IVK, 

University of Stuttgart 

Estimating Ozone Potential of Pipe-out 

Emissions from Euro-3 to Euro-5 Passenger 

Cars Fueled with Gasoline, Alcohol- 

Gasoline, Methanol and Compressed 

Natural Gas 


Stefano Sabatini, Irfan Kil, Clemson 

University; Travis Hamilton, Jeff Wuttke, Luis 

Del Rio, Michael Smith, FCA US LLC; Zoran 

Filipi, Clemson University; Mark A. Hoffman, 

Clemson-ICAR; Simona Onori, Clemson 

University 

Susan Collet, Toyota Technical Center 

USA, Inc. 

Xin Wang, Yunshan Ge, Chuanzhen Zhang, 

Jia Liu, Zihang Peng, Huiming Gong, Beijing 


Organizers: 





The Effects of Temperature, Shear Stress, 

and Deposit Thickness on EGR Cooler 

Fouling Removal Mechanism - Part 2 

Hyunki Sul, Taehoon Han, Mitchell Bieniek, 

John Hoard, University of Michigan; Chih- 

Kuang Kuan, Daniel Styles, Ford Motor 

Company 

Compact High-Efficiency 2-Layer Blower 

Fan for HVAC 

Shoichi Imahigashi, Masaharu Sakai, 

DENSO Corporation; Etsuro Yoshino, 

Yasushi Mitsuishi, Nippon Soken, Inc. 

Impact of Nanofluids on Heat Transfer 

Performance of a Motorcycle Radiator 

Elankathiravan Mathivanan, Liping Liu, 

Lawrence Technological Univ. 

Development of a Transient Thermal 

Analysis Model for Engine Mounts 

Alaa El-Sharkawy, Ahmed Uddin, FCA 

US LLC 

Experimental Determination of Effectiveness 

of Hydrophilic Coating for Evaporators 

Gursaran D. Mathur, CalsonicKansei North 

America Inc. 






TIME 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 




251 C 252 B 252 A 258 


of 2) (PFL430) 













1:00 p.m. - 4:30 p.m. 

Organizers: 







Design of Catalytic Devices by Means of 

Genetic Algorithm: Comparison Between 

Open-Cell Foam and Honeycomb Type 

Substrates 










1:00 p.m. - 4:30 p.m. 

Organizers: 







Robust Application of CBE and OBE for 

Engine Testing System Diagnosis 


of 2) (PFL460) 














1:00 p.m. - 4:00 p.m. 

Organizers: 




Khan, ACEEE 

Low cost optimisation of engine emissions 

for an intake runner designed for medium 

capacity CI engine through correlations 

between emission values and intake 

configurations 


(Part 2 of 2) (HX101) 











1:00 p.m. - 4:00 p.m. 


Stefania Falfari, Giacomo Micci, Gian Marco 

Bianchi, Federico Brusiani, University of 

Bologna; Gianluca Montenegro, Augusto 

Della Torre, Angelo Onorati, Politecnico di 

Milano 

The Effects of Mid-channel Ash Plug on 

DPF Pressure Drop 


Yujun Wang, Independent Researcher; 

Carl Kamp, Massachusetts Institute of 

Technology 

Mike M. Lambert, Jaguar Land Rover; 

Belachew Tesfa, Cummins Engine Co. Ltd. 

Model based development to lead 

Real Driving Emissions solutions: A 1D 

Simulation Methodology 

Hemant Khalane, Engine Analysis; Sudhi 

Uppuluri, Computational Sciences Experts 

Group; Yogesh Umbarkar, Ricardo India 

Private, Ltd. 

Somendra Pratap Singh, Shikhar Asthana, 

Shubham Singhal, Naveen Kumar, Delhi 


Organizers: 





A Multi-Physical Model of an Active Thermal 

Management Valve with Experimental 

Validation 

Montassar Khammassi, ESTACA; Thierry 

Marimbordes, MANN+HUMMEL; Judicael 

Aubry, Bertrand Barbedette, ESTACA; 

Mickael Cormerais, MANN+HUMMEL; 

Cherif Larouci, ESTACA; Quentin Frossard, 

MANN+HUMMEL 














TIME 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 




259 

Thermal Systems Modeling and Simulation (Part 5 of 5) (HX102) 

The Thermal Systems Modeling and Simulation session focusses on state of the art 

simulation technologies for modeling thermal systems and their application in the 

development and optimization of vehicle thermal management and fuel economy. 

The papers in the session will range from empirical, 1D modeling methods to three 

dimensional CFD models as well as coupled methods. 

1:00 p.m. - 4:30 p.m. 

Organizers: 

Ales Alajbegovic, Exa Corporation; Alaa El-Sharkawy, FCA US LLC; Wilko Jansen, 

Jaguar & Land Rover; Jason Aaron Lustbader, National Renewable Energy 

Laboratory; Gursaran D. Mathur, CalsonicKansei North America Inc.; Kumar 

Srinivasan, FCA US LLC; Sudhi Uppuluri, Computational Sciences Experts Group 

Theoretical analysis of a novel electricity-cooling cogeneration system based on waste 

heat recovery of marine engine 

(2016-01-0209) 

Youcai Liang, State Key Lab of Engines 

A Study of the Relationship among thermoelectric materials, Operation Condition and 

Maximum Power Output of Thermoelectric Generator 

(2016-01-0219) 

Song Lan, Zhijia Yang, Richard Stobart, Edward Winward, Loughborough University 

Optimization of the Number of Thermoelectric Modules in a Thermoelectric Generator 

for a Specific Engine Drive Cycle 

(2016-01-0232) 

Zhijia Yang, Edward Winward, Song Lan, Richard Stobart, Loughborough University 

Physics-Based Modeling and Transient Validation of an Organic Rankine Cycle Waste 

Heat Recovery System for a Heavy-Duty Diesel Engine 

(2016-01-0199) 

Bin Xu, Clemson-ICAR; Xiaobing Liu, BorgWarner Inc; John Shutty, BorgWarner 

Automotive; Paul Anschel, BorgWarner Turbo Systems; Simona Onori, Zoran Filipi, 

Mark Hoffman, Clemson-ICAR 

Numerical analysis on a dual-loop waste heat recovery system coupled with a ORC 

cycle for vehicle applications 

(2016-01-0205) 

Mattia De Rosa, Roy Douglas, Stephen Glover, Queen’s University Belfast 

Modeling and Optimization of Organic Rankine Cycle for Waste Heat Recovery in 

Automotive Engines 

(2016-01-0207) 

Ivan Arsie, Andrea Cricchio, Cesare Pianese, Vincenzo Ricciardi, Università di Salerno; 

Matteo De Cesare, Magneti Marelli Powertrain SPA 

Meeting the Challenge of Organic Rankine Cycle based Waste Heat Recovery 

Simulation 

(Oral Only) 

Stephen Streater, Mentor Graphics Corp. 

Planned by Thermal Management Activity / EMB Land and Sea Group 




SUSTAINABILITY EXHIBITORS 

Applus IDIADA...........................................935 

Aramco Services Company...................823 

Argonne National Laboratory...............822 

Controlled Power Technologies......... 1037 

Convergent Science Inc..........................543 

Cradle North America Inc......................600 

Daiichi Seiko Co Ltd.................................607 


(DEP) Inc................................................. 1216 

Donaldson Company Inc.........................423 


Dynacast..................................................... 606 

Eberspaecher Exhaust Technology.....328 

EDAG Inc......................................................929 

ESTECO........................................................429 

Freudenberg Sealing Technologies 

GmbH....................................................... 1229 

Gamma Technologies Inc........................615 


New York State Vehicle Composite 

Program................................................... 630 

Pacific Northwest National Laboratory.623 


Shinhan Precision Ind Co Ltd............... 209 

Sinocat Environmental Protection 

Co Ltd........................................................425 

The Lee Company.....................................522 

Toyota Motor Corporation...................... 901 

Trensor LLC................................................ 1315 

TwintecBaumot Group............................628 

Univ of Maine Clean Snowmobile 

Club..............................................................U3 


TECHNICAL SESSIONS INTEGRATED DESIGN & 

MANUFACTURING 

TUE WED THUR 


Additive (3D Printing) Manufacturing (Part 1 & 2) (IDM302) 4 4 - - - - 331 C 90, 91, 92 

Body Engineering and Design (Part 1 & 2) (SS100) - - - - 4 4 312 B 99, 100, 101, 102 

Business Modeling/Operation Research/Big Data Analytics (IDM110) - 4 - - - - 331 A 91, 92 

CAD/CAM/CAE Technology (Part 1 - 4) (SS101) - - 4 4 4 4 313 B 

93, 94, 96, 97, 

99, 100, 101, 102 

Design Optimization - Methods and Applications (Part 1 & 2) (SS103) - - 4 4 - - 312 B 93, 96, 97 

Integrated Computational Materials Engineering (ICME) (IDM109) - - - - - 4 331 A 101, 102 

Key Success Factors for DFSS and Lean Manufacturing (IDM400) - - - 4 - - 331 C 96 

Modeling and Simulation of Military Ground Vehicles (Part 1 & 2) (IDM201) - - - - 4 4 331 C 99, 100, 101, 102 

Multidisciplinary Design Optimization (MDO) (IDM111) - 4 - - - - 331 B 91, 92 

Reliability and Robust Design in Automotive Engineering: Decision 

Under Uncertainty/Uncertainty Modeling (IDM104) 

4 - - - - - 331 B 90 

Reliability and Robust Design in Automotive Engineering: Model 

Validation and Verification (IDM106) 

- - 4 - - - 331 C 93, 94 

Reliability and Robust Design in Automotive Engineering: Reliability and 

Accelerated Testing (IDM103) 

- - 4 - - - 331 B 93, 94 

Reliability and Robust Design in Automotive Engineering: Reliability and 

Robust Design in Automotive Aero-Thermal and Fluid Systems (IDM105) 

- - - 4 - - 331 B 96 

Reliability and Robust Design in Automotive Engineering: Reliability- 

Based Design Optimization and Robustness (IDM102) 

4 - - - - - 331 A 90 

Robotics and Factory Automation (IDM303) - - - - - 4 331 B 103 

Technical Expert Panel Discussion: Preparing For Delivering Knowledge 

Transfer via Augmented Reality (AE299) 

- 4 - - - - 312 A 92 

Trends in Development of Accelerated Reliability and Durability Testing 

Technology (IDM300) 

4 - - - - - 331 C 90 

Virtual Design and Engineering (Part 1 & 2) (IDM301) - - 4 4 - - 331 A 95, 98 







MANUFACTURING 

TIME 




331 B 331 A 331 C 331 C 

Reliability and Robust Design in 

Automotive Engineering: Decision 

Under Uncertainty/Uncertainty 

Modeling (IDM104) 

Methods for modeling uncertainty and 

decision making under uncertainty are 

presented in this session. Both theoretical 

developments and practical applications 

from the automotive industry are covered. 

9:30 a.m. - 12:30 p.m. 

Reliability and Robust Design 

in Automotive Engineering: 

Reliability-Based Design 

Optimization and Robustness 

(IDM102) 

This session will address theoretical 

developments and automotive applications 

in RBDO and Robust Design. Topics 

include: computational algorithms for 

efficient estimation of reliability, Monte Carlo 

simulation, Bayesian reliability, Dempster- 

Shafer Evidence Theory, and Multi- 

Disciplinary Optimization, among others. 

9:30 a.m. - 12:00 p.m. 

Trends in Development of 

Accelerated Reliability and 

Durability Testing Technology 

(IDM300) 

This session presents the theory, practices 

and technology used in development of 

trends in reliability and durability testing 

(ART/ADT) technology and accurate 

physical simulation for successful 

performance predicting. The purpose 

is covering a new ideas and unique 

approaches to simulation interaction 

of full field inputs, safety, and human 

factors, improvement the ART/ADT stepscomponents, 

implementation that leads to 

development dependability, reduce recalls, 

life cycle cost, time, etc. 

9:30 a.m. - 10:00 a.m. 

Additive (3D Printing) 

Manufacturing (Part 1 of 2) 

(IDM302) 

This session deals with the manufacture of 

detail parts through laser sintering, stereo 

lithography, fused deposition modeling, and 

other emerging technologies. The session 

will explore technologies and methods for 

producing net or near net parts in various 

resins, plastics and metals directly from 

a CAD model that could employ design 

architectures that couldn’t be achieved by 

other manufacturing methods. 

10:30 a.m. - 11:30 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

12:00 

p.m. 

Organizers: 

Zissimos Mourelatos, Oakland Univ.; 

Efstratios Nikolaidis, University Of Toledo 

A Load Spectrum Data based Data Mining 

System for Identifying Different Types of 

Vehicle Usage of a Hybrid Electric Vehicle 

Fleet 

Organizers: 

Zissimos Mourelatos, Oakland Univ.; 


Inverse Modeling: Theory and Engineering 

Examples 

Organizers: 

Bryan Dodson, SKF; Lev Klyatis, Sohar Inc.; 


Chairpersons: 

Lev Klyatis, Sohar Inc. 

Improving Engineering Culture for Reliability, 

Quality, and Testing in Automotive 

Engineering 


Philipp Bergmeir, Esslingen University of 

Applied Sciences; Christof Nitsche, Daimler 

AG; Jürgen Nonnast, Esslingen University 

of Applied Sciences; Michael Bargende, 

University of Stuttgart 

Rahul Rama Swamy Yarlagadda, Efstratios 

Nikolaidis, Vijay Kumar Devabhaktuni, 

University of Toledo 

Lev Klyatis, Sohar Inc. 

Assessment of UQ Approaches for Dealing 

with Sparse Samples of Discrete Random 

Functions Application to Material Stress- 

Strain Curves 

Directional Mahalanobis Distance and 

Parameter Sensitivities 


Vicente Romero, J. Franklin Dempsey, Ben Balakrishna Chinta, General Motors Co. 

Schroeder, John Lewis, Nicole Breivik, 

George Orient, Justin Winokur, Sandia 

National Laboratories 

Planning for Design Decisions with Limited 

Informatio on Dependent Design Alternatives 

Fatigue Life Estimation of Linear Vibratory 

Systems 

(Oral Only) (Oral Only) (Oral Only) 

Efstratios Nikolaidis, University Of Toledo; 

Shawn P. Casper, Univ. of Toledo 

A New Interval Inverse Analysis Method and 

Its Application in Vehicle Suspension Design 

Vasiliki TSIANIKA; Monica T. Majcher; 

Zissimos Mourelatos, Oakland Univ.; Igor 

Baseski, TARDEC 

Predicting MEMS Package Level Failure 

Modes in Automotive Applications 

Organizers: 

Mohamed El-Sayed, Kettering Univ.; Randy 

Gu, Oakland Univ.; Jared Song, General 

Motors Co.; Yu J. Teng; Qichao Zheng, 

General Motors Co. 

Introduction to the U.S. Patent and 

Trademark Office 

Christal Sheppard, US Patent & Trademark 

Office 

Diving Into Carbons CLIP Technology 

and the Materials That Will Accelerate 3D 

Manufacturing 


Xingxing Feng, Kaimin Zhuo, Jinglai Wu, 

Vikas Godara, Yunqing Zhang, Huazhong 

University of Science and Tech 

Greg K. Caswell, James McLeish, Design 

for Reliablity Solutions 

Jason Rolland, Carbon 3D 

Quantification of Model and Parameter 

Uncertainties in Reliability-based Design 

Optimization 


Chong Chen, Zhenfei Zhan, Chongqing 

University; Jie Li, Yazhou Jiang, Helen Yu, 

Changan Automobile Engineering Institute 

What is Uncertainty Quantification and Why 

is it Important in Automotive CAE 

(Oral Only) 

Peter Qian, SmartUQ 

Planned by Integrated Design and 

Manufacturing Activity 

Data Mining Based Feasible Domain 

Recognition for Automotive Structural 

Optimization 

Junqi Yang, Zhenfei Zhan, Ling Zheng, 

Chongqing University; Helen Yu, Yazhou 

Jiang, Hui Zhao, Jie LI, Changan 

Automobile Co. Ltd. 









MANUFACTURING 

TIME 



(IDM302) 




331 C 331 A 331 B 312 A 











1:00 p.m. - 3:30 p.m. 

Business Modeling/Operation 

Research/Big Data Analytics 

(IDM110) 

Business Modeling/Operation Research/Big 

Data Analytics are key enablers for the next 

wave of innovation and growth across most 

industries and will address complex issues 

and systems that involve multiple objective, 

many alternatives, trade-offs between 

competing effects, large amounts of data 

and situations involving uncertainty or risk. 

This session will address new technical 

advances in these areas and provide 

valuable insights through the applications of 

real-world case studies. 

1:00 p.m. - 3:00 p.m. 

Multidisciplinary Design 

Optimization (MDO) (IDM111) 

Multidisciplinary design optimization (MDO) 

focuses on optimizing the performances 

of complex systems that involve multiple 

interacting disciplines. It may encompasses 

design synthesis, sensitivity analysis, 

approximation concepts, optimization 

methods and strategies, artificial 

intelligence, and rule-based design - all in 

the context of integrated design dealing 

with multiple disciplines and interacting 

subsystems or systems of systems. 

1:00 p.m. - 5:00 p.m. 


Discussion: Preparing For 

Delivering Knowledge Transfer via 

Augmented Reality (AE299) 

Augmented Reality applications have the 

ability to deliver work instructions and 

other service information in context with a 

person’s view of the world; achieving justin-time 

knowledge transfer, increasing the 

person’s understanding, minimizing their 

errors and greatly increasing their “first time” 

productivity. Wearable hardware and Head 

Mounted Displays are rapidly improving 

and will soon support continuous use over 

full-shift operations. Learn what you need 

to do to be prepared to leverage AR in 

your company’s manufacturing and service 

operations. 

3:00 p.m. - 4:30 p.m. 

Organizers: 





Organizers: 

Michael Cavaretta, Ford Motor Company; 

Wei Chen, Northwestern Univ.; Yan Fu, Ford 

Motor Company; Ramakrishna Koganti, 

Ramk Inc. 

Organizers: 

Ching-Hung Chuang, Ford Motor Company; 


Simon Xu, General Motors Co.; Ren-Jye 

Yang, Ford Motor Company 

Organizers: 


Headquarters; James (Jim) E. Wagner, 

Caterpillar Inc. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

Barriers to entry in automotive production 

and opportunities with emerging additive 

manufacturing techniques 

Sentiment Analysis of Chinese Auto 

Reviews from Social Media 


Piyush Bubna, Ricardo Inc.; Michael P. 

Humbert, United Technologies Research 

Center; Marc Wiseman, Ricardo Inc.; Enrico 

Manes, United Technologies Research 

Center 

Big Area Additive Manufacturing and 

Hardware-in-the-Loop for Rapid Vehicle 

Powertrain Prototyping: A Case Study on 

the Development of a 3-D-Printed Shelby 

Cobra 

Xianfeng Hu, Yan Fu, Yao Ge, Ford Motor 

Company 

Sensitivity Analysis of the Collaborative 

Emission Reduction Strategy between the 

Transportation and Electricity Generator 

Sectors 


Scott Curran, Paul Chambon, Randall 

Lind, Lonnie Love, Robert Wagner, Steven 

Whitted, David Smith, Brian Post, Ronald 

Graves, Craig Blue, Johney Green, Martin 

Keller, Oak Ridge National Laboratory 

Design Methodology and Development of 

an Economical 3D Printer 

Sentao Miao, Boxiao Chen, University of 

Michigan; Yan Fu, Margaret Strumolo, Ford 

Motor Company; Xiuli Chao, University of 

Michigan; Michael A. Tamor, Ford Motor 

Company 

Pricing Of Renewable Gasoline And Its 

Impact On Ghg Emission Reduction 

Planning For Automakers And Electricity 

Generators 


Farhan Javed, Salman Javed, Delhi 


Sentao Miao, University of Michigan; 

Yan Fu, Margaret Strumolo, Ford Motor 

Company.; Boxiao Chen, Xiuli Chao, 

University of Michigan; Erica Klampfl, 

Michael Tamor, Ford Motor Company 

Chairpersons: 

Zhendan Xue, Esteco North America Inc; 

Lei Shi, Great Wall Motor Co Ltd 

MDO-based Platform Development for 

Attributes Integration and Application on 

Vehicle Body Design 

Lei Shi, Ji Yang, Zhaomin Zhang, Zhan 

Zhang, Great Wall Motor Company Limited 

Methods to Find Best Designs Among 

Infeasible Design Data Sets for Highly 

Constrained Design Optimization Problems 

Adarsh Viji Elango, Zhendan Xue, Apurva 

Gokhale, Esteco North America Inc.; Saket 

Kansara, Ford Motor Company 

Towards optimization of multi-material 

structure: metamodeling of mixed-variable 

problems 

Hongyi Xu, Ching-Hung Chuang, Ren-Jye 





MANUFACTURING 

TIME 



(IDM302) 




331 C 331 A 331 B 312 A 











1:00 p.m. - 3:30 p.m. 

Business Modeling/Operation 

Research/Big Data Analytics 

(IDM110) 

Business Modeling/Operation Research/Big 

Data Analytics are key enablers for the next 

wave of innovation and growth across most 

industries and will address complex issues 

and systems that involve multiple objective, 

many alternatives, trade-offs between 

competing effects, large amounts of data 

and situations involving uncertainty or risk. 

This session will address new technical 

advances in these areas and provide 

valuable insights through the applications of 

real-world case studies. 

1:00 p.m. - 3:00 p.m. 

Multidisciplinary Design 

Optimization (MDO) (IDM111) 

Multidisciplinary design optimization (MDO) 

focuses on optimizing the performances 

of complex systems that involve multiple 

interacting disciplines. It may encompasses 

design synthesis, sensitivity analysis, 

approximation concepts, optimization 

methods and strategies, artificial 

intelligence, and rule-based design - all in 

the context of integrated design dealing 

with multiple disciplines and interacting 

subsystems or systems of systems. 

1:00 p.m. - 5:00 p.m. 


Discussion: Preparing For 

Delivering Knowledge Transfer via 

Augmented Reality (AE299) 

Augmented Reality applications have the 

ability to deliver work instructions and 

other service information in context with a 

person’s view of the world; achieving justin-time 

knowledge transfer, increasing the 

person’s understanding, minimizing their 

errors and greatly increasing their “first time” 

productivity. Wearable hardware and Head 

Mounted Displays are rapidly improving 

and will soon support continuous use over 

full-shift operations. Learn what you need 

to do to be prepared to leverage AR in 

your company’s manufacturing and service 

operations. 

3:00 p.m. - 4:30 p.m. 

Organizers: 





Organizers: 

Michael Cavaretta, Ford Motor Company; 

Wei Chen, Northwestern Univ.; Yan Fu, Ford 

Motor Company; Ramakrishna Koganti, 

Ramk Inc. 

Organizers: 

Ching-Hung Chuang, Ford Motor Company; 


Simon Xu, General Motors Co.; Ren-Jye 


Organizers: 


Headquarters; James (Jim) E. Wagner, 

Caterpillar Inc. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Technical Expert Panel Discussion: Additive 

Manufacturing 

Moderators: 

Mohamed El-Sayed, Kettering Univ. 

Panelists: 

TBA 



Manufacturing the Next Generation of 

Connected and Electrified Vehicle 

Chairpersons: 

Zhendan Xue, Esteco North America Inc; 

Lei Shi, Great Wall Motor Co Ltd 

Multidisciplinary Optimization under 

Uncertainty using Bayesian Network 


Monika Minarcin, Omron Corporation Chen Liang, Ford Motor Company; 

Sankaran Mahadevan, Vanderbilt University 



Multidisciplinary Design Optimization of 

Vehicle Weight Reduction 

(2016-01-0301) 

Zhendan Xue, Adarsh Elango, Esteco North 

America Inc.; Jian Fang, Ford Research and 

Innovation Center 

A New Approach to Optimization of the 

Injection Molding on Automotive Interior 

Parts 

(2016-01-0306) 

Heeseung Yang, Hyunkwon Jo, Hyunchul 

Lee, Hyunmin Park, JaeMin Park, Hanil 

E-Wha 

Multi-disciplinary Tolerance Optimization 

for Internal Combustion Engines Using 

Gaussian Process and Sequential MDO 

Method 

(2016-01-0303) 

Jianhua Zhou, Mian LI, Min Xu, Shanghai 

Jiao Tong University 

Indian B hatch vehicle fuel efficiency 

improvement proposal by implementing 

the cam less VVA (Variable Valve Actuation) 

technology. 

(2016-01-0297) 

Pulakesh Chakraborty, Ketan Kinage, FCA 





Preparing For Delivering Knowledge 

Transfer via Augmented Reality 

Moderators: 

Paul Robert Davies, Boeing 

Panelists: 

Jürgen Lumera, Bosch Automotive Service 

Solutions LLC 

Farhad Patel, Huawei 

Marty Smets, Ford Motor Company 

Zsolt Szalavari, PTC 

James (Jim) E. Wagner, Caterpillar Inc. 

Planned by Service Technology Program 

Committee / Engineering Meetings Board 



MANUFACTURING 

TIME 




313 B 312 B 331 C 331 B 

CAD/CAM/CAE Technology (Part 

1 of 4) (SS101) 

This session publishes papers and 

presentations advancing the knowledge in 

product design, manufacturing processes, 

and engineering analysis using the state-ofthe-art 

computer technology. The scope 

includes such areas as CFD, manufacturing 

and assembly simulation, crash-worthiness, 

computational mechanics, mold flow, 

ride simulation, ergonomic design, NVH, 

reverse engineering, etc. Developments in 

numerical methods applicable to automotive 

engineering problems will also be considered. 

8:00 a.m. - 12:00 p.m. 

Design Optimization - Methods 

and Applications (Part 1 of 2) 

(SS103) 

Design Optimization Methods and 

Application session features papers on 

new and improved optimization techniques 

and on application of different optimization 

methods in component and vehicle 

design. Methods include deterministic 

and stochastic optimization techniques. 

Applications range from noise pressure 

optimization and vehicle dynamic response 

optimization to sub-system topology and 

shape and full vehicle gage and topology 

optimization. 

8:00 a.m. - 11:00 a.m. 



Model Validation and Verification 

(IDM106) 

Model Validation and Verification invite 

papers that deal with the theoretical and/ 

or applied aspects of one or more of the 

following representative topics: model 

development, model correlation/calibration, 

model verification, model validation, 

uncertainty quantification, uncertainty 

propagation, validation metrics, predictive 

capability assessment, etc. 

8:00 a.m. - 11:30 a.m. 



Reliability and Accelerated 

Testing (IDM103) 

This session presents methods and 

automotive applications on how to assess 

reliability and robustness in product 

development. Topics include among others, 

system reliability target allocation, interval 

analysis in robust design and imprecise 

reliability assessment. It also addresses new 

developments and applications in the area 

of accelerated testing. 

8:00 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

Organizers: 

Randy Gu, Oakland Univ.; Jared Song, 

General Motors Co.; Yu J. Teng; Qichao 

Zheng, General Motors Co. 

Finite Element Modeling Method of Vibro- 

Acoustic Systems for Mid-Frequency 

Simulation 

Organizers: 

Mallikarjuna Bennur, General Motors Co.; 

James De Clerck, Michigan Technological 

Univ.; Chandan Mozumder, General Motors; 

Vesna Savic, General Motors Co. 

Technical Keynote: How to Leverage Design 

Exploration and Optimization in Automotive 

Industry: Trends, Challenges and Learning 

from Successful Applications 

Organizers: 

Zhimin Xi, University of Michigan - Dearborn; 

Zhenfei Zhan, Chongqing University 

Proposed Validation Method for the 

Uncertainty Estimation of CNC-CMM 

Straightness Measurement Error using PSO 

Algorithm and SMC Technique 

Organizers: 

Yung-Li Lee, FCA US LLC; Paul Lubinski, 

Thermo King Corp.; Mark A. Pompetzki, 

HBM-nCode 

On Determining Multiple Road Test Profiles 

for Vehicle Level Reliability Testing 


Jeffrey R. Hodgkins, Walter Brophy, Thomas 

Gaydosh, Toyota Technical Center USA, 

Inc.; Norimasa Kobayashi, Hiroo Yamaoka, 


Fatma Y. Kocer, Altair Engineering 

Salah H. R. Ali, National Institute for 

Standards (NIS); Mohammed A. H. 

Khalafalla, Taibah University; Ihab H. Naeim, 

Taibah University and NIS; Sarwat Z. A. 

Zahwi, National Institute for Standards (NIS) 

Huairui Guo, David Dronzkowski, FCA 

US LLC 

Conformability Study into Restricted 

Displacement of Coated and Uncoated 

Compression Rings 

Bayesian Classifier Based Validation Method 

for Multivariate Systems 


Matthew W. Dickinson, Nathalie Renevier, 

John Calderbank, University of Central 

Lancashire 

Development of Fracture Model for Laser 

Screw Welding 

Near Optimal Control of Fuel Cell Hybrid 

Electric Vehicles in Real-Time 

Junqi Yang, Zhenfei Zhan, Chongqing 

University; Kai Zheng, Jie Hu, Shanghai Jiao 

Tong University 

Reliability Analysis with Model Uncertainty 

Coupling with Parameter and Experiment 

Uncertainties: A Case Study of 2014 V&V 

Challenge Problem 


Koushi Kumagai, Masaaki Kuwahara, 

Tsuyoshi Yasuki, Norimasa Koreishi, Toyota 


Zhimin Xi, University of Michigan 

One Click: Multipart CAD to 3D Mesh 

Carla Majed, Sami H. Karaki, Rabih Jabr, 

American University of Beirut; Ferdinand 

Panik, University of Applied Sciences 

Esslingen 

Design Study of Lightweight Automatic 

Transmission Parts for Vehicles Using Level 

Set-Based Topology Optimization 

Uncertainty quantification of system model 

parameters with component level and subsystem 

level tests 

A Unified Framework for Conducting 

Accelerated Fatigue Testing and Analysis 

Zhigang Wei, Michael Start, Jason Hamilton, 

Limin Luo, Tenneco Inc. 

Characterization and Quantification of 

Uncertainty in Design Parameters Caused 

by Sample Size Effects 

Zhigang Wei, Limin Luo, Michael Start, 

Litang Gao, Tenneco Inc. 

What Does R90C90 Really Mean? 


Martin Schifko, ESS Engineering Software 

Steyr GmbH; Hans Steiner, Caelynx; 

Bernhard Kornberger, ESS Engineering 

Software Steyr GmbH 

Miho Kumagai, Masaki Otomori, Takanori 

Ide, Aisin AW Co., Ltd.; Takayuki Yamada, 

Kazuhiro Izui, Shinji Nishiwaki, Kyoto Univ. 

Chenzhao Li, Sankaran Mahadevan, 

Vanderbilt University 

Mohammad Hijawi, FCA US LLC 

Fast Crank-Angle Based 0D Simulation of 

Combustion Engine Cold Tests including 

Manufacturing Faults and Production Spread 

Seal Cross-Section Design Automation and 

Optimization Using Isight 

Time Dependent Model Bias Correction for 

Model Based Reliability Analysis 

Practical Methods for Analyzing Reliability 

Test Data in the Presence of an Unexpected 

Failure Mode 


Julian Wiederer, University of Applied 

Sciences Würzburg; Lukas Leitner, Christian 

Endisch, Technische Hochschule Ingolstadt; 

Hans Reiss, Audi AG 

Charles Yuan, Erik Kane, Dassault 

Systemes Simulia Corp.; Abid Rahman, 


Hao Pan, University of Michigan 

Sharon L. Honecker, David J. Groebel, 

Adamantios Mettas, ReliaSoft Corporation 

Development of Fluid-Structure Interaction 

CAE Method to Assess Effect of Fuel Slosh 

on Fuel Level Sensor 

Optimization Solutions for Fan Shroud NVH 

An Integrated Validation Method for 

Nonlinear Multiple Curve Comparisons 


Dhaval Vaishnav, Ford Motor Company; Ilja 

Buerkle, Ford Werke GmbH; Syed Ali, Mike 

Dong, Ford Motor Company; Alexander 

Simpson, CD-adapco 

Prabhakar Konikineni, V. Sundaram, Kumar 

Sathish, Sankarasubramanian Thirukkotti, 

FCA Engineering India Pvt Ltd 

Zhenfei Zhan, Junqi Yang, Chongqing 

University; Xueqian Chen, Institute of 

Systems Engineering CAEP; Zhanpeng 

Shen, Engineering & Design 

Synthesis of accelerated and more realistic 

vibration endurance tests using kurtosis 

Frédéric Kihm, Andrew Halfpenny, Kurt 

Munson, HBM-nCode 




MANUFACTURING 

TIME 




313 B 312 B 331 C 331 B 


1 of 4) (SS101) 










reverse engineering, etc. Developments in 

numerical methods applicable to automotive 

engineering problems will also be considered. 

8:00 a.m. - 12:00 p.m. 



(SS103) 












optimization. 

8:00 a.m. - 11:00 a.m. 



Model Validation and Verification 

(IDM106) 

Model Validation and Verification invite 

papers that deal with the theoretical and/ 

or applied aspects of one or more of the 

following representative topics: model 

development, model correlation/calibration, 

model verification, model validation, 

uncertainty quantification, uncertainty 

propagation, validation metrics, predictive 

capability assessment, etc. 

8:00 a.m. - 11:30 a.m. 



Reliability and Accelerated 

Testing (IDM103) 

This session presents methods and 

automotive applications on how to assess 

reliability and robustness in product 

development. Topics include among others, 

system reliability target allocation, interval 

analysis in robust design and imprecise 

reliability assessment. It also addresses new 

developments and applications in the area 

of accelerated testing. 

8:00 a.m. - 11:30 a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 




Dynamic Three-Dimensional CFD Simulation 

of Closed Circuit Torque Converter Systems 

Organizers: 





Organizers: 

Zhimin Xi, University of Michigan - Dearborn; 

Zhenfei Zhan, Chongqing University 

Design Improvement on Plastic Fuel Tank 

System with Model Bias Prediction 


Chiranth Srinivasan, Simerics Inc.; Darshak 

Joshi, Luk USA LLC; Sujan Dhar, De Ming 

Wang, Simerics Inc. 

Influences of Pad Backplate on 

Thermomechnical Coupling in Disc Brake 

(2016-01-1354) 

Dejian Meng, Lijun Zhang, Zhuoping Yu, 








Changsheng Wang; Haijiang Liu, Tongji 

University; Tao Zhang, Zhiyong Zhu, Liang 

Liu, YAPP Automotive Parts Co Ltd 



Organizers: 

Yung-Li Lee, FCA US LLC; Paul Lubinski, 

Thermo King Corp.; Mark A. Pompetzki, 

HBM-nCode 

Accelerated Vibration Fatigue Testing 

Using a Mixture of Random and Impulsive 

Excitations 

Richard DeJong, Calvin Engineering; Se 

Ge Jung, Calvin College; John Van Baren, 

Vibration Research Corp. 



ENGINEERING/MANUFACTURING 

Essential events for mobility engineering professionals. 

go.sae.org/engmfg.events 

SAE 2016 Additive 

Manufacturing Symposium 


Knoxville, Tennessee, USA 

SAE 2016 Aerospace 

Manufacturing and Automated 

Fastening Conference & 

Exhibition 



SAE 2016 Augmented and 

Virtual Reality (AR/VR) 

Technologies Symposium 

November 14-16, 2016 

Philadelphia, PA, USA 

P160268 



MANUFACTURING 

TIME 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 




331 A 

Virtual Design and Engineering (Part 1 of 2) (IDM301) 

Once largely a subject of science fiction speculation, virtual reality is increasingly 

finding real-world applications in industry. This technical session will focus on uses 

of augmented reality/virtual reality (AR/VR), immersive visualization, virtual testing, 

and other tools to support all phases of product design and development, as well as 

manufacturing, ergonomics, serviceability, and safety. 

8:00 a.m. - 11:00 a.m. 

Organizers: 

David Elijah Palmer, BRP US Inc.; George Smith, Magna Powertrain USA Inc.; Paul 

Zalucha, Ford Motor Company 

Virtual Reality Technology Enables Better Faster Decisions 

(Oral Only) 

Daniel Bradley Keleher, Deere & Company 

Use of Immersive Virtual Environments to Study Driver Behavior and Improve Road 

Safety 

(Oral Only) 

Anuj Pradhan, Univ. of Michigan 

Virtual Reality in Accident Reconstruction 

(Oral Only) 

Gerald Jackson, JP Research Inc. 

Improving Human-Computer Interaction in Head-Mounted Displays 

(Oral Only) 

Scott Kuhl, Michigan Technological Univ. 

Building 21st Century Manufacturing Talent through VR STEM Education for 

Lightweighting Technology 

(Oral Only) 

Larry Brown, Sandy Garbovan, LIFT 

Visualization, Modeling and Simulation in the RAVE CAVE 3D Stereo Immersive 

Environment 

(Oral Only) 

Arthur Adlam, RAVE CAVE 

Planned by Integrated Design and Manufacturing Activity 


ADDITIVE 

MANUFACTURING 

SYMPOSIUM 


Knoxville Marriott 

Knoxville, Tennessee 

www.sae.org/events/ams 

P160067 



MANUFACTURING 

TIME 




313 B 312 B 331 C 331 B 


2 of 4) (SS101) 










reverse engineering, etc. Developments 

in numerical methods applicable to 

automotive engineering problems will also 

be considered. 

1:00 p.m. - 5:00 p.m. 



(SS103) 












optimization. 

1:00 p.m. - 4:30 p.m. 

Key Success Factors for 

DFSS and Lean Manufacturing 

(IDM400) 

This technical session deals with research 

and development efforts addressing the 

advancement and applications of Lean 

methodologies and Quality improvement 

in the mobility Industry. Papers presented 

in this session will portray the latest 

developments in the principles, practices, 

tools, processes, and applications of Lean 

and Quality improvement methodologies. 

1:00 p.m. - 3:00 p.m. 




Automotive Aero-Thermal and 

Fluid Systems (IDM105) 

The purpose of this session is to bring 

awareness among the automotive 

aerodynamics, thermal and hydraulic 

systems development community to 

address the need of reliability analysis and 

robust design to improve the overall product 

quality. This session also introduces CAE 

based optimization of aero-thermal and 

fluid systems to improve automotive fuel 

economy. This session presents papers 

covering both testing and simulation. 

1:00 p.m. - 3:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 




Numerical Study of Internal Combustion 

Engine using OpenFOAM® 

Organizers: 





Computational Efficiency Improvements in 

Topography Optimization Using Reanalysis 

Organizers: 

Beena Anand, DTE Energy; Mohamed El- 

Sayed, Kettering Univ.; Efstratios Nikolaidis, 

University Of Toledo 

Lean Prototyping for Exhaust Systems out 

of India 


Tomoyuki Hosaka, Taisuke Sugii, Eiji Ishii, 

Kazuhiro Oryoji, Yoshihiro Sukegawa, 

Hitachi, Ltd. 

Highly Parallel Computation of Eigenvalue 

Analysis in Vibration for Automatic 

Transmission using Sakurai-Sugiura Method 

and K-Computer 

Syed F. Haider, Zissimos Mourelatos, 


Meshing Considerations for Automotive 

Shape Design Optimization 

Jan-Friedrich Brand, Patrick Garcia, 

Tenneco GmbH; Laxman Nalage, Pradip 

Ithape, Tenneco Automotive India Private 

Ltd. 

Lean Product Development. How to 

Create Flow? Reflection after a 4 years 

Implementation in one Business Unit - Part 

1. 


Takanori Ide, Kentaro Toda, Aisin AW Co., 

Ltd.; Yasunori Futamura, Tetsuya Sakurai, 

University of Tsukuba 

Automatic FEM Mesh Generation of 3D 

Mid-Surface and Solid CAD Model with 

Shape Recognition Technique 

Travis Carrigan, Pointwise, Inc.; Mark 

Landon, Optimal Solutions Software LLC; 

Claudio Pita, Pointwise, Inc. 

Fast and Stable Quasi-Static Bending 

Simulations in LS-DYNA: Identification of 

Optimal Finite Element Model Parameters 

Patrick Garcia, Jiri Radous, Tenneco; 

Artur Krol, Jacek Bosek, Tenneco Gliwice; 

Caroline Baeten, Tenneco 

Value Streaming Through Effective 

Participation in Lean Product Realization 

Organizers: 

Alaa El-Sharkawy, FCA US LLC; David 

A. Lamb, US Army TARDEC; Sadek S. 

Rahman, FCA US LLC; Richard L. Sun, 


An Empirical Methodology for the Prediction 

of the Boiling Limits of EGR Coolers 

Julio Carrera, BorgWarner Emissions 

Systems 

Transient Modeling of Vehicle Exhaust 

Surface Temperatures 

Alaa El-Sharkawy, FCA US LLC; Amr Sami, 

Abd El-Rahman Hekal, Optumatics LLC; 

Dipan Arora, Masuma Khandaker, FCA 

US LLC 

Model-Based Design and Optimization of 

Vehicle Thermal Management System 


Koji Otani, Integral Technology Co. Ltd. Karthik Ramaswamy, Jayaraj 

Radhakrishnan, General Motors Technical 

Center India; Bhaskar Patham, SABIC; 


Mohamed El-Sayed, Kettering Univ. Joydip Saha, Harry Chen, Sadek Rahman, 

FCA US LLC 

Technology to Balance Discharge Pressure 

Characteristics with Hydraulic Vibration 

Control for a Three-stage Variable Discharge 

Oil Pump 

Optimal Design of Cellular Material Systems 

for Crashworthiness 

Product Cost Management 


Kenichi Higuchi, Fumihiko Toyoda, Hirohito 

Terashima, Shinji Ikeda, Aisin Seiki Co., 

Ltd.; Eitaku Nobuyama, Kyushu Institute of 

Technology 

Criticality of Tube Bending Through CAE 

Understanding 


Sivanandi Rajadurai, Guru Prasad Mani, 

Sharda Motor Industries, Ltd. 

Finite Element Analysis on Multi-Layer-Steel 

Cylinder Head Gaskets 


Jiaqi Li, Jimin Ni, Xiuyong Shi, Tongji 

University 

Kai Liu, Purdue University; ZongYing Xu, 

Indiana University Purdue University; Duane 

Detwiler, Honda R & D Americas Inc.; 

Andres Tovar, Indiana University Purdue 

University 

Light Weight Structures - Structural Analysis 

for Weight Optimization and Joining 

Techniques of Dissimilar Materials 

Anuj Anand, Hari Prasad Konka, Eaton 

Technologies Private, Ltd.; Peter Fritz, Eaton 

Corporation 

Light weight structure development using 

non linear load cases for suspension 

components (Cradle) 

Subash Sudalaimuthu, Mohamed Sithik, 

FCA Engineering India Pvt Ltd; Roberto 

Pesce Jr, FCA Fiat Chrysler Automóveis 

Brasil Ltda.; Chandra Mouli Sankaran, FCA 


Edward E. Mabley, Siemens Industry 

Software 

Transient Modelling of Vehicle Under-hood 

and Underbody component Temperatures 

Alaa El-Sharkawy, Dipan Arora, FCA US 

LLC; Abd El-Rahman Hekal, Amr Sami, 

Muhannad Hendy, Optumatics LLC 




MANUFACTURING 

TIME 




313 B 312 B 331 C 331 B 


2 of 4) (SS101) 














1:00 p.m. - 5:00 p.m. 



(SS103) 












optimization. 

1:00 p.m. - 4:30 p.m. 

Key Success Factors for 

DFSS and Lean Manufacturing 

(IDM400) 

This technical session deals with research 

and development efforts addressing the 

advancement and applications of Lean 

methodologies and Quality improvement 

in the mobility Industry. Papers presented 

in this session will portray the latest 

developments in the principles, practices, 

tools, processes, and applications of Lean 

and Quality improvement methodologies. 

1:00 p.m. - 3:00 p.m. 




Automotive Aero-Thermal and 

Fluid Systems (IDM105) 

The purpose of this session is to bring 

awareness among the automotive 

aerodynamics, thermal and hydraulic 

systems development community to 

address the need of reliability analysis and 

robust design to improve the overall product 

quality. This session also introduces CAE 

based optimization of aero-thermal and 

fluid systems to improve automotive fuel 

economy. This session presents papers 

covering both testing and simulation. 

1:00 p.m. - 3:00 p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 




Design and Optimization of Web Fillets 

for Commercial Vehicle Crankshaft for 

Improving SCF and Theoretically Correlated 


Suresh Kumar Kandreegula, Sayak 

Mukherjee, Sonu Paroche, Diwakar Ayyar, 

Umashanker Gupta, VE Commercial 

Vehicles Ltd. 

Performance of Bumper with crash tubes 

using aluminum alloy AA6061 and AA7003 

materials using numerical methods. 

(2016-01-1351) 

Simhachalam Bade, Tube Investment of India 




Organizers: 





Track Bar Bracket Development with the 

Help of Advanced Optimization Techniques 

Subash Sudalaimuthu, FCA Engineering 

India Pvt Ltd; Barry (Baizhong) Lin, FCA US 

LLC; Mohamed Sithik, Rajeev Sakunthala 

Rajendran, FCA Engineering India Pvt Ltd 




Organizers: 

Beena Anand, DTE Energy; Mohamed El- 

Sayed, Kettering Univ.; Efstratios Nikolaidis, 

University Of Toledo 



Organizers: 

Alaa El-Sharkawy, FCA US LLC; David 

A. Lamb, US Army TARDEC; Sadek S. 

Rahman, FCA US LLC; Richard L. Sun, 




The MeMber ConneCTion 

It all starts at connection.sae.org: your link to the 

membership community. 

Through this forum, members can connect to other 

industry professionals, the SAE Membership Team for 

support, and much more: 

• Learn about the latest member benefits and volunteer 

opportunities 

• Get involved in discussions on the latest technical topics 

and increase your professional network 

• Engage with other mobility engineering professionals 

like you in the industry-specific Aerospace, Automotive, 

or Commercial Vehicle sector communities 

• Explore industry spanning topics in the cross-sector 

Open Forum 

If you have any questions about your membership or 

your benefits, please contact your membership team: 

Toll-free: +1.877.606.7323 (U.S. and Canada) 

Phone: +1.724.776.4970 (Outside U.S. & Canada) 

Fax: +1.724.776.0790 

Email: CustomerService@sae.org 

P151254 



MANUFACTURING 

TIME 




331 A 

Virtual Design and Engineering (Part 2 of 2) (IDM301) 

Once largely a subject of science fiction speculation, virtual reality is increasingly 

finding real-world applications in industry. This technical session will focus on uses 

of augmented reality/virtual reality (AR/VR), immersive visualization, virtual testing, 

and other tools to support all phases of product design and development, as well as 

manufacturing, ergonomics, serviceability, and safety. 

1:00 p.m. - 2:30 p.m. 

Organizers: 

David Elijah Palmer, BRP US Inc.; George Smith, Magna Powertrain USA Inc.; Paul 

Zalucha, Ford Motor Company 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

Computer Aided Human Simulation for Ergonomics 

(Oral Only) 

Joel Cort, Univ. of Windsor 

Conceptual Development and Implementation of a Reconfigurable Interior Concept 

for an Urban Utility/Activity Vehicle 

(2016-01-0321) 

Manjil Kale, Rajat Diwan, Fnu Renganathan Dinesh, Mark Benton, Prasanth 

Muralidharan, Paul Venhovens, Johnell Brooks, CU-ICAR; ChunKai Liu, Art Center 

College of Design; Julie Jacobs, Sage Automotive Interiors; Craig Payne, Toyota 


Study of a Virtual Vehicle Test System Based on Forward Powertrain-in-the-Loop 

Technology 

(Oral Only) 

Sun Qiang, Huang Denggao, Xie Hui, Tianjin University 


CORPORATE LEARNING 

SOLUTIONS 

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KNOW HOW. 

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optimize your products and services, and get it from one of the 

best technical learning providers in the world. 

KNOW BETTER. 

Get in the know with solutions and real-world applications 

from our 150+ industry experienced instructors. 

KNOW FASTER. 

Get the know-how when and how you need it. 

Live online and on demand! 

Get in the know about SAE Corporate Learning Solutions. Contact us today. 

www.training.sae.org/corplearning • 1-724-772-8529 • corplearn@sae.org 

P150334 B 



MANUFACTURING 

TIME 




312 B 313 B 331 C 

Body Engineering and Design 

(Part 1 of 2) (SS100) 

BE & D cover several important areas that 

are related to vehicle body, including its 

components such as instrument panel, 

steering column and wheel, seats, hood, 

decklid, transmission cross-member, hard 

mounted chassis, CRFM, etc. Topics 

included are: Novel concepts, Analysis, 

Design, Testing, Predictions of strength, 

stiffness, and fatigue life, welding methods, 

vehicle body quality, durability, reliability, 

safety, ride & handling, NVH, aerodynamics, 

mass reduction, as well as fuel economy. 

8:00 a.m. - 11:00 a.m. 


3 of 4) (SS101) 














8:00 a.m. - 12:00 p.m. 

Modeling and Simulation of 

Military Ground Vehicles (Part 1 of 

2) (IDM201) 

The complexity and cost of military vehicle 

ground vehicles are ideal candidates for 

the system-level modeling and simulation 

environment. This session will address the 

emerging technologies, practical challenges, 

and current gaps related to modeling and 

simulation of military ground vehicles. 

Topics of interest may consist of vehicle 

system integration and optimization, vehicle 

dynamics/control , advanced and hybrid 

powertrains, high performance structures/ 

materials and vehicle mobility 

8:00 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

Mallikarjuna Bennur, General Motors 

Co.; Raghu Echempati, Kettering Univ.; 

Ramakrishna Koganti, Ramk Inc.; Vesna 

Savic, General Motors Co. 

Passengers First Light Truck - A Modern 

Take on a Narrow Wake 

Organizers: 




Application Study of Nonlinear Viscoelastic 

Constitutive Model for Dynamic Behavior of 

Suspension Arm Bushing 

Organizers: 

Denise M. Rizzo, Matthew Castanier, 

William Smith, US Army TARDEC 

Chairpersons: 

Denise Rizzo, Matthew Castanier, William 

Smith, US Army TARDEC 

Energy Analysis of a Powertrain and 

Chassis Integrated Simulation on a Military 

Duty Cycle 


Edward C. Fontana 

Masahiro Ueda, Satoshi Ito, Daichi Suzuki, 


Denise M. Rizzo, Paramsothy Jayakumar, 

Dave Mechergui, US Army TARDEC; 

Periannan Kumaran, Pratt & Miller 

Engineering; Jonathan Zeman, Gamma 

Technologies Inc 

An Outlook on Multi Material Body Solutions 

in the Automotive Industry - Possibilities and 

Manufacturing Challenges 

An Automated Head Impact Development 

for Automobile Instrument Panel Application 


Fredrik Henriksson, Kerstin Johansen, 

Linköping University 

Conceptual Development of a Multi-Material 

Composite Structure for an Urban Utility/ 

Activity Vehicle 

Vali Farahani, Salamah Maaita, 

CalsonicKansei North America Inc.; Aditya 

Jayanthi, Altair Engineering, Inc. 

Application of Electromagnetic Simulation to 

Electronic Key System Development 


Christopher Flegel, Parth Bhivate, Liang Li, 

Yash Mathur, Sanket Phalgaonkar, Mark 

Benton, Prasanth Muralidharan, Johnell 

Brooks, Srikanth Pilla, Paul Venhovens, CU- 

ICAR; David Lewis, Diversified Structural 

Composites; Garrett DeBry, Art Center 

College of Design; Craig Payne, Toyota 


Impact of Light-Weight Design on 

Manufacturing Cost - A Review of BMW i3 

and Toyota Corolla Body Components 

Nobuhiro Ide, Jun Hioki, Hiroki Okada, 


Enhanced Heat Transfer Coefficient (HTC) 

Method to Model Air Quench Process: 

HTC Patching for More Accurate FEA 

Temperature Calculation 

Powertrain Analysis and Computational 

Environment (PACE) for Multi-physics 

Simulations using High Performance 

Computing 

Tomasz A. Haupt, Angela E. Card, Matthew 

Doude, Michael S. Mazzola, Mississippi 

State Univ.; Scott Shurin, US Army 

TARDEC; Alan Hufnagel, TARDEC 

Integration of Vehicle Performance and Fuel 

Economy Software with Military Ground 

Vehicle Mission Assessment Tools 

Larry Michaels, Argonne National 

Laboratory; Curtis G. Adams, TARDEC; 

Michael Juskiewicz, Argonne National 

Laboratory 

Enhanced Simulation Techniques for the 

Automatic Evaluation of Vehicle Designs 


Piyush Bubna, Marc Wiseman, Ricardo Inc. James Jan, Eben Prabhu, Xingfu Chen, 

Ulrich Weiss, Ford Motor Company 

Daniel Downs, Taylor Comer, Christopher 

Archibald, Cindy Bethel, Mississippi State 

University; Christopher Goodin, Phillip 

Durst, ERDC 

Reanalysis of Linear Dynamic Systems 

using Modified Combined Approximations 

with Frequency Shifts 

A CFD study of an Electronic Hydraulic 

Power Steering Helical External Gear 

Pump: Model Development, Validation and 

Application 


Syed F. Haider, Oakland Universtiy; Zissimos 

Mourelatos, Oakland University 

Feng Qi, FZB Technology Inc.; Sujan Dhar, 

Varun Haresh Nichani, Chiranth Srinivasan, 

De Ming Wang, Simerics Inc.; Liang Yang, 

Zhonghui Bing, Jinming Jim Yang, FZB 

Technology Inc. 

Powerpack Optimal Design Methodology 

with Embedded Configuration 

Benchmarking 

Andrej Ivanco, Clemson-ICAR; Kan Zhou, 

Heath Hofmann, University of Michigan; 

Zoran S. Filipi, Clemson-ICAR 




MANUFACTURING 

TIME 




312 B 313 B 331 C 


(Part 1 of 2) (SS100) 













8:00 a.m. - 11:00 a.m. 


3 of 4) (SS101) 














8:00 a.m. - 12:00 p.m. 



2) (IDM201) 













8:00 a.m. - 11:30 a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 





Multi-Objective Satisfactory Design 

Solution Sets for Designing a Maximum 

Crash -Worthy Cabin Section Shape Using 

Preference Set-Based Design 

Organizers: 




CFD simulation of Urea-Water solution 

injection and mixing in automotive SCR 

DeNOx-systems 

Organizers: 

Denise M. Rizzo, Matthew Castanier, 

William Smith, US Army TARDEC 

Chairpersons: 



Fuel-Optimal Strategies for Vehicle 

Supported Military Microgrids 


Nobuyoshi Ishibai, Hino Motors Ltd. Kundan Biswas, Vivek Kumar, Rohit Vaidya, 

Tata Motors, Ltd. 

Robert S. Jane, Gordon G. Parker, Wayne 

Weaver, Michigan Technological Univ.; 

Denise M. Rizzo, US Army TARDEC 




In-Vehicle Driving Posture Reconstruction 

from 3D Scanning Data Using a 3D Digital 

Human Modeling Tool 


Junyi Chen, Bangshui Jiang, Shutao Song, 

Hongyan Wang, Tongji University; Xuguang 

Wang, Université de Lyon 

Reduce Cost of Product Design using Unit 

FE Simulation 

(2016-01-1371) 

Satish Jaju, Pritesh Jain, Gopal Musale, 

Tata Technologies Ltd. 




Control Strategies for Power Quantized 

Solid Oxide Fuel Cell Hybrid Powertrains: In 

Mobile Robot Applications 

Yuanzhan Wang, Jason B. Siegel, Anna G. 

Stefanopoulou, University of Michigan 



MANUFACTURING 

TIME 




312 B 313 B 331 A 331 C 


(Part 2 of 2) (SS100) 













1:00 p.m. - 4:00 p.m. 


4 of 4) (SS101) 














1:00 p.m. - 5:00 p.m. 

Integrated Computational 

Materials Engineering (ICME) 

(IDM109) 

ICME is an emerging discipline to address 

foundational engineering problems with the 

integration of predictive tools and methods 

that model and simulate materials & 


local materials properties and component 

performance. This session will address new 

developments and practical applications of 

ICME for metallic, polymeric and composite 

material systems in automotive industry. 

1:00 p.m. - 4:00 p.m. 



2) (IDM201) 













1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 





Development of Paint-Less Black Gloss 

Decorative Technology for Frame Molding 

Organizers: 




Optimizing Weld Sequences of Automotive 

and Aerospace Structures Using CAD 

Based Finite Element Analysis 

Organizers: 

Yang Li, Ford Motor Company; Qigui Wang, 

General Motors Co.; Hongyi Xu, Ford Motor 

Company; Alan Luo, Ohio State University; 

Mei Li, Ford Motor Company 

Technical Keynote: ICME Development of 

Carbon Fiber Composites for Lightweight 

Vehicles 

Organizers: 

Denise M. Rizzo, William Smith, Matthew 

Castanier, US Army TARDEC 

Chairpersons: 



Simulation and Comparison of Autoignition 

of Homogeneous Fuel/Air Mixtures and 

Sprays in Diesel Engines 

(2016-01-1331) (Oral Only) (Oral Only) (2016-01-0311) 

Shingo Hanano, Kanehiro Nagata, Yusuke 

Murase, Aisin Seiki Co. Ltd. 

Donald Jasurda, Dimensional Control 

Systems Inc. 

Xuming Su, Ford Motor Company 

Umashankar Mohan Chandra Joshi, Manan 

Jyotin Trivedi, Ziliang Zheng, Wayne State 

University; Peter Schihl, US Army TARDEC; 

Naeim A. Henein, Wayne State University 

Development of Modular Headliner System 

GPGPU-Based High Performance Parallel 

Computation Method for Valve Body Failure 

Mode 

Technical Keynote: Integrated 

Computational Materials Engineering 

(ICME) of Generation Three Advanced High 

Strength Steels 


Hee Sang Park, Hyundai Motor Co. and KIA 

Louis Gerard Hector, General Motors Co. 

Motors Corp. 

A Method for Body Joint Stiffness 

Evaluation and Target Setting 

Tomonori Suzuki, Tsutomu Mani, AW 

Engineering Co.,Ltd.; Kenichi Tsuchida, 

Masamichi Yamaguchi, Aisin AW Co.,Ltd. 

Semi-Empirical CFD Transient Simulation of 

Engine Air Filtration Systems 


Lei Shi, Peng Yi, Zhan Zhang, Great Wall 

Motor Company Limited 

Parametric Study of Ladder Frame Chassis 

Stiffness 

Hongwen Wu, KTH Royal Institute of 

Technology; Johan Brunberg, Volvo Car 

Corporation; Mireia Altimira, KTH Royal 

Institute of Technology; Niclas Bratt, 

Henrik Nyberg, Volvo Car Corporation; 

Andreas Cronhjort, KTH Royal Institute of 

Technology; Justinas Peciura, Volvo Car 

Corporation 

CAE-based Virtual Shaker Table for Exhaust 

System Component Development 

Predicting Stress vs. Strain Behaviors 

of Thin-Walled High Pressure Die Cast 

Magnesium Alloy with Actual Pore 

Distribution 


Praneeth Kurisetty, Naveen Sukumar, VE 

Commercial Vehicles, Ltd.; Umashanker 

Gupta, Volvo Group 

Huai-Ren Shih, Yin Chen, Faurecia 

Effects Analysis of Torsion Bar Spring 

Modelling Precision on Properties of Pre- 

Setting Process 

The Finite Element Analysis of Planetary 

Gear Pinion Shaft Staking 

Kyoo Sil Choi, Erin Barker, Guang Cheng, 

Xin Sun, Pacific Northwest National 

Laboratory; Joy Forsmark, Mei Li, Ford 

Motor Company 

Modeling Molecular Structure to Tribological 

Performance 


Zhenfeng Wang, Mingming Dong, Junfeng 

Xiang, Pu Gao, Liang Gu, Yushuai Wang, 

Beijing Institute of Technology 

Jerry Lai, Youssef Ziada, Juhchin Yang, Ford 

Motor Company 

Chad W. Chichester, Dow Corning Corp.; 

Aleksandra Nevskaya, Dow Corning, GmbH 

An Engine Thermal Management System 

Controller Design for Military Ground Vehicle 

Simultaneous Fan, Pump and Valve Control 

Xinran Tao, John R. Wagner, Clemson 

University 

Evaluation of the Seat Index Point Tool for 

Military Seats 

Matthew Reed, University of Michigan; 

Sheila Ebert-Hamilton, UMTRI 

Uncertainty Assessment in Restraint System 

Optimization for Occupants of Tactical 

Vehicles 

Dorin Drignei; Zissimos Mourelatos, Ervisa 

Kosova, Oakland Univ.; Jingwen Hu, 

Matthew Reed, Univ. of Michigan - Ann 

Arbor; Jonathan Rupp, Transportation 

Research Institute; Rebekah Gruber, US 

Army TARDEC; Risa Scherer, US Army 

A Reduced-Order Model for Evaluating the 

Dynamic Response of Multilayer Plates to 

Impulsive Loads 

Weiran Jiang, Alyssa Bennett, Nickolas 

Vlahopoulos, University of Michigan; 

Matthew Castanier, Ravi Thyagarajan, US 

Army TARDEC 




MANUFACTURING 

TIME 




312 B 313 B 331 A 331 C 


(Part 2 of 2) (SS100) 













1:00 p.m. - 4:00 p.m. 


4 of 4) (SS101) 














1:00 p.m. - 5:00 p.m. 

Integrated Computational 

Materials Engineering (ICME) 

(IDM109) 

ICME is an emerging discipline to address 

foundational engineering problems with the 

integration of predictive tools and methods 

that model and simulate materials & 


local materials properties and component 

performance. This session will address new 

developments and practical applications of 

ICME for metallic, polymeric and composite 

material systems in automotive industry. 

1:00 p.m. - 4:00 p.m. 



2) (IDM201) 













1:00 p.m. - 4:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 





Design of Bumper Beam Structure for 

Pedestrian Protection and Low Speed 

Bumper Impact(ECE-R42). 

Organizers: 




Gasoline Engine Connecting Rod Buckling 

Load and Post Buckling Deformation 

Prediction through CAE for Lightweight 

Design 

Organizers: 

Yang Li, Ford Motor Company; Qigui Wang, 

General Motors Co.; Hongyi Xu, Ford Motor 

Company; Alan Luo, Ohio State University; 

Mei Li, Ford Motor Company 

Predicting Non-Linear behavior in virtual 

composite microstructures by accounting 

for matrix cracking, debonding, and fiber 

rupture 

(2016-01-1335) (2016-01-1343) (Oral Only) (Oral Only) 

Abhishek Sinha, Kamlesh Yadav, Rajdeep 

Singh Khurana, Maruti Suzuki India, Ltd. 




Vivek Yadav, Krishnan Karthikeyan, Wasim 

Akram Shaikh, Ganesh Dacharum, Keerthi 

B. M., Mahindra and Mahindra, Ltd. 

The Cyclic Strain Life Physical Test 

Correlation Using CAE 

Matthew Jackson, Fabio Bressan, 

Solvay; Flavio Souza, Leandro Castro, 

MultiMechanics 


Pankaj Goverdhan Bhirud, Tata 

Technologies Ltd.; Andrew Blows, Peter 

Wakelin, Jaguar Land Rover Ltd.; Ajay 

Virmalwar, Tata Technologies Ltd. 

Virtual Drivetrain Simulation Using Adams 

View and Correlation with Test 

(2016-01-1361) 

Abhijit Londhe, Vivek Yadav, SenthilKumar 

Kannaiyan, Krishnan Karthikeyan, Ganeshan 

Reddy, Mahindra and Mahindra, Ltd. 






Organizers: 

Denise M. Rizzo, William Smith, Matthew 

Castanier, US Army TARDEC 

Chairpersons: 



Reliability Assessment and Warranty 

Prediction of Repairable Systems Using 

Renewal Processes 

Themistoklis Koutsellis, Oakland University; 

Matthew Castanier, US Army TARDEC; 

Zissimos Mourelatos, Oakland University 

Development of New Ground Vehicle MOUT 

Mobility Requirement Testing Procedures 

through Modeling and Simulation 

William Smith, US Army TARDEC; Jeremy 

Mange, US Army RDECOM 





MANUFACTURING 



TIME SESSION TITLE, DESCRIPTION, AND ROOM 

1:00 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

331 B 

Robotics and Factory Automation (IDM303) 

The scope of the Robotics and Factory Automation session 

covers robot kinematics, dynamics and controls using 

modeling, simulation, and experimental analysis of different 

robotic systems, such as traditional industrial robots and 

Collaborative robots (Cobots). Engineers and researchers 

in will present their innovative ideas and findings in area 

of factory automation, digital manufacturing, simulation 

and integration in Advanced Manufacturing and Assembly 

production systems. 

1:00 p.m. - 5:00 p.m. 

Organizers: 

Monika Minarcin, Omron Corp.; Ana M. Djuric, WSU SSIM 

Technical Keynote: Manufacturing with Autonomous 

Intelligent Vehicles (AIVs) 

(Oral Only) 

Keith R. Kersten, Omron Corp.; Terry Hannon, Adept 

Technology Inc. 

Baxter Kinematic Modeling, Validation and Reconfigurable 

Representation 

(2016-01-0334) 

Lucas e Silva, Instituto Federal de Educação; Tennakoon 

Mudiyanselage Tennakoon, Mairon Marques, Ana M. Djuric, 


Fanuc Family Inverse Kinematics Modeling, Validation and 

Visualization 

(2016-01-0335) 

Samuel M. Odeyinka, Ana M. Djuric, Wayne State University 

Considerations in Collaborative Robot System Designs and 

Safeguarding 

(2016-01-0340) 

Tina Hull, Monika A. Minarcin, Omron Automation and 

Safety 

A Framework for Collaborative Robot (CoBot) Integration in 

Advanced Manufacturing Systems 

(2016-01-0337) 

Ana M. Djuric, Wayne State University; R.J. Urbanic, 

University of Windsor; J.L. Rickli, Wayne State University 

A Linkage Based Solution Approach for Determining 6 Axis 

Serial Robotic Travel Path Feasibility 

(2016-01-0336) 

R.J. Urbanic, University of Windsor; R. Hedrick, 

CAMufacturing Solutions Inc.; Ana M. Djuric, Wayne State 

University 

Methods for Evaluating the Functional Work Space for 

Machine Tools and 6 Axis Serial Robots 

(2016-01-0338) 

R.J. Urbanic, University of Windsor; Ana M. Djuric, Wayne 

State University 


INTEGRATED DESIGN & MANUFACTURING EXHIBITORS 

Altair Engineering.............................1028 

BAND-IT Idex....................................... 617 

Caelynx..................................................407 

Cambustion..........................................906 

Camcraft............................................. 1344 

CD-adapco............................................401 

Concepts NREC................................... 624 

Configit..................................................809 

Convergent Science Inc................... 543 

Co-Optimization of Fuels and 

Engines............................................... 723 

Cradle North America Inc............... 600 


(DEP) Inc...........................................1216 

DfR Solutions........................................1117 

Dimensional Control Systems 

Inc......................................................... 714 

Donaldson Company Inc.................. 423 

Dynacast...............................................606 

EASi........................................................602 

Eastman Chemical Company......... 535 

EDAG Inc............................................... 929 

Endurica LLC......................................... 931 

ESTECO................................................. 429 

Faith Target Group Limited............. 622 

ForceBeyond Inc................................ 529 

Gamma Technologies Inc................. 615 

Impro Industries USA Inc...............1050 

Indo-MIM (P) Ltd................................ 528 

Integral Technology Co Ltd...........1342 

Jeonwoo................................................. 217 

Jive Software.................................... 205P 

KIPP Car Comfort Systems............1343 

Melecs EWS GmbH...........................1334 

Minitab Inc............................................. 531 

Miyaki USA Inc....................................434 

MSC Software........................................116 

New York State Vehicle 

Composite Program.......................630 

Ningbo Hengshuai Micromotor 

Co Ltd................................................1023 

Oak Ridge National Laboratory.... 623 

Oblong Industries Inc.......................549 

Omron Corporation...........................945 

Oxford Instruments..........................1235 

Pacific Northwest National 

Laboratory........................................ 623 

Permabond Engineering 

Adhesives.........................................1035 

Proto Labs...........................................1335 

Ricardo Software...............................949 

Saati Americas Corp......................... 324 

Samjin Jeonggong Co Ltd................. 211 

Seoul Industry Engineering Co......1314 

Synergeering Group, LLC................807 

Syn-Tech Ltd........................................ 523 

Transtek Magnetics, Inc................... 800 

University of Detroit Mercy..........304P 

University of Michigan Solar 

Car Team..................................... Atrium 

Visual Components North 

America...............................................103 

Woelfel Engineering GmbH 

+ Co. KG.............................................1214 

Zeiss Industrial Metrology............ 305P 



MANAGEMENT & 

MARKETPLACE 

TUE WED THUR 


Engineering Education (CONG101) - - - - 4 - 331 A 105 

Mobility History (CONG201) - 4 - - - - 413 B 105 

SAE/MI Innovation Alliance Competition Finals: 

Global Automotive and Mobility Innovation Challenge 

(SAE/MI) 

4 260 Portside Ballroom 105 





SAE INTERNATIONAL 

AWARDS AND 

SCHOLARSHIPS 

RECOGNIZING OUTSTANDING 

ACHIEVEMENTS BY MOBILITY ENGINEERING 

STUDENTS AND PROFESSIONALS 

Nominate or apply today! 

awards.sae.org 

students.sae.org/scholarships 

P160092 



TIME 

1:00 

p.m. 

1:40 

p.m. 

2:20 

p.m. 

3:00 

p.m. 

3:40 

p.m. 

4:20 

p.m. 




413 B 260 Portside Ballroom 

Mobility History (CONG201) SAE/MI Innovation Alliance 

Competition Finals: Global 

Automotive and Mobility 

Innovation Challenge (SAE/MI) 

The Mobility History Committee has as its 

mission to link the lessons of the past to the 

present and, with such an understanding, 

to support the platform for future 

developments. 

This session will focus on presentation 

regarding the people or technologies 

which have had particular influence on the 

direction of automotive development, and 

which will therefore have special relevance 

and interest for today’s SAE-engineering 

community. 

1:00 p.m. - 5:00 p.m. 

Organizers: 

Jeremy Goddard, IDIADA Automotive 

Technology SA; Michael J. Jones; Roger 

Krieger 

Chairpersons: Michael J. Jones 

The Big Three Search for an Economy 

CarSmall Car Programs in the 1930s 

(Oral Only) 

Alfred D. Bosley 

The GMR-GMR&amp;D Fuels and 

Lubricants Department - Its History and 

Accomplishments 

(2016-01-0176) 

Joseph M. Colucci, GM R&D (retired) 

Automotive Two-Stroke-Cycle Engine 

Development in the 1980-1990s 

(2016-01-0177) 

Edward G. Groff, GM Powertrain (Retired) 

Italian Motorcycles - 1950s Italian GP500 

4-Stroke Multis 

(Oral Only) 

Graham Clayton 

History of Amphibious Vehicles 

(Oral Only) 

Neil Jenkins, Gibbs Technologies 

Automatic Transmission History 

(Oral Only) 

Keith Martin, BorgWarner Inc. 

Planned by Mobility History Committee / 


2:00 p.m. - 5:00 p.m. 

Organizers: 

Dennis Nash, MIT Alliance; David Stout, 

David B Stout Associates LLC 

Hear finalists compete for a chance to 

win more than $200,000 in business 

acceleration services at the 8th Annual 

Innovation Accelerator Competition. 

The collaborative event between SAE 

International and MI Innovation Alliance 

seeks to find innovative companies with 

promising ideas to solve problems within 

todays automotive industry. Judges will 

be senior executives from the automotive 

industry and venture capital investors, with 

winners presenting on Thursday SAE World 

Congress Tech Hub. 

TIME 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

MANAGEMENT & 

MARKETPLACE 

THURSDAY, APRIL 14 - 

MORNING 

Technical and Business 

Sessions 

SESSION TITLE, DESCRIPTION, AND 

ROOM 

331 A 

Engineering Education 

(CONG101) 

The session will cover a spectrum of 

topics in engineering education: from the 

role that Masters level education plays 

in the development of a national R&D 

capability through to the fine detail of both 

the design of undergraduate teaching of 

engine simulation and the investigation 

of vehicle dynamics in the context of an 

FSAE development. The speakers will 

be available for a discussion after the 

presentations. 

9:00 a.m. - 11:00 a.m. 

Organizers: 

David A. Finch, Raetech Corp.; Michael 

Royce; Richard K. Stobart, Loughborough 

Univ. 

The Role of New Automotive Engineering 

Masters Programme in the Industry in China 

(2016-01-0171) 

Xunzhe Zhang, University of Nottingham; 

Richard Stobart, Ran Bao, Loughborough 

University 

G-G Diagram Generation Based on Phase 

Plane Method and Experimental Validation 

for FSAE Race Car 

(2016-01-0174) 

Jun Ni, Jibin Hu, Xueyuan Li, Bin Xu, Junjie 

Zhou, Beijing Institute of Technology 

MATLAB® Modeling of an IC Engine as 

a Capstone Learning Experience in a 

Combustion Engines Course 

(2016-01-0173) 

Jeremy Cuddihy, PACCAR Inc; Steven W. 

Beyerlein, Theron White, Dan Cordon, Univ 

of Idaho 

Q&A with the presenters 

(Oral Only) 

Presenters of Engineering Education 

Session 

MANAGEMENT & MARKETPLACE 

EXHIBITORS 

AluMag Automotive LLC.....................................763 

KOTRA & AIN Global..........................................1045 



MATERIALS 

TUE WED THUR 


Advanced Analysis, Design, and Optimization of Materials, Restraints, 

and Structures for Enhanced Automotive Safety and Weight Reduction - - - - 4 4 251 A 116, 117, 119, 120 

(Part 1 & 2) (M202) 

Advances in Coatings (Part 1 & 2) (M400) - - 4 4 - - 356 112, 113, 114 

Advances in Instrument Panels, Seats, and Interiors (Part 1 & 2) (M301) - - 4 4 - - 251 B 112, 113 

Advances in Lightweight Materials (M102) - 4 - - - - 251 A 108, 109 

Applications of Advanced High-Strength Steels and Press Hardening for 

Automotive Structures (Part 1 & 2) (M104) 

- - 4 4 - - 251 A 111, 113, 114 

Automotive Composites Structures (Part 1 & 2) (M302) 4 4 - - - - 250 A 107, 108 

Automotive Engineering Testing and Test Methods (M203) - - - - 4 - 250 B 116 

Automotive Polymeric, Plastic Components and Composites (Part 1 & 2) (M300) - - - - 4 4 251 B 116, 117, 119, 120 

Automotive Tribology (Part 1 & 2) (M214) - - 4 4 - - 250 B 111, 113, 114 

Fatigue Modeling / Testing & CAE Durability Analysis (Part 1 - 4) (M200) - - 4 4 4 4 250 A 

111, 115, 118, 119, 

120 

Load Simulation and Vehicle Performance: Handling and Dynamics (M210) - 4 - - - - 250 C 108, 109 

Load Simulation and Vehicle Performance: Multi-body Dynamics (M209) - - - - 4 - 250 C 116 

Load Simulation and Vehicle Performance: Nonlinear Components/ 

Systems (Part 1 & 2) (M206) 

- - 4 4 - - 250 C 111, 115 

Load Simulation and Vehicle Performance: Ride Comfort (M207) - - - - - 4 250 C 119 

Load Simulation and Vehicle Performance: Tire and Terrain (M208) - - - - - 4 357 121 

Materials and Residual Stress Test Development (M205) - - - - - 4 313 A 121, 122 

Modeling and Simulation Technology for Composite Materials (M215) - 4 - - - - 251 B 108, 109 

Multi-Discipline Interaction CAE Applications (M213) 4 - - - - - 250 B 107 

NVH CAE Analysis & Testing Correlations (M211) - - - 4 - - 413 A 115 

Optical Measurement and Nondestructive Testing Techniques in 

Automotive Engineering (M204) 

- - - - - 4 250 B 121, 122 

Powertrain Materials and Special Applications (M103) 4 - - - - - 251 A 107 

Sheet Metal Forming Technology (Part 1 & 2) (M105) - - - - 4 4 312 A 118, 121 

UV/EB Leading the Way for the Future of Automotive (Part 1 & 2) (M401) - - - - 4 4 356 118, 123 

Welding and Joining and Fastening (M216) - 4 - - - - 250 B 110 







TIME 




250 A 250 B 251 A 

Automotive Composites 

Structures (Part 1 of 2) (M302) 

This session contains papers which 

describe the use of modern automotive 

composites in structural applications. 

Design, process, and analytical 

presentations are included, as well as 

papers presenting results of bonding 

strategies and techniques. Engineers 

involved in the design and use of advanced 

composites will find this session of 

particular value. 

9:30 a.m. - 11:30 a.m. 

Multi-Discipline Interaction CAE 

Applications (M213) 

With the advent of the computer power 

and the software development, todays CAE 

simulation is not constrained by the single 

physical discipline and domain including 

FEM, CFD, and MBD. Control logic and 

1-Dimentional simulation can also be added 

to represent a more realistic physical world. 

This session will address advances in 

simulation technologies at scales ranging 

from theoretical development, real world 

CAE applications, and future development 

of the multi-discipline interaction CAE tools 

9:30 a.m. - 10:30 a.m. 

Powertrain Materials and Special 

Applications (M103) 

This session features the latest metallic 

material developments in vehicle 

powertrains and related systems, including: 

engine and exhaust components; fuel 

systems, electric and hybrid motors; 

transmissions; suspensions; drivelines and 

wheel ends. 

9:30 a.m. - 10:30 a.m. 

MATERIALS 

Organizers: 

Srikanth Pilla, Clemson Univ.; Richard 

Dale Tonda, SEA, Ltd.; Y Charles Lu, 

Univ. of Kentucky; Jian Tao, FCA US LLC; 

Somasekhar Bobba, SABIC Innovative 

Plastics 

Organizers: 

Peiran Ding, ANSYS Inc.; Robert L. Geisler, 

General Motors Co.; Fan Li, GM 

Organizers: 

Brandon M. Hance, United States Steel 

Corporation; David W. Anderson, Steel 

Market Development Institute; Michael L. 

Shaw, FCA US LLC 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Development of Fuel Cell Stack for New 

FCV 

Probabilistic Prediction of Vehicle Dynamic 

Performance by Multi-Discipline Modeling 

Approaches 


Michitaro Itoga, Shigetaka Hamada, 

Seiji Mizuno, Hiroaki Nishiumi, Kazuya 

Murata, Toshiyuki Tonuma, Toyota Motor 

Corporation 

3D Woven Composites for Energy 

Absorption Applications 

Bo Zhang, James Robertson, Glenn 

Whitehead, FCA US LLC 

Integrated Engine Performance and 

Valvetrain Dynamics Simulation 


Jon Goering, Harun Bayraktar, Albany 

Engineered Composites 

Damage Modeling and Validation Studies 

of Hybrid Structures Made With CFRP 

Laminates and Over Molded Plastics for 

Automotive Body in White Reinforcements 

(Oral Only) 


Plastics; Dhanendra Kumar Nagwanshi, 

SABIC; Amit S. Kulkarni, Emile Homsi, Craig 

Milne, Greg Trembley, Matt Delany, SABIC 

Innovative Plastics 

Development of Thermoplastic CFRP for 

Stack Frame 

(2016-01-0532) 

Masaya Miura, Koichiro Hayashi, Kenichiro 

Yoshimoto, Natsuhiko Katahira, Toyota 


Planned by Polymers and Coatings 

Committee / Materials Engineering Activity 

Honglu Wang, Bogdan Nitu, Jaspal Sandhu, 

Lurun Zhong, Bruce K. Geist, William F. 

Resh, FCA US LLC 

Planned by Materials Modeling and Testing 


The Nitriding Mechanism of Cast Iron 

Emin Kondakci, Istanbul Technical 

University; Rifat Yilmaz, Ford Otomotiv 

Sanayi AS; Nuri Solak, Istanbul Technical 

University 

Development of Electropolishing-Based 

Corrosion Resistance Technique for Ferritic 

Stainless Steel 

Ryoji Suzuki, Yukihide Yokoyama, Takeo 

Shibano, Tatsuki Sugiura, Noriaki Katori, 

Hino Motors Ltd. 

Planned by Metallic Materials Committee / 

Materials Engineering Activity 



TIME 

Advances in Lightweight 

Materials (M102) 




MATERIALS 

251 A 250 A 250 C 251 B 

This session presents the latest 

developments in automotive applications 

of aluminum castings and wrought 

products. The papers cover a wide range 

of the technical aspects including alloy 

development, lightweight design, process 

development and simulation as well as 

performance optimization. 

1:00 p.m. - 4:30 p.m. 













1:00 p.m. - 2:00 p.m. 

Load Simulation and Vehicle 

Performance: Handling and 

Dynamics (M210) 

This session focuses on analysis and 

enhancement of vehicle dynamics 

performance including handling/ braking/ 

traction characteristics as well as 

robustness and active stability under 

the influence of loading, tire forces and 

intelligent tire technology for enhancing 

overall vehicle system dynamics and safety 

characteristics and robustness. Load 

variations and other uncertainties, impact 

of system hybridization and electrification 

on vehicle dynamics and controls will be 

discussed. 

1:00 p.m. - 5:30 p.m. 

Modeling and Simulation 

Technology for Composite 


This session focuses on advances 

and challenges in composite materials 

characterizations using advanced modeling 

and computational technologies including 

but not limited to: the notion of material 

models and their validation (especially 

for crash), paradigm shifts in modeling 

techniques (thinking out of the metallic box), 

composite materials design, virtual testing 

and parameter extraction, and the drive 

towards Integrated Computational Materials 

Engineering (ICME) concepts. 

1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

Fadi Abu-Farha, Clemson Univ.; Jidong 

Kang, CanmetMATERIALS Technology 

Laboratory; Alan Luo, Ohio State University; 

Douglas Richman, Kaiser Aluminum 

Aluminum Defined 

Organizers: 


Plastics; Y Charles Lu, Univ. of Kentucky; 

Srikanth Pilla, Clemson Univ.; Jian Tao, FCA 

US LLC; Richard Dale Tonda, SEA, Ltd. 

Power Demands for Curing Carbon Fiber 

Composites for Automotive Components 

Organizers: 

Dongpu Cao, Cranfield Univ.; Nenggen 

Ding; Ken Kang, Honda R & D Americas 

Inc. 

Comprehensive Optimization of Dynamics 

Performance and Energy Consumption for 

an Electric Vehicle via Coordinated Control 

of SBW and FIWMA 

Organizers: 

Carol Schutte, US DOE FreedomCAR & 

Vehicle Tech. Program; Khaled Shahwan, 

FCA US LLC 

Technical Keynote: Predicting Impact 

Damage, Residual Strength and 

Crashworthiness of Composite Structures 


John Weritz, John Weritz 

Anthony Berejka, Ionicorp; Dan Montoney, 

Rapid Cure Technologies; Dan Dispenza, 

Nordan Composite Technologies; Len 

Poveromo, Composite Prototyping Center; 

Rick Galloway, Marshall Cleland, IBA 

Industrial, Inc.; Mark Driscoll, UV/EB Tech 

Center, SUNY-ESF 

Yutong Li, Junzhi Zhang, Chen Lv, Ye Yuan, 


Brian Falzon, Wei Tan, Queen’s University 

Belfast 

A comparison of the high speed 

deformation behavior of Al and Mg extruded 

rails 

Automotive Composites and Polymer 

Material Selection for Fairing of a Human 

Powered Vehicle using Multi-Attribute 

Decision Making Methodology 


Joy Hines Forsmark, Xiaoming Chen, David 

Wagner, Ford Motor Company 

Castaman-35, AlSi10MnMg a HPDC-alloy, 

Reducing the Carbon Footprint of Light 

Weight Casting from the Beginning 

Sumiran Manghani, Girish Kumar, Delhi 


An Indirect TPMS Algorithm Based on Tire 

Resonance Frequency Estimated by AR 

Model 

Jian Zhao, Jing Su, Bing Zhu, Jingwei Shan, 

Jilin University 

Aerodynamic Forces Impact on Vehicle 

Braking Longitudinal Dynamics with a 

Sliding Mode Controller 


Ralf Klos, Rheinfelden ALLOYS GmbH & 

Co. Kg 

Assessment of Residual Stress in T5 

Treated 319 Aluminum Alloy Engine Blocks 

Using Neutron Diffraction 

Salem A. Haggag, Ain Shams University; 

Abraham Mansouri, American University 

Application of Stochastic Model Predictive 

Control to Modeling Driver Steering Skills 


Suleman Ahmad, Ryerson University; 

Dimitry Sediako, Canadian Nuclear 

Laboratories; Anthony Lombardi, C. (Ravi) 

Ravindran, Ryerson University; Robert 

Mackay, Nemak USA/Canada; Ahmed 

Nabawy, Canadian Neutron Beam Centre 

Effect of tool stiffness and cutting edge 

condition on quality and stretchability of 

sheared edge of Aluminum blanks 

Chunlei Wang, Xinjie Zhang, Konghui 

Guo, Fangwu Ma, Dong Chen, ASCL, Jilin 

University 

Effects of Altitude and Road Gradients in 

Boosted Hydraulic Brake Systems 


Nan Wang, Sergey Golovashchenko, 


Juan Sierra, Camilo Cruz, Luis Munoz, 

Universidad de los Andes; Santiago Avila, 

Elkin Espitia, Jaime Rodriguez, General 

Motors 

Crashworthiness Simulations of Composite 

Vehicle Structures 

Danghe Shi, Xinran Xiao, Michigan State 

University 

Using Neural Networks to Examine 

the Sensitivity of Composite Material 

Mechanical Properties to Processing 

Parameters 

Xu Zhang, Jennifer Johrendt, University of 

Windsor 

Finite Element Simulation of Compression 

Molding of Woven Fabric Carbon Fiber/ 

Epoxy Composites: Part I Material Model 

Development 

Yang Li, Ford Motor Company; Qiangsheng 

Zhao, Livermore Software Technology 

Inc.; Mansour Mirdamadi, Dow Chemical 

Company; Danielle Zeng, Ford Research 

and Innovation Center; Xuming Su, Ford 

Motor Company 




TIME 

Advances in Lightweight 





MATERIALS 

251 A 250 A 250 C 251 B 

This session presents the latest 

developments in automotive applications 

of aluminum castings and wrought 

products. The papers cover a wide range 

of the technical aspects including alloy 

development, lightweight design, process 

development and simulation as well as 

performance optimization. 

1:00 p.m. - 4:30 p.m. 













1:00 p.m. - 2:00 p.m. 


Performance: Handling and 


This session focuses on analysis and 

enhancement of vehicle dynamics 

performance including handling/ braking/ 

traction characteristics as well as 

robustness and active stability under 

the influence of loading, tire forces and 

intelligent tire technology for enhancing 

overall vehicle system dynamics and safety 

characteristics and robustness. Load 

variations and other uncertainties, impact 

of system hybridization and electrification 

on vehicle dynamics and controls will be 

discussed. 

1:00 p.m. - 5:30 p.m. 

Modeling and Simulation 

Technology for Composite 


This session focuses on advances 

and challenges in composite materials 

characterizations using advanced modeling 

and computational technologies including 

but not limited to: the notion of material 

models and their validation (especially 

for crash), paradigm shifts in modeling 

techniques (thinking out of the metallic box), 

composite materials design, virtual testing 

and parameter extraction, and the drive 

towards Integrated Computational Materials 

Engineering (ICME) concepts. 

1:00 p.m. - 4:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 

Organizers: 

Fadi Abu-Farha, Clemson Univ.; Jidong 

Kang, CanmetMATERIALS Technology 

Laboratory; Alan Luo, Ohio State University; 

Douglas Richman, Kaiser Aluminum 

Coefficient of Thermal Expansion Mismatch 

Effects in Multi-Material Lightweight 

Automotive Structures 

Organizers: 


Plastics; Y Charles Lu, Univ. of Kentucky; 

Srikanth Pilla, Clemson Univ.; Jian Tao, FCA 

US LLC; Richard Dale Tonda, SEA, Ltd. 

Organizers: 

Dongpu Cao, Cranfield Univ.; Nenggen 

Ding; Ken Kang, Honda R & D Americas 

Inc. 

Function-Based Architecture Design for 

Next-Generation Automotive Brake Controls 


Fadi Abu-Farha, Clemson Univ.; Michael J. 

Flener, Henkel Corp. 

Light weight solar module laminated 

constitution for automobiles 

Haizhen Liu, Weiwen Deng, Rui He, Jian 

Wu, Bing Zhu, State Key Lab of ASCL, Jilin 

University 

The Safety and Dynamic Performance of 

Blended Brake System on a Two-Speed 

DCT Based Battery Electric Vehicle 

Organizers: 

Carol Schutte, US DOE FreedomCAR & 

Vehicle Tech. Program; Khaled Shahwan, 

FCA US LLC 

A modified Halpin-Tsai model for predicting 

the effective properties of chopped fiber 

reinforced composite 

Hui Liu, University of Western Ontario; Yang 

Li, Ford Motor Company; Danielle Zeng, 

Ford Research and Innovation Center; 

Fengrui Liu, Western Univ; Liying Jiang, 

University of Western Ontario 

Predicting Structural Performance of 

Polycarbonate-based Composite Laminates 


Yuki Kudo, Akinori Sato, Kazutaka Kimura, 

Shoichi Iwamoto, Hiroyuki Ohba, Motoya 

Sakabe, Yasuhiro Shirai, Toyota Motor 

Corporation 

Jiageng Ruan, Paul Walker, Nong Zhang, 

Guangzhong Xu, University of Technology 

Sydney 

Jim Lorenzo, Covestro 





Vehicle Chassis Planar Stability Control 

Based on T-S Fuzzy Model 

(2016-01-0471) 

Jian Zhao, Jun Huang, Bing Zhu, Jingwei 

Shan, Jilin University 

A New Torque Distribution Strategy for 

Blended Anti-Lock Braking Systems of 

Electric Vehicles Based on Road Conditions 

and Driver’s Intentions 

(2016-01-0461) 

Wenfei Li, Haiping Du, Weihua Li, University 

of Wollongong 







TIME 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 




250 B 

Welding and Joining and Fastening (M216) 

Presentations related to welding and joining of similar or dissimilar materials of 

plastics, composites, aluminum, magnesium, titanium, and conventional and 

advanced high strength steels will be given. Papers related to friction stir (spot) 

welding, ultrasonic welding, resistance welding, arc welding, laser welding, brazing or 

soldering, riveting and bolting, and adhesive are planned as well. Papers related to 

strength, fracture and fatigue of welds, joints and fasteners have been invited. 

1:00 p.m. - 5:30 p.m. 

Organizers: 

Jwo Pan, University of Michigan; Tau Tyan, Ford Motor Company 

Direct Observation Techniques for Inhibition of Galvanic Corrosion of Magnesium 

Alloys Adjacent to Dissimilar Metals. 

(Oral Only) 

Robert C. McCune, Robert C. McCune & Associates LLC; Joy Forsmark, Ford Motor 

Company; Vinod Upadhyay PhD, North Dakota State University; Shanshan Wang 

PhD, Gerald Frankel, Ohio State University; Gordon Bierwagen, North Dakota State 

University 

Development of Friction Stir Clinching Process for Alclad 2024-T3 Aluminum Sheets 

(2016-01-0505) 

Pai-Chen Lin, National Chung Cheng Univ.; Shihming Lo, Hiwin Technologies 

Strain-Life Fatigue Behavior of Fiber Laser Welded Steel for Chassis Applications 

(Oral Only) 

Jeffrey W. Sowards, Stephanie Miller, Erik Pfeif, Joseph McColskey, Brian Simonds, 

Matthew Connolly, James Fekete, NIST 

Investigation of Failure Mode and Fatigue Behavior of Flow Drill Screw Joints in Lap- 

Shear Specimens of Aluminum 6082-T6 Sheets 

(2016-01-0501) 

Seung Hoon Hong, Frank Yan, Shin-Jang Sung, Jwo Pan, University of Michigan; 

Xuming Su, Peter Friedman, Ford Motor Company 

Analytical and Computational Stress Intensity Factor Solutions for Lap-Shear 

Specimens under Clamped Loading Conditions 

(2016-01-0504) 

Shin-Jang Sung, Jwo Pan, University of Michigan 

Finite Element Analysis of Adhesive Joining of Thermoplastic Composite Materials 

(2016-01-0502) 

Yuyang Song, Umesh Gandhi, Toyota Research Institute of North America 

Improvement of adhesion properties between molding resin and primer and between 

primer and Ni plating in HV power semiconductor module under high temperature 

conditions 

(2016-01-0500) 

Akira Kato, Masayuki Takano, Kohei Hase, Satoko Inuzuka, Toshiyuki Dobashi, 

Tsuyoshi Sugimoto, Nobuaki Takazawa, Toyota Motor Corporation 

Close Examination of Hybrid-Material Adhesive-Bonded Joints with the Aid of Digital 

Image Correlation 

(Oral Only) 

Fadi Abu-Farha, Clemson Univ. 

Vaporizing Foil Actuator Spot Welding (VFASW) Used for Eliminating Mechanical 

Knockdown in Welds 

(Oral Only) 

Anupam Vivek, Bert C. Liu, Ohio State University; Steve Hansen, Geoff Taber, Glenn 

Daehn, Ohio State Univ. 

Planned by Materials Modeling and Testing Committee / Materials Engineering 

Activity 

MATERIALS 

SAE BRAKE 

COLLOQUIUM 


34TH ANNUAL 


Scottsdale, Arizona 

sae.org/events/bce 

P151052 



TIME 




MATERIALS 

251 A 250 B 250 A 250 C 

Applications of Advanced 

High-Strength Steels and Press 

Hardening for Automotive 


This symposium provides a forum for 

researchers and application engineers 

to disseminate the knowledge and 

information gained in the area of advanced 

high-strength and press-hardening steel 

development and applications in automotive 

structures, enabling light-weight and 

durable vehicles with improved safety. 

8:00 a.m. - 10:30 a.m. 

Automotive Tribology (Part 1 of 

2) (M214) 

This technical session focuses on 

fundamental and applied research that 

lowers frictional energy losses and 

enhances reliability and durability of 

automotive components. The topics 

include, but not limited to engine and 

drivetrain tribology, seals, bearing and gear 

lubrication, materials tribology, surface 

engineering, lubricants and additives, 

computer-aided tribology, tribotesting, 

as well as friction, wear and lubrication 

fundamentals. 

8:00 a.m. - 11:30 a.m. 

Fatigue Modeling / Testing & CAE 

Durability Analysis (Part 1 of 4) 

(M200) 

Focuses on innovative and improved 

fatigue methodologies and problem-solving 

techniques on automotive components, 

assemblies and vehicles based on 

material characterization, testing and CAE 

(Computer Aided Engineering) analysis. 

8:00 a.m. - 11:30 a.m. 


Performance: Nonlinear 

Components/Systems (Part 1 of 

2) (M206) 

Focusing on new theory, formulation 

and modeling of amplitude-, frequencyand 

temperature-dependent nonlinear 

components/systems such as mounts 

or bushings, shock absorbers, and joint 

friction/damping; dynamic characterization 

through lab and field testing; Linearization 

methodology; Model validation, application, 

and sensitivity analysis in vehicle system/ 

subsystem simulations; Nonlinear system 

identification, modeling, and application in 

testing accuracy improvement, etc. 

8:00 a.m. - 10:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Constantin Chiriac, Ford Motor Company; 

Jason Coryell, Jatinder P. Singh, General 

Motors Co. 

Technical Keynote: Innovations in Hot 

Stamping 

Organizers: 

David Schall, Oakland Univ.; Yucong 

Wang, General Motors Co.; Qingminn 

Yang, Federal-Mogul Corp.; Rong Zhang, 

Schaeffler Group USA Inc.; Qian Zou, 


Chairpersons: 

Qian Zou, Oakland Univ.; Rong Zhang, 

Schaeffler Group USA Inc. 

A Study of Reliability Evaluation of Main 

Bearings for Multicylinder Diesel Engines 

Organizers: 

Abolhassan Khosrovaneh, GM; John J. 

Bonnen, Ford Motor Company; Guofei 

Chen, United States Steel Corp.; Carlos 

Carvalho Engler-Pinto, Ford Motor 

Company; Mingchao Guo, FCA US LLC; 

Zhigang Wei, Tenneco Inc. 

Technical Keynote: Fatigue Crack Initiation 

in Metals- Micro and Macroscales 

Organizers: 

Fulun Yang, Tenneco Inc.; Guangqiang Wu, 

Tongji Univ.; Peijun Xu, Ebco Inc. 

The Effect of Loading Rate on Rubber 

Bushing Push-Out Testing of Front Lower 

Control Arms 

(Oral Only) (2016-01-0494) (Oral Only) (2016-01-0430) 

Paul Belanger, Gestamp North America Masashi Sadatomi, Hiroaki Ito, Hino Motors, H. Sehitoglu, Univ. of Illinois at Urbana- Joel Metz, Xin Zhang, Xiao Yu, F.Tech. R&D 

Ltd. 

Champaign 

North America Inc. 

An Investigation of Deformation Effects 

on Phase Transformation in Hot Stamping 

Processes 

Effect of Noise Factors on Seizure Limit 

Performance in Engine Main Bearings 


Takeki Matsumoto, Aisin Takaoka; Nan 

Li, Xin Shi, Jianguo Lin, Imperial College 

London 

Effect of Prior Austenite Grain Size on 

Impact Toughness of Press Hardening Steel 

Takashi Izawa, Honda; Motohiko Koushima, 

Daido Metal Co., Ltd. 

Lubrication Analysis of Floating Ring 

Bearings Considering Floating Ring Heat 

Transfer 

Effect of Humidity on the Very High Cycle 

Fatigue Behavior of a Cast Aluminum Alloy 


Jeff Wang, Charles Enloe, Jatinder Singh, 

Curt Horvath, General Motors Co. 

Bake Hardening Behavior of Advanced High 

Strength Steels under Different Paint-Baking 

and Pre-strain Conditions 

Jiaqi Li, Jimin Ni, Qiwei Wang, Tongji 

University 

Measuring and simulating friction between 

piston pin and connecting rod on a 

tribometer test bench to define locally 

resolved friction coefficients 

Wenkai Li, Nanjing University of Aero. and 

Astro; Carlos Engler-Pinto, Ford Motor 

Company; Haitao Cui, Weidong Wen, 

Nanjing University of Aero. and Astro; 

Xuming Su, Ford Motor Company 

Fatigue Behavior of Neat and Short Glass 

Fiber Reinforced Polymers under Two-Step 

Loadings and Periodic Overloads 


Jun Hu, Fadi Abu-Farha, Clemson 

University (CU-ICAR) 

Hydrogen Solubility Effects in Galvanized 

Advanced High Strength Steels 

Carsten Schneider, Johannes Halbhuber, 

Georg Wachtmeister, Technische Universität 

München 

Three-body Abrasion Study of a Dynamic 

Seal by a Micro-Scale Abrasion Test under 

Lubricated Conditions 

Mohammadreza Eftekhari, Ali Fatemi, 

University of Toledo; Abolhassan 

Khosrovaneh, General Motors Co. 

Failure Mode Effects and Fatigue Data 

Analyses of Welded Vehicle Exhaust 

Components and Its Applications in Product 

Validation 


Cédric Georges, Xavier Vanden Eynde, 

CRM Group; Frank Goodwin, International 

Zinc Association 



Leonardo Farfan-Cabrera, Ezequiel A. 

Gallardo, Instituto Politecnico Nacional 

Esime Zac 

Investigation of the Tribological Performance 

of Ionic Nano Liquids 


Daniel Pena, Florida International University; 

Olivia Mcintee, Qian Zou, Oakland Univ; 

Luan Gara, University of Prishtina, Kosovo 

Tribological Properties of Engine Lubricant 

With Nano-Copper Oxide as an Additive 


Sayed Y. Akl, Ahmed A. Abdel-Rehim, 

Esraa A. Khafagy, The British University in 

Egypt (BUE) 



Zhigang Wei, George Zhu, Litang Gao, 

Limin Luo, Tenneco Inc. 

Towards Integrative Simulation of Fatigue 

Loadings for Short Glass Fibers Reinforced 

Polyamide 

Gilles Robert, Olivier Moulinjeune, Solvay 

Engineering Plastics; Benoit Bidaine, 

e-Xstream Engineering 

Fatigue Life Prediction Method for Laser 

Screw Welds in Automotive Structures 

Minghuang Cheng, Norihiko Sawa, Toyota 




Evaluation of Minimum Door Closing 

Velocity Using Analytical Approach 

Roshan N. Mahadule, FCA Engineering 

India Private Ltd.; Jaideep Singh Chavan, 

BITS Pilani 

The Nonlinear Characteristics Impact of 

Multi-staged Stiffness Clutch Damper on 

the Vehicle Creeping 

Guangqiang Wu, Huwei Wu, Tongji 

University; Xiang Chen, Shanghai Sachs 

Powertrain Components 

Design and Performance Analysis of a Novel 

Regenerative Braking System for Electrified 

Passenger Vehicles 

Ye Yuan, Junzhi Zhang, Chen Lv, Yutong Li, 


Research on Inerter-Spring-Damper Semiactive 

Suspension with Robust Control 

Ruochen Wang, Renkai Ding, Qing Ye, 

Jiangsu University 





TIME 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 




251 B 356 

Advances in Instrument Panels, 

Seats, and Interiors (Part 1 of 2) 

(M301) 

This session will feature technical 

presentations that will discuss new 

technology and industry insights in 

automotive interiors. Focus areas include 

materials, perceived quality, environmental 

concerns, manufacturing, safety, and 

durability. 

8:30 a.m. - 11:30 a.m. 

Organizers: 

Robert Egbers, Comusa; Lisa Fallon, 

General Motors Co.; Sreenivas Kuchibhatla, 

Ford Motor Company; Stephen M. Pitrof, 

Inteva LLC; Santosh Kumar Sarang, Aisin 

Technical Center of America; Jian Tao, 

FCA US LLC; Ravi Thyagarajan, US Army 

TARDEC 

Chairpersons: 

Robert Egbers, Comusa; Santosh Kumar 

Sarang, Aisin Technical Center of America 

Investigation of Low-frequency Noise 

of Power Seats through Vibration 

Characteristics Measurements 

(Oral Only) 

Se Jin Park, Murali Subramaniyam, Korea 

Res. Inst. of Standards & Science; Woojae 

Jin, Sungchul Seok, Keum Taek Hong, 

Daewon Precision Industrial Co. Ltd., 

Bio-based Composites and Their 

Application for Auto Interior Parts 

(Presentation of SAE Paper 2016-01-0512) 

(Oral Only) 

Chae-Hwan Hong, Hyundai Motor Co. 

A New Approach to Optimization of the 

Injection Molding on Automotive Interior 

Parts 

Advances in Coatings (Part 1 of 

2) (M400) 

Presentations of this session will address 

application and research on coatings 

for exterior body and plastics (including 

polycarbonate) as well as vehicle interiors 

and underbody/underhood. Focus will be 

on the 3-10 year timeframe. 

9:30 a.m. - 11:30 a.m. 


Heeseung Yang, Hyunkwon Jo, Hyunchul 

Lee, Hyunmin Park, Jaemin Park, SEOYON- 

EH 

Auto Seating Lightweighting Using HFO 

1233zd(E) 

Organizers: 

Hoda Eiliat, General Motor Company; Todd 

Fitz, Honda R & D Americas Inc.; James 

Keller, United Paint; Jian Tao, FCA US LLC; 

Daniel G. Wright, BASF Corp. 

Chairpersons: 

Todd Fitz, Honda R & D Americas Inc.; 

James Keller, United Paint 

MagiZinc - The new high performance 

coating for steel in the BIW and Closures 

Marcel Van Schaik, Chiel Dane, Basjan 

Berkhout, Tata Steel Europe 

Analysis of Influence of Snow Melting 

Agents and Soil Components on Corrosion 

of Decorative Chrome Plating 


Ronald S. Grossman, Honeywell Inc. Yuko Kajiyama, Toshikazu Obata, Tsuyoshi 

Sugimoto, Masahiro Nakamura, Motohide 

Mori, Toyota Motor Corporation 

The Impact of Interior Sensory Quality to 

North American Customers 


Lauren Abro, Toyota Technical Center 

USA, Inc. 

Effects of ageing on aesthetics performance 

of Automotive Non-Woven Fabrics 


Sameer Srivastava, Sandeep Raina, Kapil 

Kumar Pandey, Arnab Sandilya, Shankar 

Bose, Kumar Vivek, Maruti Suzuki India Ltd. 



Development of Trivalent Chromium 

Passivation for Zn Platng with High 

Corrosion Resistance after Heating 

Hiroshi Kawaguchi, Osamu Funatsumaru, 

Hiroyoshi Sugawara, Hiroshi Sumiya, 

Takanobu Iwade, DENSO Corporation; 

Tomitaka Yamamoto, Takashi Koike, Ryuta 

Kashio, DIPSOL Chemical Inc. 

Development of the All-Surface Plated 

Smart Handle Through In-Vapor Deposition 

Technology 

Takashi Hara, Masaki Kato, Aisin Seiki Co., 

Ltd.; Kazuki Mizutani, Aisin Seiki Co., Litd 



sae.org/comvec 

MATERIALS 

Executive Leadership Provided by: 


COMMERCIAL 

VEHICLE 

ENGINEERING 

CONGRESS 

ON-HIGHWAY OFF-HIGHWAY DEFENSE 


Donald E. Stephens Convention Center 

Rosemont, Illinois USA 

P151037 



TIME 




MATERIALS 

356 251 B 251 A 250 B 


2) (M400) 







1:00 p.m. - 4:30 p.m. 



(M301) 







durability. 

1:00 p.m. - 4:00 p.m. 













1:00 p.m. - 5:00 p.m. 


2) (M214) 



lowers frictional energy losses and enhances 

reliability and durability of automotive 

components. The topics include, but not 

limited to engine and drivetrain tribology, 

seals, bearing and gear lubrication, materials 

tribology, surface engineering, lubricants 

and additives, computer-aided tribology, 

tribotesting, as well as friction, wear and 

lubrication fundamentals. 

1:00 p.m. - 5:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 





Chairpersons: 



Automotive OEM Electrocoat: Designed 

with both High Edge Corrosion Protection 

and High Surface Smoothness 

Organizers: 







TARDEC 

Chairpersons: 

Lisa Fallon, General Motors LLC; Ravi 

Thyagarajan, US Army TARDEC 

Use of Additive Manufacturing Technologies 

for Automotive Interior Applications 

Organizers: 



Motors Co. 

Effect of Mechanical Properties and Forming 

Conditions on Outer Panel Performances of 

High Strength Steel Sheets 

Organizers: 






Chairpersons: 



Comparative Study of Different 

Nanolubricants for Automotive Applications 

(Oral Only) (Oral Only) (2016-01-0355) (2016-01-0486) 

Timothy S. December, BASF Corp. Ellen Lee, Ford Motor Company Takashi Iwama, JFE Steel Corp. Sakthinathan Ganapathy, Anna University; 

K R Viswanathan; Saravanan Raju; Anand 

Kumar Appancheal 

Enhanced e-coating thickness plus gas 

bubbles, drainage and buoyancy force 

Simplified CAE Models for Upfront 

Development of Instrument Panel 

Characterization of Trimmed Edge of 

Advanced High Strength Steel 


Martin Schifko, ESS Engineering Software 

Steyr GmbH; Hans Steiner, Caelynx; 

Masayasu Mohri, Delight; Christoph 

Bauinger, ESS Engineering Software Steyr 

GmbH 

Development of Robust Anti-chipping 

Performance Primer for Various Process 

Conditions 

Venkat Pisipati, Srikanth Krishnaraj, Amy 

McGuckin Webb, Pavankumar Reddy 

Kandukuri, Inteva Products LLC 


Autonomous Driving Technologies How 

They Affect Interiors Design, Packaging and 

Occupant Behaviors? 

Saeid Nasheralahkami, Sergey 

Golovashchenko, Oakland Univ.; Kaicen 

Pan, Stony Brook Univ.; Lindsay Brown, 

Arizona State Univ.; Bindiya Gugnani, 

Oakland Univ. 

Friction and Die Wear In Stamping 

Prephospated Advanced High Strength 

Steels 


Yuko N. Gidcumb, Toyota Technical Center 

USA, Inc.; Scott Kubish, TEMA; Cynthia 

Templeman, Toyota Technical Center USA, 

Inc.; George Richards, PPG Automotive 

Coatings; Yukihiro Ikeura, PKAF 

Hua-Chu Shih, United States Steel Corp. 

The scope of this panel discussion is to 

understand the current research status 

as applied to automotive interiors, create 

awareness and also to discuss the expected 

future occupant behaviors once these 

technologies become common in the 

marketplace. 

Evaluating Major Parasitic Power Losses in 

IC Engines 

Wei Tao, FCA US LLC; Lin Chai, Optimal 

CAE; Raymond Su, Bruce K. Geist, William 

F. Resh, FCA US LLC 

Oil Transport from Scraper Ring Step to 

Liner at Low Engine Speeds and Effect of 

Dimensions of Scraper Ring Step 

Tianshi Fang, Tian Tian, Massachusetts 


Development of a Highly Anti-Corrosive 

Rate Effects on the Stress/Strain Response Lubrication on Demand: A Novel 

Organic-Inorganic Hybrid Paint 

and Plastic Anisotropy in Several Steel Polymeric Bearing Coating with Oil-Filled 

(2016-01-0540) 

Minoru Akahori, Tatsuya Kano, Takayoshi 

Moderators: 



Sheets 

(Oral Only) 

Rakan Alturk, Clemson University (CU- 

Microcapsules 

(2016-01-0493) 

Roger Gorges, David Latham, Ian Laing, 

Takahira, Tetsuo Goto, Aisin Chemical Co., 

Ltd.; Katsuhiro Kajikawa, FTS Co., Ltd.; 

Nobuyo Kondo, Toyota Motor Corporation 

Panelists: 

Thomas J. Gould, Johnson Controls Inc. 

George F. Halow, Strategy Manager, Ford 

ICAR); William Luecke, Steven Mates, 

National Institute Of Standards & Techno; 

Fadi Abu-Farha, Clemson University (CU- 

MAHLE Engine Systems UK Ltd.; Ronald 

Brock, Mahle Engine Components USA 

Motor Company 

ICAR); Louis Hector, General Motors Co; 

Robert W. Huber, VP of Innovation and Kavesary Raghavan, AK Steel Corp 

Ventures, Faurecia 

Omnidirectional Structural Color Pigments Jeffrey W. Ronne, Director Global Advanced Effects of Microstructural Inhomogeneity on Development of Wide Service Temperature 

for Automotive Application 

Vehicle Development, General Motors the Deformation and Failure of Multi-Phase Fluids 

Company 

Steels 

Robert Sadowski, Chief Robotocist, US 

(Oral Only) Army TARDEC 


Rebekah Warren, Michigan State Senator 

Chad W. Chichester, Dow Corning Corp. 

Debasish Banerjee, Toyota Technical Center 

USA Inc. 

Polyamide 11 Powder Coatings for NVH, 

Corrosion, and Abrasion Resistance 

Fadi Abu-Farha, Jun Hu, Zeren xu, Clemson 

University (CU-ICAR); Justin Milner, NIST 

Stress and Strain Partitioning in a QP980 

Steel Studied by in situ Synchrotron HE- 

XRD and Elastic Plastic Self Consistent and 

Finite Element Crystal Plasticity Models 

Investigation into Mixed and Hydrodynamic 

Frictions of PEO Coatings and Cast Iron 


Stephen Serpe, Arkema Inc. 

Xiaohua Hu, Xin Sun, Pacific Northwest 

National Laboratory; Louis Hector, General 

Motors Co 

Guang Wang, Xueyuan Nie, Jimi Tjong, 





TIME 




MATERIALS 

356 251 B 251 A 250 B 


2) (M400) 







1:00 p.m. - 4:30 p.m. 



(M301) 







durability. 

1:00 p.m. - 4:00 p.m. 













1:00 p.m. - 5:00 p.m. 


2) (M214) 



lowers frictional energy losses and enhances 

reliability and durability of automotive 

components. The topics include, but not 

limited to engine and drivetrain tribology, 

seals, bearing and gear lubrication, materials 

tribology, surface engineering, lubricants 

and additives, computer-aided tribology, 

tribotesting, as well as friction, wear and 

lubrication fundamentals. 

1:00 p.m. - 5:00 p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 





Chairpersons: 



Yellowing in Automotive Clearcoats 

Organizers: 







TARDEC 

Chairpersons: 



Organizers: 



Motors Co. 

Improvement of fatigue properties of 

precipitation hardening steels 

Organizers: 






Chairpersons: 



Microstructure and Tribological Behavior of 

CrN-Cu Nanocoatings Deposited by PVD 

Systems 


Cynthia Templeman, Toyota Technical 

Hiroshi SHUTO, Nippon Steel & Sumitomo Bokyung Kim, Hyundai Motor Company 

Center USA, Inc. 

Metal Corporatio 





Overcoming the Paradox of Strength and 

Ductility in a New Generation of AHSS 


Daniel J. Branagan, Andrew E. Frerichs, 

Brian E. Meacham, Sheng Cheng, Alla V. 

Sergueeva, The NanoSteel Company 



Correlation Study of Axial Force and Friction 

Coefficient with Multiple Type of Surface 

Coating 

Nishant Pharane, Maruti Suzuki India, Ltd.; 

Rakesh Khanger, Maruti Suzuki India Ltd 





TIME 




250 A 250 C 413 A 


Durability Analysis (Part 2 of 4) (M200) 

Focuses on innovative and improved fatigue 

methodologies and problem-solving techniques on 

automotive components, assemblies and vehicles 

based on material characterization, testing and CAE 


1:00 p.m. - 4:00 p.m. 


Performance: Nonlinear Components/ 

Systems (Part 2 of 2) (M206) 

Focusing on new theory, formulation and modeling of 

amplitude-, frequency- and temperature-dependent 

nonlinear components/systems such as mounts 

or bushings, shock absorbers, and joint friction/ 

damping; dynamic characterization through lab 

and field testing; Linearization methodology; Model 

validation, application, and sensitivity analysis in 

vehicle system/subsystem simulations; Nonlinear 

system identification, modeling, and application in 

testing accuracy improvement, etc. 

1:00 p.m. - 2:30 p.m. 

MATERIALS 

NVH CAE Analysis & Testing Correlations 

(M211) 

This session covers the development and application 

of numerical methods along with test correlation and 

optimization for NVH issues of full vehicle and vehicle 

subsystems. All structural components, subsystems 

and complete systems found in automotive vehicles 

will be considered. Topics include structure NVH, 

vibro-acoustics, wind noise and aeroacoustics, 

intake/exhaust and vehicle interior noise, sound 

quality etc. 

1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

Organizers: 

Abolhassan Khosrovaneh, GM; John J. Bonnen, Ford 

Motor Company; Guofei Chen, United States Steel 

Corp.; Carlos Carvalho Engler-Pinto, Ford Motor 

Company; Mingchao Guo, FCA US LLC; Zhigang 

Wei, Tenneco Inc. 

Fatigue Life Prediction of an Automotive Chassis 

System with Combined Hardening Material Model 

Organizers: 

Fulun Yang, Tenneco Inc.; Guangqiang Wu, Tongji 

Univ.; Peijun Xu, Ebco Inc. 

Non-Linear Bifurcation Stability Analysis for 

Articulated Vehicles with Active Trailer Differential 

Braking Systems 


John George, Daniel Gross, Honda R&D Americas, 

Inc.; Hamid Jahed, Ali Roostaei, University of 

Waterloo 

Fatigue Life Prediction of Friction Stir Linear Welds for 

Magnesium Alloys 


HongTae Kang, University of Michigan; Abolhassan 

Khosrovaneh, General Motors Co.; Xuming Su, 

Ford Motor Company; Mingchao Guo, Yung-Li Lee, 

FCA US LLC; Shyam Pittala, University of Michigan; 

Chonghua Jiang, AET Integration Inc.; Brian Jordon, 

University of Alabama 

Modern Methods for Random Fatigue of Automotive 

Parts 

Tao Sun, Eungkil Lee, Yuping He, University of 

Ontario Institute of Technology 

Load Identification of a Suspension Assembly Using 

True-Load Self Transducer Generation 

Paul Augustine, University of Wisconsin; Timothy 

Hunter, Wolf Star Technologies LLC; Nathan Sievers, 

Xiaoru Guo, University of Wisconsin 


Thomas Thesing, Hella KGaA Hueck and Co.; Neil 

Bishop, CAEfatigue, Ltd. 

Review and Assessment of Frequency-Based Fatigue 

Damage Models 


John P. Quigley, General Dynamics Land Systems; 

Yung-Li Lee, Liang Wang, FCA US LLC 

Critical Plane Analysis of Rubber Bushing Durability 

Under Road Loads 


Kevin P. Barbash, General Motors; William V. Mars, 

Endurica LLC 

Organizers: 

Weiguo Zhang, FCA US LLC; Guangtian Gavin Song, 

Ford Motor Company; Nammalwar Purushothaman, 

BAE Systems; Luohui Long, Ford Motor Company; 

Wen Li, Wayne State Univ. 

Chairpersons: 

Weiguo Zhang, FCA US LLC; Guangtian Song, Ford 

Motor Company 

Technical Keynote: A Comprehensive Sound Source 

Localization and Analysis Technology 

Sean F. Wu, Wayne State Univ.; Yazhong Lu, Signal- 

Wise LCC 

Indoor Pass-by Noise Evaluation System Capable of 

Reproducing ISO Actual Road Surface Tire Noise 

Kuniaki Goto, Takashi Kondo, Masakiyo Takahira, 

Eiji Umemura, Masashi Komada, Toyota Motor 

Corporation; Yasuhiko Nishimura, Brüel and Kjær 

On the Effect of Friction Law in Closed-Loop 

Coupling Disc Brake Model 

Yongchang Du, Yingping Lv, Yujian Wang, Tsinghua 

Univ.; Pu Gao, Beijing Institute of Technology 

An Investigation of Body Inertance Response for 

Occupant Safety Control Module Attachment 

Regions 

Muthukumar Arunachalam, S Arunkumar, FCA 

Engineering India Pvt Ltd; PraveenKumar Sampath, 

EinNel Technologies; Abdul Haiyum, FCA Engineering 

India Pvt Ltd; Beverly Katz, FCA US LLC 

Prediction of Fretting Fatigue in Engine Cylinder Block 

Sound Absorption Performance Prediction of 

Automotive Porous Sound Package by Using Genetic 

Algorithm 


Chao Shi, Kenji Sato, Takeru Hamakawa, Yoshimichi 

Ishihara, Shinichi Takahashi, Honda R&D Co. Ltd. 





Lianhui Wang, Shuming Chen, Dengfeng Wang, Yang 

Jiang, Jing Chen, Jilin University 

A Study on Robust Air Induction Snorkel Volume 

Velocity Prediction Using DFSS approach 

(2016-01-0480) 

Weiguo Zhang, Mark Likich, Mac Lynch, FCA US 

LLC; John White, Altair ProductDesign 





TIME 




MATERIALS 

251 A 250 B 251 B 250 C 

Advanced Analysis, Design, 

and Optimization of Materials, 

Restraints, and Structures for 

Enhanced Automotive Safety and 

Weight Reduction (Part 1 of 2) 

(M202) 

Papers with an emphasis on, but not limited 

to, innovative ideas to enhance automotive 

safety with improved material constitutive 

modeling, analysis method developments, 

simulation and pre/post processing 

tools, optimization techniques, crash 

code developments, finite element model 

updating, model validation and verification 

techniques, dummies and occupants, 

restraint systems, passive safety as well 

as lightweight material applications and 

designs are highly encouraged. 

8:00 a.m. - 11:30 a.m. 

Automotive Engineering Testing 

and Test Methods (M203) 

The focus of this session are the tests and 

test methods employed in the evaluation 

of the performance and durability of 

powertrain (engines, transmissions), 

driveline (4WD systems, driveshafts, axles), 

chassis (frame, suspensions, brakes, etc.) 

and body components, subsystems, and 

full vehicle systems. 

8:00 a.m. - 9:30 a.m. 

Automotive Polymeric, Plastic 

Components and Composites 

(Part 1 of 2) (M300) 


the development of polymeric and 

composite materials for automotive interiors 

and exteriors, powertrain components, 

as well as structural and non-structural 

applications. Focus is on design, processes, 

bonding and manufacturing technologies, 

as well as lightweighting strategies. 

8:00 a.m. - 11:30 a.m. 


Performance: Multi-body 


Multibody system modeling and simulation, 

rigid and flexible body modeling, loads 

predictions for vehicle body, frame/subframe, 

exhaust system, driveline, and 

powertrain, modeling of vehicle dynamics 

simulation and durability loads simulation, 

process considering vehicle dynamics 

and durability loads, data processing and 

analysis, loads sensitivity analyses for model 

parameters, design load minimization, 

prediction of loads effects, robust design 

methods, driver modeling, and system 

modeling. 

8:00 a.m. - 9:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

Wei Li, General Motors Co.; Jwo Pan, 

University of Michigan; Tau Tyan, Ford Motor 

Company; William J. Altenhof, Univ. of 

Windsor; Guofei Chen, United States Steel 

Corp.; Sheng-Dong Liu, Generalety LLC 

Mechanical Behavior of Lithium-Ion Battery 

Component Materials and Error Sources 

Analysis for Test Results 

Organizers: 

Paul Spiteri, Oshkosh Defense; Darryl S. 

Taylor, Boeing; Michael Temkin, FCA US 

LLC 

Drive Shaft Torque Telemetry Device 

Organizers: 


Plastics; Hoda Eiliat, General Motor 

Company; Emile Homsi, SABIC Innovative 

Plastics; Robert Randolph Maynard, 

Celanese Corp.; Srikanth Pilla, Clemson 

Univ.; Jian Tao, FCA US LLC 

Bio-based Composites and Their 

Application for Auto Interior Parts 


Xuqian Jiang, Hailing Luo, Yong Xia, Qing 

Chae-Hwan Hong, Hyundai Motor Co. 

Zhou, Tsinghua University 

Experimental Investigation of Short Circuit 

Criteria for Lithium Ion Battery Pouch Cells 

under Punch Indentation 

Joseph V. Gabiniewicz, Aisin Technical 

Center of America; Douglas M. Baker, 

TECAT Performance Systems; Michael 

Testani, Aisin Technical Center of America 

Analysis of Friction Coefficient Variation with 

Moisture between Friction Surface 

Both-Sides Welding Technology for Resin 

Fuel Tubes 

(Oral Only) (2016-01-0411) (2016-01-0506) (Oral Only) 

Frank Q. Yan, Hosop Shin, Shin-Jang Sung, 

Wei Lu, Jwo Pan, University of Michigan; 

Saeed Barbat, Ford Motor Company 

Daisuke Tomomatsu, Honda 

Development of Aluminium Hollow 

Subframe Using High-Pressure Die Casting 

Yosuke Akita, Kenji Abe, Yoshihiro Osawa, 

Toyota Motor Corporation; Yoshitsugu 

Goto, Yuji Nagasawa, Noboru Sugiura, 

Toyota Central R&D Labs., Inc.; Satoshi 

Wakamatsu, Kyoko Kosaka, ADVICS Co., 

Ltd. 

North American Market Experiences for 

Class 5 Hybrid Box Truck 

Development of Improved Durablity sealant 

and ‘One Piece’ Tire Mobility Kit 


Akihiko Asami, Tomoyuki Imanishi, Honda 

R&D Co., Ltd.; Yukio Okazaki, Tomohiro 

Ono, Kenichi Tetsuka, Yanagawa Seiki 

Co., Ltd. 

Nehal Sardar Rahim, Aisin Technical Center 

of America 

Hyung Seok KIM, Hyundai Motor Company 

Status and prospect of multiscale modeling 

and simulation of high-rate dynamic 

and damage performance of lightweight 

materials 

A study on the impact resistance of plastic 

underbody parts 


Yucheng Liu, Mississippi State Univ. 

Jee Young Youn, Seok Hwan Kim, Hyundai 

Motor Company; Yong Sun (Steven) Jin, 

DuPont Engineering Polymers 

3D Simulation Models Simplified to 

2D Planar/Axisymmetric Problems in 

Automotive Structures 


Wenxin Qin, Sandip Datta, Weidong Zhang, 

FCA US LLC 

Sliding Properties of Polyamide Coating in 

high temperature for Intermediate Shaft of 

Electric Power Steering 

Kazunori Miyake, Tomoya Nishida, 

Takanori Kurokawa, Hirokazu Arai, JTEKT 

Corporation 

Organizers: 

Paramsothy Jayakumar, US Army 

TARDEC; Jesper Slattengren, Pratt & Miller 

Engineering; Yunqing Zhang, Huazhong 

University of Science and Tech. 

Use of High-Fidelity Model Simulations for 

Off-Road Vehicle Mobility Assessment 

Ulysses Contreras, University of Illinois 

at Chicago; Antonio Martin Recuero, 

Computational Dynamics Inc.; Paramsothy 

Jayakumar, US Army TARDEC; Craig 

Foster, Ahmed Shabana, University of Illinois 

at Chicago 

Using the open-source Chrono multiphysics 

library for off-road vehicle mobility 

studies 

Daniel Melanz, Hammad Mazhar, Radu 

Serban, University of Wisconsin - Madison; 

Hiroyuki Sugiyama, University of Iowa; Dan 

Negrut, University of Wisconsin - Madison 




TIME 




MATERIALS 

251 A 250 B 251 B 250 C 






(M202) 













8:00 a.m. - 11:30 a.m. 

Automotive Engineering Testing 

and Test Methods (M203) 

The focus of this session are the tests and 

test methods employed in the evaluation 

of the performance and durability of 

powertrain (engines, transmissions), 

driveline (4WD systems, driveshafts, axles), 

chassis (frame, suspensions, brakes, etc.) 

and body components, subsystems, and 

full vehicle systems. 

8:00 a.m. - 9:30 a.m. 



(Part 1 of 2) (M300) 









8:00 a.m. - 11:30 a.m. 


Performance: Multi-body 


Multibody system modeling and simulation, 

rigid and flexible body modeling, loads 

predictions for vehicle body, frame/subframe, 

exhaust system, driveline, and 

powertrain, modeling of vehicle dynamics 

simulation and durability loads simulation, 

process considering vehicle dynamics 

and durability loads, data processing and 

analysis, loads sensitivity analyses for model 

parameters, design load minimization, 

prediction of loads effects, robust design 

methods, driver modeling, and system 

modeling. 

8:00 a.m. - 9:00 a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 






Behavior of Adhesively Bonded Steel 

Double Hat-Section Components under 

Axial Quasi-Static and Impact Loading 

Organizers: 

Paul Spiteri, Oshkosh Defense; Darryl S. 

Taylor, Boeing; Michael Temkin, FCA US 

LLC 


Anindya Deb, Indian Institute of Science; 

Clifford C. Chou, Wayne State University; 

Gunti R. Srinivas, Sanketh Gowda, 

Goutham Kurnool, Indian Institute of 

Science 

Next Generation Car - Lightweight Design 

for Future Automotive Structures 


Gundolf Kopp, Elmar Beeh, Gerhard Kopp, 

Marco Münster, Michael Kriescher, Horst 

Friedrich, German Aerospace Center DLR 





Organizers: 







Development of a Lightweight Soundproof 

Cover Using the Biot Theory (Vibration 

Propagation in Elastic Porous Materials), 

and an Example Application to a 

Transmission. 

Kentaro Kimura, Ryoji Habuchi, Tetsuya 

Kono, Toyota Motor Corporation; Tadashi 

Mori, Kaname Arimizu, Nichias Corporation 

3D-Design, Fabrication and Metrological 

Characteristics for Knee Meniscus 

Replacement Prototype using Proposed 

Polymeric Material 

Salah H. R. Ali, Sarwat Z. A. Zahwi, National 

Institute for Standards; Mai S. Mabrok, Misr 

University for Science and Technology; Badr 

S. N. Azzam, Cairo University 



Organizers: 

Paramsothy Jayakumar, US Army 

TARDEC; Jesper Slattengren, Pratt & Miller 

Engineering; Yunqing Zhang, Huazhong 

University of Science and Tech. 





TIME 




312 A 356 250 A 

Sheet Metal Forming Technology (Part 1 

of 2) (M105) 

This session will feature the latest developments 

in sheet metal forming technology. Presentations 

will address general areas of forming processes, 

formability issues and modeling. These include 

forming processes (Stamping, hydroforming, gas 

forming, high temperature forming), formability Issues 

(springback, edge cracking, stretch-bend failures and 

fracture), Modeling (materials, forming limits, failure 

criteria in various deformation modes and process 

modeling & optimization). 

8:00 a.m. - 11:00 a.m. 

UV/EB Leading the Way for the Future of 

Automotive (Part 1 of 2) (M401) 

Success in cure technology attained through 

advances photocurable materials, UV Laser 

technology, lamp development, 3D computer 

imaging, and the development of novel materials, 

processes and facilities, are significantly advancing 

the efforts of energy reduction and vehicle 

lightweighting resulting in improvements of reduced 

GHG emissions, manufacturing Cycle Time, 

Small Footprint manufacturing, speedy proto-type 

development and Additive Manufacturing, all creating 

a revolution in manufacturing. 

8:00 a.m. - 11:30 a.m. 

MATERIALS 


Durability Analysis (Part 3 of 4) (M200) 

Focuses on innovative and improved fatigue 

methodologies and problem-solving techniques on 

automotive components, assemblies and vehicles 

based on material characterization, testing and CAE 


8:30 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Thomas Oetjens, CAE Integration; Xiaoming Chen, 

U. S. Steel Corp.; ZiQiang Sheng, General Motors; 

Michael J. Worswick, University of Waterloo; Dajun 

Zhou, FCA US LLC 

Prediction of Fracture in Warm/Hot Forming using 

Strain Rate and Temperature Dependent Forming 

Limit Surface 

(Oral Only) 

ZiQiang Sheng, General Motors 

Study of the conical tip shape of piercing punch on 

the dimension of punched hole 

Organizers: 

Gary Cohen, Radtech International North America; 

Mary Ellen Rosenberger, BaySpring Solutions LLC; 

Jian Tao, FCA US LLC 

Chairpersons: 

Gary Cohen, Radtech International North America; 

Christopher Seubert, Ford Motor Company 

One Component UV-A Automotive Refinish; Clear 

Coats and Primers 

(Oral Only) 

Michael Dvorchak, Dvorchak Enterprises LLC 

Cationic UV-curing of Automotive Coatings 


Guobiao Yang, Oakland University,Tongji University; 

Tian Bai, Wan Xu, Junrui Li, Lianxiang Yang, Oakland 

University; Dajun Zhou, Changqing Du, FCA US LLC 

Investigation of Plastic Anisotropy in Various Sheet 

Metals under Uniaxial and Biaxial Loading Conditions 

Cynthia Templeman, Toyota Motor Engineering & 

Mfg NA Inc. 

Advancements in Coating Technology for Automotive 

Plastic Components 

Organizers: 

Abolhassan Khosrovaneh, GM; John J. Bonnen, Ford 

Motor Company; Guofei Chen, United States Steel 

Corp.; Carlos Carvalho Engler-Pinto, Ford Motor 

Company; Mingchao Guo, FCA US LLC; Zhigang 

Wei, Tenneco Inc. 

Assessment of Critical Plane Models Using Non- 

Proportional Low Cycle Fatigue Test Data of 304 

Stainless Steel 

Ghassan Abed, Oakland University; Yung-Li Lee, Jian 

Zhu, FCA US LLC 

Probabilistic Isothermal, Anisothermal, and High- 

Temperature Thermo-Mechanical Fatigue Life 

Assessment and CAE Implementations 


Fadi Abu-Farha, Nan Zhang, Clemson University 

(CU-ICAR) 

Eileen Weber, Red Spot Paint & Varnish Co. Inc. Zhigang Wei, Yunfei Qu, Dongying Jiang, Limin Luo, 

Jason Hamilton, Kay Ellinghaus, Markus Pieszkalla, 

Tenneco Inc. 

Hot Blank Cold Die (HB-CD) Stamping of Aluminium 

Alloy Sheets: Characterization, Modeling, Simulations 

and Validation 

Improving Weatherability of Energy Curable 

Hardcoats 

A Comparative Study of Automotive System Fatigue 

Models Processed in the Time and Frequency 

Domain 


Nan Zhang, Fadi Abu-Farha, Clemson University 

(CU-ICAR) 

Marcus Hutchins, Allnex 

Wallace Ferreira, Ford Brasil S. A.; Trenton Meehan, 

Ford Motor Company; Valdir Cardoso, Valdirm 

Cardoso; Neil Bishop, CAEfatigue, Ltd. 

Tension-Compression Asymmetry in Advanced High 

Strength Steels 

Radiation Curable Components and Their Use in 

Hard, Scratch Resistant Coating Applications 


Jun Hu, Fadi Abu-Farha, Zeren xu, Clemson 

University (CU-ICAR) 

Edge Fracture Mechanism in Advanced High 

Strength Steel 

William Schaeffer, Steven Tyson, Indu Vappala, 

Sartomer Usa LLC 

Breaking the Paradigm in Silicone Processing: 

Achieving Fast Room-Temperature Curing without 

Sacrificing Pot-Life using ELASTOSIL® CAT UV 

Technology 

An Experimental Study on Static and Fatigue 

Strengths of Resistance Spot Welds with Stack-up of 

Advanced High Strength Steels and Adhesive 

Mingchao Guo, Ramchandra Bhandarkar, Weidong 

Zhang, FCA US LLC; Guofei Chen, Zhenke Teng, 

United States Steel Corporation 

Fatigue Life Prediction for Adaptable Insert Welds 

between Sheet Steel and Cast Magnesium Alloy 


Nikky Pathak, Cliff Butcher, Michael Worswick, 

University of Waterloo 

Dr. Jason Rouse, Wacker Chemical Corp. 

HongTae Kang, University of Michigan; Abolhassan 

Khosrovaneh, GM; Xuming Su, Ford Motor 

Company; Mingchao Guo, Yung-Li Lee, FCA US 

LLC; Sai Boorgu, University of Michigan; Chonghua 

Jiang, AET Integration Inc. 

Planned by Metallic Materials Committee / Materials 

Engineering Activity 

New Developments in UV Curable Laminating 

Adhesives Formulating for Enhanced Adhesion and 

Service Properties 

Fatigue Evaluation Procedure Development for Self- 

Piercing Riveted Joints Using the Battelle Structural 

Stress Method 


Michael Bailey, Sartomer Usa LLC 

Andrew Cox, Jeong Hong, Battelle 

Planned by Polymers and Coatings Committee / 






TIME 




MATERIALS 

251 A 251 B 250 A 250 C 






(M202) 













1:00 p.m. - 4:30 p.m. 



(Part 2 of 2) (M300) 









1:00 p.m. - 4:30 p.m. 



(M200) 







1:00 p.m. - 4:30 p.m. 


Performance: Ride Comfort 

(M207) 

This session focusing on vehicle ride 

comfort, addressing issues such as ride 

evaluation, suspension tuning, occupant 

biomechanics, seating dynamics, semiactive 

and active suspension and vehicle 

elastomeric components. Topics may 

include vehicle ride motion smoothness and 

control balancing, structural shake, impact 

harshness and after shake, brake judder/ 

pulsation, smooth road shake/shimmy/ 

nibble, power hop, launch shudder, freeway 

hop and any other phenomena affecting 

ride comfort. 

1:00 p.m. - 2:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 






Crushing Analysis and Lightweight Design 

of Tapered Tailor Welded Hybrid Material 

Tubes under Oblique Impact 

Organizers: 







Identification of True Stress-Strain Curve 

of Thermoplastic Polymers under Biaxial 

Tension 

Organizers: 








Durability Analysis in CAE 


Da-Zhi Wang, Guang-Jun Cao, SAIC 

Motor Technique Center; Chang Qi, Yong 

Sun, Shu Yang, Yu Du, Dalian University of 

Technology 

Energy Absorption Behaviors and 

Application of Thin-walled Box Structures 

with Higher Strength in Ridgelines 

Yan Meng, Yong Xia, Qing Zhou, Tsinghua 

University; Shaoting Lin, Massachusetts 


Research on Temperature and Strain Rate 

Dependent Viscoelastic Response of 

Polyvinyl Butaral Film 

The purpose of the panel is to provide an 

opportunity to discuss, clarify, evaluate 

and exchange of viewpoints among the 

automotive fatigue/durability experts. The 

state-of-the-art technologies in load, stress 

and fatigue damage analyses and their 

applications to engineering design for 

durability will be addressed. 


Organizers: 

Yung-Li Lee, FCA US LLC 

Yuqing Zheng, Xichan Zhu, Tongji University; 

Xueqing Dong, Yijue Car Technology 

Service Company 

Development and Implementation Of Beam 

Elements For Crashworthiness Analysis Of 

Thin-Walled Beam Structures 

Xiaoqing Xu, Bohan Liu, Yan Wang, Yibing 

Li, Tsinghua University 

Development of Rubber Mesh-Gaskets for 

the reduction of air intake noise 

Moderators: 


Panelists: 

Efthimio Duni, FCA EMEA 

Abolhassan Khosrovaneh, GM 


Organizers: 

Fangwu (Mike) Ma; Xuting Wu, General 

Motors Co.; Peijun Xu, Ebco Inc.; James 

Yang, Texas Tech. Univ. 

Performance Analysis of the Rule-Optimized 

Fuzzy-Logic Controller for Semi-active 

Suspension 

Kemal Çalkan, IAE, TU Braunschweig; 

Mina M.S. Kaldas, Minia University; 

Roman Henze, Ferit Küçükay, IAE, TU 

Braunschweig 

Powertrain Motion Control Analysis under 

Quasi-static Extreme Loads 

Tianqi Lv, Huazhong University of Science 

and Tech; Peijun Xu, Ebco Inc.; Yunqing 

Zhang, Huazhong University of Science 

and Tech 

Improvement of Vehicle Ride Comfort 

Using Control Strategies for the Switchable 

Damper Suspension System 


Yucheng Liu, Mississippi State Univ. Yohei Miki, Hisao Futamata, Masahiko Xuming Su, Ford Motor Company 

Aref M. A. Soliman, Benha University 

Inoue, Masashi Takekoshi, Kohbun Yamada, 

NOK Corporation 

Body-in-White Reinforcements for Light- 

Weight Automobiles 

Defrost efficiency anlaysis of PMMA rear 

window 


Dinesh Munjurulimana, Sabic Research 

Technology Private Ltd.; Amit Kulkarni, 

SABIC Innovative Plastics; Dhanendra 

Nagwanshi, SABIC; Joel Luther Thambi, 

SABIC Innovative Plastics; Ruud Winters, 

Matthew Delaney, SABIC 

Crashworthiness Uncertainty Optimization 

of Thin-walled Beams Based on 

Approximate Model with Step Encryption 

Technology 

Na Qiu, Yunkai Gao, Jianguang Fang, 

Shanshan Wang, Tongji University 

Study of Bending Strength for Aluminum 

Reinforced with Epoxy Composite 

Programmed Load Spectrum for Fatigue 

Bench Test of a Vehicle Body 

Yunkai Gao, Jingpeng Han, Jianguang 

Fang, Shihui Wang, Tongji University 

Research on the Fatigue Durability 

Performance of a SUV Rear Axle 


Qianqian Du, Tongji University 

Saida Khan, Santosh Kumar Sarang, Ichiro Yunkai Gao, Zhaoxuan Feng, Jianguang 

Hiratsuka, Aisin Technical Center of America Fang, Shihui Wang, Tongji University 

Small Overlap Impact Countermeasure- 

Front Door Hinge Pillar Dual Box 

Biobased Headlamp Housing for 

Automotive Lighting 


Eric S. Elliott, Christopher Roche, 

Jashwanth Reddy, Hyundai America 


Ayse D. Ademuwagun, Varroc Lighting 

Systems GmbH 

A State of the Art Thermomechanical 

Testing Rig for Cylinder Head Component 

Rifat Yilmaz, Mersin Hurpekli, Ahmet Guzel, 

Demirhan Manav, Serhat Erpolat, Ford 

Otomotiv Sanayi AS; Emin Kondakci, Nuri 

Solak, Istanbul Technical University 




TIME 




MATERIALS 

251 A 251 B 250 A 250 C 






(M202) 













1:00 p.m. - 4:30 p.m. 



(Part 2 of 2) (M300) 









1:00 p.m. - 4:30 p.m. 



(M200) 







1:00 p.m. - 4:30 p.m. 


Performance: Ride Comfort 

(M207) 

This session focusing on vehicle ride 

comfort, addressing issues such as ride 

evaluation, suspension tuning, occupant 

biomechanics, seating dynamics, semiactive 

and active suspension and vehicle 

elastomeric components. Topics may 

include vehicle ride motion smoothness and 

control balancing, structural shake, impact 

harshness and after shake, brake judder/ 

pulsation, smooth road shake/shimmy/ 

nibble, power hop, launch shudder, freeway 

hop and any other phenomena affecting 

ride comfort. 

1:00 p.m. - 2:30 p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 






Bio inspired design of lightweight and safe 

vehicle structures 

Organizers: 







Fabrication of composite using base metal 

as Al 6082 T0 reinforced with Fe-MWCNT 

using Friction stir processing and examine 

changes in tensile strength, microstructure 

and hardness 


Prasad S. Mehta, Jennifer Solis Ocampo, 

Andres Tovar, Prathamesh Chaudhari, 

Indiana University Purdue University 

Pulkit Batra, Arpit Bansal, V Jeganathan 

ArulMoni, Delhi Technological University 

Organizers: 







Fatigue Life Assessment of Different Aviation 

Materials through Experimental Testing and 

Computational Modeling 

Syed Hammad Raza, Kamran Asim, 

National Univ. Of Sciences & Technology 

Organizers: 

Fangwu (Mike) Ma; Xuting Wu, General 

Motors Co.; Peijun Xu, Ebco Inc.; James 

Yang, Texas Tech. Univ. 











TIME 


Performance: Tire and Terrain 

(M208) 




MATERIALS 

357 313 A 250 B 312 A 

Focusing on tire and terrain mechanics 

modeling for load simulations, tire model 

development, parameters identification, and 

sensitivity analyses, tire test development, 

road profile characterization, effective 

road profile development, and interactions 

between tire, suspension/steering/brake 

systems, and different terrains, spindle 

loads/travel variation characteristics 

from deterministic and rough roads, 

terramechanics, tire noise, rolling resistance 

and correlation studies. 

1:00 p.m. - 3:30 p.m. 

Materials and Residual Stress 

Test Development (M205) 

Key words: residual stress, retained 

austenite, x-ray diffraction, neutron 

diffraction, induction hardening, carburizing, 

shot peening, quench and template, 

residual stress simulation, residual stress 

test 

1:00 p.m. - 4:00 p.m. 

Optical Measurement and 

Nondestructive Testing 

Techniques in Automotive 

Engineering (M204) 

Key words: optical techniques; digital 

correlation; holography; shearography; 

nondestructive testing 

1:00 p.m. - 4:30 p.m. 

Sheet Metal Forming Technology 

(Part 2 of 2) (M105) 

This session will feature the latest 

developments in sheet metal forming 

technology. Presentations will address 

general areas of forming processes, 

formability issues and modeling. These 

include forming processes (Stamping, 

hydroforming, gas forming, high 

temperature forming), formability Issues 

(springback, edge cracking, stretch-bend 

failures and fracture), Modeling (materials, 

forming limits, failure criteria in various 

deformation modes and process modeling 

& optimization). 

1:00 p.m. - 2:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

Jianfeng Ma, Saint Louis University; 

Mustafa Ali Arat, Delft Univ. of Technology; 

Emmanuel O. Bolarinwa, Federal Highway 

Administration; Xiaobo Yang, Oshkosh 

Corporation 

Technical Keynote: Tire Dynamics 

Simulation for Transient Braking and 

Cornering 

Organizers: 

Xin Zhang, F.Tech. R&D North America Inc.; 

Gerald A. Shulke, FCA US LLC; Xichen Sun 

Molecular Analysis of Automotive Electrical 

Components Contaminated with Engine 

and Powertrain Performance Fluids 

Organizers: 

Sheng Liu, General Motors Co.; Kah 

Wah Long, FCA US LLC; Lianxiang Yang, 

Oakland Univ. 

Use of Portable XRF, LIBS, or OES for 

Non Destructive Testing and Quality 

Control within Aerospace and Automotive 

Manufacturing 

Organizers: 

Thomas Oetjens, CAE Integration; Xiaoming 

Chen, U. S. Steel Corp.; ZiQiang Sheng, 

General Motors; Michael J. Worswick, 

University of Waterloo; Dajun Zhou, FCA 

US LLC 

An Investigation into the Die Quenching 

Properties of 7xxx Series Aluminum Alloys 

(Oral Only) (2016-01-0422) (Oral Only) (Oral Only) 

Hiroyuki Sugiyama, Univ. of Iowa 

Robert A. Smith, Christopher Rudzinskas, 

Delphi Corp. 

Wayne Vereb, Oxford Instruments America 

Inc. 

Kaab Omer, Cliff Butcher, Michael J. 

Worswick, University of Waterloo; Edmund 

W. Chu, Alcoa Inc.; Eric J. Boettcher, 

Honda R & D Americas Inc.; Xiaoping Niu, 

Promatek Research Centre 

An Effect Study of PCR Contour Design 

Theory to Tire Force and Moment properties 

Characterization of Residual Stresses on 

Steel Coil Springs via X-ray Diffraction 

Techniques 

Tensile Test for Polymer Plastics with 

Extreme Large Elongation Using Quad- 

Camera Digital Image Correlation System 


Frank Anthony Cuccia, Proto Manufacturing 

Inc.; James Pineault, Proto Manufacturing 

Ltd.; Mohammed Belassel, Proto 

Manufacturing Inc.; Michael Brauss, Proto 

Manufacturing Ltd. 

Applications and Design of Low 

Temperature Surface Hardened Stainless 

Steel Components in Automotive 

Applications 

Xin Xie, Oakland University; Danielle Zeng, 


Junrui Li, Oakland University; Jeffrey Dahl, 


Qiancheng Zhao, Hunan University of 

Science and Technology; Lianxiang Yang, 


Coupling Infrared Thermography and 

Digital Image Correlation for Investigating 

the Deformation and Failure of Lightweight 

Metals 

(2016-01-0446) (2016-01-0425) (Oral Only) (Oral Only) 

Chen Liang, Guolin Wang, Zhou Zheng, 

Jiangsu University 

Estimation of the Rolling Resistance of Tires 

Elevated Temperature Formability of 

Aluminum Alloy AA7075-T6 

Sante DiCecco; Cliff Butcher, Alexander 

Bardelcik, Michael J. Worswick, University 

of Waterloo; Edmund W. Chu, Alcoa Inc.; 

Eric J. Boettcher, Honda R & D Americas 

Inc. 

Experimental Characterization and Warm 

Forming of a ZEK100 Magnesium Roof 

Panel 

Andreas Karl, Chad Beamer, Bodycote Fadi Abu-Farha, Clemson Univ. Cliff Butcher, Kaab Omer, N. Panahi, S. 

Kurukuri, Michael J. Worswick, University 

of Waterloo; Timothy W. Skszek, Magna 

International Inc. 

Effect of Aging on the Relaxation of Residual 

Stress in High Pressure Die Cast AM60 


Brian Paul Wiegand, Northrop Grumman, 

Retired 

Simulation of a sudden tire inflation pressure 

loss in a full vehicle context for active safety 

applications 

Haley Hill, Jacob Zindel, Larry Godlewski, 


Study of Ausferrite Transformation Kinetics 

for Austempered Ductile Irons with and 

without Ni 


Manfred Baecker, Axel Gallrein, Francesco 

Calabrese, Fraunhofer ITWM; Remco 

Mansvelders, SIMPACK GmbH 

Bingxu Wang, Gary Barber, Minsheng He, 

Oakland University; Xichen Sun, Michael 

Shaw, Ben Slattery, Phil Seaton, FCA US 

LLC 

The Influence of Edge Quality on Edge 

Stretching Limit for Aluminum Alloy 

Eduardo Bustillos, Youngstown State 

University; Haley Linkous, Xin Xie, Laila 

Guessous, Lianxiang Yang, Oakland 

University 

Micro Deformation Measurement Using 

Temporal Phase-Shifting and Spatial-Carrier 

Digital Speckle Pattern Interferometry 

Sijin Wu, Beijing Information Science and 

Technology University; Xinya Gao, Hefei 

University of Technology; Yong Lv, Yanpeng 

Jiang, Yao Fang, Beijing Information 

Science and Technology University; Aiguo 

Zhou, Tongji University 




TIME 


Performance: Tire and Terrain 

(M208) 




MATERIALS 

357 313 A 250 B 312 A 

Focusing on tire and terrain mechanics 

modeling for load simulations, tire model 

development, parameters identification, and 

sensitivity analyses, tire test development, 

road profile characterization, effective 

road profile development, and interactions 

between tire, suspension/steering/brake 

systems, and different terrains, spindle 

loads/travel variation characteristics 

from deterministic and rough roads, 

terramechanics, tire noise, rolling resistance 

and correlation studies. 

1:00 p.m. - 3:30 p.m. 

Materials and Residual Stress 

Test Development (M205) 

Key words: residual stress, retained 

austenite, x-ray diffraction, neutron 

diffraction, induction hardening, carburizing, 

shot peening, quench and template, 

residual stress simulation, residual stress 

test 

1:00 p.m. - 4:00 p.m. 

Optical Measurement and 

Nondestructive Testing 

Techniques in Automotive 

Engineering (M204) 

Key words: optical techniques; digital 

correlation; holography; shearography; 

nondestructive testing 

1:00 p.m. - 4:30 p.m. 

Sheet Metal Forming Technology 

(Part 2 of 2) (M105) 

This session will feature the latest 

developments in sheet metal forming 

technology. Presentations will address 

general areas of forming processes, 

formability issues and modeling. These 

include forming processes (Stamping, 

hydroforming, gas forming, high 

temperature forming), formability Issues 

(springback, edge cracking, stretch-bend 

failures and fracture), Modeling (materials, 

forming limits, failure criteria in various 

deformation modes and process modeling 

& optimization). 

1:00 p.m. - 2:30 p.m. 

Organizers: 

Jianfeng Ma, Saint Louis University; 

Mustafa Ali Arat, Delft Univ. of Technology; 

Emmanuel O. Bolarinwa, Federal Highway 

Administration; Xiaobo Yang, Oshkosh 

Corporation 

Organizers: 

Xin Zhang, F.Tech. R&D North America Inc.; 

Gerald A. Shulke, FCA US LLC; Xichen Sun 

Organizers: 

Sheng Liu, General Motors Co.; Kah 

Wah Long, FCA US LLC; Lianxiang Yang, 

Oakland Univ. 

Organizers: 

Thomas Oetjens, CAE Integration; Xiaoming 

Chen, U. S. Steel Corp.; ZiQiang Sheng, 

General Motors; Michael J. Worswick, 

University of Waterloo; Dajun Zhou, FCA 

US LLC 

3:30 

p.m. 

Residual Stress Distributions in Rectangular 

Bars due to High Rolling Loads 


Mohammed Yusuf Ali, University of 

Michigan; Petr Michlik, Caterpillar Inc.; Jwo 

Pan, University of Michigan 

A New measurement of Aluminum Alloy 

Edge Stretching Limit Based on Digital 

Image Correlation Method 

Wan Xu, Oakland University; Xinfeng Shi, 

Tian Bai, Guobiao Yang, Lianxiang Yang, 

Oakland Univ; Changqing Du, Dajun Zhou, 

Yongjun Zhou, FCA US LLC 

4:00 

p.m. 

Combined Synchrotron X-Ray Diffraction 

and Digital Image Correlation Technique for 

Measurement of Austenite Transformation 

with Strain in TRIP-Assisted Steels 

(2016-01-0419) 

Whitney Poling, Colorado School of 

Mines; Vesna Savic, Louis Hector, Anil 

Sachdev, General Motors Co.; Xiaohua Hu, 

Arun Devaraj, Pacific Northwest National 

Laboratory; Fadi Abu-Farha, Clemson 

University 











TIME 




356 

UV/EB Leading the Way for the Future of Automotive (Part 2 of 2) (M401) 

Success in cure technology attained through advances photocurable materials, UV Laser 

technology, lamp development, 3D computer imaging, and the development of novel materials, 

processes and facilities, are significantly advancing the efforts of energy reduction and vehicle 

lightweighting resulting in improvements of reduced GHG emissions, manufacturing Cycle Time, 

Small Footprint manufacturing, speedy proto-type development and Additive Manufacturing, all 

creating a revolution in manufacturing. 

1:00 p.m. - 3:30 p.m. 

MATERIALS 

Organizers: 

Gary Cohen, Radtech International North America; Mary Ellen Rosenberger, BaySpring Solutions 

LLC; Jian Tao, FCA US LLC 

Chairpersons: 

Gary Cohen, Radtech International North America; Christopher Seubert, Ford Motor Company 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Electron Beam Technology for Automotive Applications 

(Oral Only) 

Anthony Carignano, PCT Engineered Systems LLC 

Radiation Curable Syrup Pressure Sensitive Adhesive 

(Oral Only) 

Jin Lu, Arkema Inc. 

Enabling Lightweighting with UV: Improving the Adhesion of UV Curable Coatings to New 

Automotive Substrates 

(Oral Only) 

Andy F. Stecher, Plasmatreat NA 

3D UV Curing of Automotive Coatings 

(Oral Only) 

Kevin Joesel, Heraeus Noblelight America LLC 

Advances in UV Measurement for Controlling the UV Curing Process 

(Oral Only) 

Jim Raymont, EIT LLC 

Planned by Polymers and Coatings Committee / Materials Engineering Activity 







MATERIALS 

MATERIALS EXHIBITORS 

Aluminum Extruders Council (AEC).. 548 

ArcelorMittal...............................................507 

Argent International Inc..........................524 

Atotech North America........................... 1115 

Berghof Automation GmbH...................703 

Blanking Without Dies............................1237 

Core Molding Technologies Inc........... 1134 

CTA Acoustics Inc....................................1148 

CY Myutec Co..............................................316 


(DEP) Inc................................................. 1216 


DSM............................................................... 1215 

Eastman Chemical....................................535 

EDAG Inc......................................................929 

ESTECO........................................................429 

ForceBeyond Inc.......................................529 

Granta Design Ltd..................................... 1114 

Impro Industries USA Inc......................1050 

Indo-MIM (P) Ltd.......................................528 

Jiangsu Enda General Equipment 

Co Ltd..........................................................202 

KRAIBURG TPE....................................... 1044 

Light Weighting - Emission 

Reduction............................................... 1343 

Liquidmetal Technologies Inc...............708 

Lohmann Corporation........................... 1324 

Metal Powder Products.......................... 506 


Program................................................... 630 

NOF America Corporoation................. 1245 

NTN Automotive Center........................ 449 

Oak Ridge National Laboratory...........623 

Oxford Instruments................................ 1235 


Laboratory...............................................623 

Permabond Engineering Adhesives.1035 

Pittsburgh Glass Works LLC..................342 

Sekisui S-LEC America LLC................... 1128 

Shinhan Precision Ind Co Ltd............... 209 

SUHNER Manufacturing Inc............... 404P 

Syn-Tech Ltd...............................................523 

Taizhou Xinyu Precision 

Manufacture Co.....................................1150 

Tru Vue, Inc..................................................415 

Voestalpine Steel Division.................... 1328 

Wacker Chemical Corp.......................... 1223 

Woelfel Engineering GmbH + 

Co. KG....................................................... 1214 

2016 Defense Maintenance 

& Logistics Exhibition 

December 5-8, 2016 

Albuquerque Convention Center 

Albuquerque, New Mexico, USA 

Co-located with the 2016 Department of Defense 

Maintenance Symposium 

Don’t miss YOUR opportunity to be part of the 

premier military and commercial maintenance exhibition! 

sae.org/defexpo 

P160204 



PROPULSION/POWERTRAIN 

TUE WED THUR 


Abnormal SI Combustion (Knock) (PFL213) - - - - 4 - 410 A 157, 158 

Abnormal SI Combustion (Preignition) (Part 1 of 2) (PFL217) - 4 - - - - 410 A 133, 134 

Advanced Battery Technologies (Part 1 - 3) (PFL730) 4 4 4 - - - 414 B 127, 133, 134, 147 

Advanced Fuel Cell Vehicle Applications (Part 1 - 3) (PFL720) - - - 4 4 4 420 A 148, 163, 165, 166 

Advanced Hybrid and Electric Vehicle Powertrains (Part 1 - 5) (PFL710) 4 4 4 4 4 - 420 B 

127, 133, 134, 140, 

141, 148, 149, 157, 

158 

Advanced Vehicle Technology Competitions (PFL760) - - - - - 4 413 B 165, 166 

All Wheel Drive (PFL620) 4 - - - - - 412 A 127 

Alternative Fuel and Fuel Additive Effects on SI Combustion Processes 

(PFL214) 

4 - - - - - 410 A 127 

Alternative and Advanced Fuels (Part 1 & 2) (PFL330) - - 4 4 - - 251 C 145, 146, 148, 149 

Basic SI Combustion and Emissions (Part 1 & 2) (PFL211) - - 4 4 - - 410 A 140, 141, 148 

CI & SI Power Cylinder Systems (PFL530) - - 4 - - - 413 A 140, 141 

Cold Start and Transients (PFL290) - - - 4 - - 412 A 150, 151 

Combustion Control and Optimization (Part 1 & 2) (PFL280) - - - - 4 4 411 B 157, 158, 165 

Combustion in Compression-Ignition Engines: Efficiency and Emissions 

(PFL221) 

- - 4 - - - 411 B 140, 141 

Combustion in Compression-Ignition Engines: Fuel/Additive Effects 

(PFL223) 

- - - 4 - - 411 B 156 

Combustion in Compression-Ignition Engines: In-Cylinder Processes 

(Part 1 & 2) (PFL222) 

4 4 - - - - 411 B 128, 133, 134 

Combustion in Gaseous-Fueled Engines (Part 1 & 2) (PFL270) - - 4 4 - - 312 A 142, 150, 151 

Control System Design & Calibration (Part 1 - 4) (PFL130) - - 4 4 4 4 415 A 

142, 150, 151, 

157, 165 

Controls for Hybrids and Electric Powertrains (PFL750) - - - - - 4 413 A 167, 168 

Diagnostic Development (PFL150) 4 - - - - - 413 B 128, 129 

Diesel Engine Lubricants (PFL350) - - 4 - - - 415 B 142 

Dilute SI Combustion (Stratified Charge, EGR) (PFL216) - - - 4 - - 410 A 156 

Driveline Components/Subsystems (PFL670) - - - 4 - - 411 C 150, 151 

Driveline Controls (PFL640) - - - - 4 - 411 C 159 

Driveline Lubricants (PFL360) - - 4 - - - 415 B 147 

Driveline Modeling (PFL680) - - - - - 4 411 C 167, 168 

Driveline NVH (PFL660) - - 4 - - - 411 C 142 

Dual Fuel Combustion Processes (Part 1 & 2) (PFL261) 4 4 - - - - 411 A 128, 135, 136 

Electric Motor & Power Electronics (Part 1 - 3) (PFL740) - - - 4 4 4 414 B 

152, 153, 159, 

160, 167 

Engine Block, Cylinder Heads, Oil & Water Pumps, Intake & Exhaust 

Systems (PFL580) 

- - - 4 - - 413 B 152, 153 

Engine Boosting Systems (Part 1 & 2) (PFL520) - - - - 4 4 411 A 159, 160, 167, 168 

Fluid flow Measurement & Analysis (PFL140) 4 - - - - - 414 A 128 

Fuel Injection and Sprays (Part 1 - 5) (PFL320) - 4 4 4 4 4 414 A 

135, 136, 143, 144, 

152, 153, 159, 160, 

169, 170 

Fuel and Additive Effects on Engine Systems (Part 1 & 2) (PFL310) 4 4 - - - - 415 B 130, 135, 136 

Gasoline Engine Lubricants (Part 1 & 2) (PFL340) 4 4 - - - - 415 A 130, 135 

General Thermodynamics & Fundamentals (Part 7) (PFL110) - - - - - 4 412 B 169 





TUE WED THUR 


High Efficiency IC Engines Concepts (Part 1 - 4) (PFL170) 4 4 4 4 - - 357 

130, 143, 144, 

152, 153 

Holistic Session on Fuel Consumption and Fuel Economy (Part 1 & 2) 

(PFL370) 

- - - - 4 4 360 161, 162, 169, 170 

Homogeneous Charge Compression Ignition, HCCI (Part 1 & 2) (PFL230) - - 4 4 - - 411 A 143, 144, 154 

IVT / CVT (PFL630) 4 - - - - - 411 C 130 

Models for 0D and 1D Flow, Gas Exchange, and Air-Borne Noise (Part 2) 

(PFL110) 

- 4 - - - - 412 B 137 

Models for CI Combustion and Emissions (Part 4) (PFL110) - - - 4 - - 412 B 154, 155 

Models for Engine Turbo and Supercharging (Part 1) (PFL110) 4 - - - - - 412 B 131 

Models for SI Combustion and Emissions (Part 3A & 3B) (PFL110) - 4 4 - - - 412 B 139, 143, 144 

Multi-Dimensional Engine Modeling (Part 1 - 4) (PFL120) - - 4 4 4 4 410 B 

145, 146, 154, 155, 

161, 162, 169, 170 

Multi-domain Models for Mechanical, Fluid, and Thermal Engine and 

Vehicle System (Part 5) (PFL110) 

- - - - 4 - 412 B 161 

New CI & SI Engines and Components (Part 1 & 2) (PFL510) 4 4 - - - - 420 A 131, 137, 138 

Partially Premixed Combustion (PPC) (Part 1 & 2) (PFL250) 4 4 - - - - 410 B 131, 137, 138 

Physical Plant Models for Controls (Part 6) (PFL110) - - - - 4 - 412 B 163 

Powertrain Actuators and Sensors (Part 1 & 2) (PFL560) - - - - 4 4 415 B 161, 162, 171 

Powertrain NVH (PFL550) - - - - 4 - 413 B 163 

Powertrain Thermal Management: Combustion Chamber, Battery 

Cooling, and Engine Cooling (Part 1 & 2) (PFL160) 

4 4 - - - - 312 B 131, 139 

RCCI and Dual-Fuel Low Temperature Combustion (Part 1 & 2) (PFL262) - - 4 4 - - 420 A 145, 146, 154, 155 

SI Combustion Ignition (PFL215) - - - - - 4 410 A 171 

SI Direct Injection Technology (PFL212) - - - - 4 - 410 A 164 

Small Engine Technology (PFL540) - - 4 - - - 413 B 145, 146 

Spark Assisted Compression Ignition, SACI (PFL240) 4 - - - - - 410 A 132 

Technological Developments in China (Part 1 & 2) (PFL180) - - - - 4 4 412 A 163, 171 

Transmission Systems/Drive Unit (PFL610) - 4 - - - - 411 C 139 

Valvetrain, including VVA (PFL570) - - 4 - - - 412 B 147 







TIME 





414 B 420 B 412 A 410 A 

Advanced Battery Technologies 

(Part 1 of 3) (PFL730) 

The success of HEV’s, PHEV’s & EV’s is 

highly dependent on their batteries. This 

session focuses on advanced battery 

technologies, including, but not limited to: 

advanced materials and cell chemistries, 

battery management systems and controls, 

modeling, testing, diagnosis and health 

monitoring, safety, reliability, durability, 

battery charging, battery economics/ 

cost reduction, and system integration/ 

optimization. These topics can be 

addressed at the cell, module, pack or 

vehicle levels. 

9:30 a.m. - 12:00 p.m. 

Advanced Hybrid and Electric 

Vehicle Powertrains (Part 1 of 5) 

(PFL710) 

This session covers recent advances in 

research, development and engineering 

of hybrid, plug-in hybrid, and electric 

powertrains and architectures with particular 

emphasis on new and near-production 

technologies. 

9:30 a.m. - 11:30 a.m. 

All Wheel Drive (PFL620) 

This Session includes papers on a high 

efficiency rear drive unit, an on demand 

dry sump rear drive module with PTU 

disconnect and power distribution models 

for a multi-wheeled vehicle. 

9:30 a.m. - 11:00 a.m. 

Alternative Fuel and Fuel Additive 

Effects on SI Combustion 

Processes (PFL214) 

This session focuses on the impact of 

conventional and alternative fuels as well as 

fuel additives on the operation, performance 

and emissions of SI engines. Papers focus 

on the impact of bio-derived fuels (ethanol, 

butanol and others) on engine design and 

performance as well as gasoline properties 

and additives, and their impact. 

9:30 a.m. - 10:00 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 

Wayne Cai, General Motors; Yi Ding, US 

Army TARDEC; Alvaro Masias, Ford Motor 

Company; James Miller, Argonne National 

Laboratory; Ramesh Rebba, General 

Motors Co. 

Chairpersons: 

Yi Ding, US Army TARDEC; Ramesh Rebba, 


Application of CAEBAT System Approach 

for a Liquid-Cooled Automotive Battery 

Pack 

Organizers: 

Michael Duoba, Argonne National 

Laboratory; Matthew Fleming, Ford Motor 

Company; Andrej Ivanco, Clemson-ICAR; 

Wiley R. McCoy, McLaren Performance 

Technologies; Constantine N. Raptis, 

General Motors Powertrain 

Model Validation of the Honda Accord 

Plug-In 

Organizers: 

John C. Collins, John A. Frait, FCA US LLC 

Development of Compact Electric Rear- 

Drive Unit 


Chih-Hung (Erik) Yen, Taeyoung Han, 

Shailendra Kaushik, Bahram Khalighi, 


Effects of Fast Charging on Lithium-Ion 

Cells: Performance and Post-test Results 

Jongryeol Jeong, Dominik Karbowski, 

Aymeric Rousseau, Eric Rask, Argonne 


A System Efficiency Approach to Parallel 

Hybrid Control Strategies 


Panos D. Prezas, Argonne National 

Laboratory; L. Somerville, Argonne National 

Laboratory and University of Warwick; P 

Jennings, A McGordon, WMG, University 

of Warwick; J. K. Basco, Argonne National 

Laboratory; T. Duong, US Dept. of Energy; I. 

Bloom, Argonne National Laboratory 

Study of a Modular Design Flow-Zinc- 

Particle Fuel Cell 

Yuchi Meng, Patrick Currier, Embry-Riddle 


A parallel Hybrid Drive System for Small 

Vehicles: Architecture and Control Systems 


Ting-Wei Hsu, Kuohsiu David Huang, 

National Taipei Univ of Technology 

Verification of High Frequency SiC On-board 

Vehicle Battery Charger for PHV/EV 


Koji Shiozaki, Ken Toshiyuki, Toyota Motor 

Corporation; Jae Seung Lee, Kyosuke 

Miyagi, Toyota Research Institute of North 

America; Adam Barkley, Zach Cole, 

Brandon Passmore, Ty McNutt, Alexander 

B. Lostetter, Arkansas Power Electronics 

International, Inc. 

Effect of powertrain design optimisation 

methodologies on battery system efficiency 

of a hybrid electric vehicle 

(2016-01-1214) 

Hillol Kumar Roy, TVS Motor Co., Ltd.; 

Andrew McGordon, Paul A Jennings, WMG, 

University of Warwick 

Planned by Hybrid and Electric Powertrains 

Committee / Powertrain Fuels and 


George Dixon, Thomas Steffen, Richard 

Stobart, Loughborough University 

Design and Optimisation of the Propulsion 

Control Strategy for a Pneumatic Hybrid 

City Bus 

Ran Bao, Richard Stobart, Loughborough 

University 




Yasuaki Tahara, Kazumi Ogawa, Noriaki 

Nonaka, Tsuyoshi Kimura, Aisin Seiki Co., 

Ltd.; Yukinori Nakamori, Aisin AW Co., Ltd.; 

Souichirou Hattori, Aisin AI Co., Ltd. 

POWER DISTRIBUTION in 

TRANSMISSIONS of MULTI-WHEELED 

VEHICLES 

Andrei Keller, South Ural State University; 

Sergei Viktorovich Alyukov, Southern Ural 


Efficient Power Distribution in an All-wheel 

Ground VEHICLES 

Andrei Keller, Sergei Aliukov, South Ural 


Planned by Transmission and Driveline 



Organizers: 

James W G Turner, University Of Bath; 

Ashutosh Gupta, Afton Chemical Corp.; 

Toby Rockstroh, Argonne National 

Laboratory; Richard S. Davis, General 

Motors Co. 

Chairpersons: 

James Turner, University Of Bath; Toby 

Rockstroh, Argonne National Laboratory 

Knock Resistance and Fine Particle 

Emissions for Several Biomass-Derived 

Oxygenates in a Direct-Injection Spark- 

Ignition Engine 

Matthew A. Ratcliff, Jonathan Burton, Petr 

Sindler, Earl Christensen, Lisa Fouts, Gina 

M. Chupka, Robert L. McCormick, National 

Renewable Energy Laboratory 

Planned by Engine Combustion / 

Powertrain Fuels and Lubricants Activity 



TIME 





411 B 413 B 411 A 414 A 

Combustion in Compression- 

Ignition Engines: In-Cylinder 

Processes (Part 1 of 2) (PFL222) 

Papers focusing on in-cylinder processes 

of classical diesel engine combustion with 

relatively short ignition delay, including 

papers dealing with low compression 

ratio and high exhaust-gas recirculation 

calibrations. Subject matter may include 

both simulation results and experimental 

work, including applications of optical 

diagnostics, with emphasis on in-cylinder 

spray, evaporation, mixing, pollutant 

formation/destruction, or any other incylinder 

phenomena. 

9:30 a.m. - 11:00 a.m. 

Diagnostic Development 

(PFL150) 

This session focuses on engine combustion 

and flow diagnostic development and 

demonstration. Examples of diagnostics of 

interest include, but are not limited to: LIF, 

PLIF, absorption/emission spectroscopy, ion 

probes, pressure sensors, and extractive 

and exhaust gas composition sensors. 

9:30 a.m. - 12:30 p.m. 

Dual Fuel Combustion Processes 

(Part 1 of 2) (PFL261) 

Mixed mode using more than one fuel 

not fully mixed before combustion. Most 

often with auto ignition of spray injected 

late. Papers describing experiments and 

test data, simulation results focused on 

applications, fuel/additive effects, and RCCI 

(Reactivity-Controlled Compression Ignition) 

are invited and will be placed in appropriate 

sub-sessions. Papers with an emphasis on 

the modeling aspects of combustion are 

encouraged to be submitted into PFL110 or 

PFL120 modeling sessions. 

9:30 a.m. - 11:30 a.m. 

Fluid flow Measurement & 

Analysis (PFL140) 

The focus of this session is the 

measurement and analysis of in-cylinder 

and port flows in research and production 

engines. Topics may including PIV, PTV, 

LDV, and fluorescent tracer measurements 

of velocity and turbulence characteristics 

and modeling analysis of engine flows. 

9:30 a.m. - 11:00 a.m. 

Organizers: 

Jose M Garcia-Oliver, Universidad 

Politecnica de Valencia; Song-Charng 

Kong, Iowa State University; Robert M. 

McDavid, Caterpillar Inc.; Mark P. B. 

Musculus, Sandia National Laboratories; 

Raul Payri, Universitat Politecnica de 

Valencia; Dale R. Tree, Brigham Young Univ. 

Organizers: 

Matthew J. Hall, Univ. of Texas-Austin; 

Oivind Andersson, Lund University; 

Benjamin Petersen, Ford Motor Company 

Organizers: 


Laboratory; Antonio Garcia, CMT Motores 

Termicos Universidad; Andrew Ickes, 

Argonne National Laboratory; Sage 

Kokjohn, University of Wisconsin - Madison; 

Benjamin Lawler, Stony Brook Univ.; William 

F. Northrop, University of Minnesota 

Organizers: 




Chairpersons: 

Song-Charng Kong, Ryan M. Ogren, Iowa 

State Univ. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Implementation of High-Speed Laser- 

Induced Incandescence Imaging in CI 

Engines 

Engine Diagnostics Using Acoustic 

Emissions Sensors 

Performance, Gaseous and Particle 

Emissions of a Small Compression Ignition 

Engine Operating in Diesel/Methane Dual 

Fuel Mode 


P.C. Bakker, R.C. Willems, N.J. Dam, 

Eindhoven University of Technology 

The effects of injection pressure and swirl 

on in-cylinder soot oxidation studied with 

simultaneous OH-PLIF and PLII imaging in 

an optical heavy duty diesel engine 

Brian C. Kaul, Oak Ridge National 

Laboratory; Benjamin Lawler, Stony Brook 

University; Akram Zahdeh, General Motors 

Company 

Time-resolved x-ray radiography of spark 

ignition plasma 

Silvana Di Iorio, Agnese Magno, Ezio 

Mancaruso, Bianca Maria Vaglieco, Istituto 

Motori CNR 

Simulation of Dual-Fuel-CI and Single-Fuel- 

SI Engine Combustion Fueled with CNG 


Ted Lind, Zheming Li, Lund University; 

Carlos Micó, Universidad Politecnica 

de Valencia; Nils-Erik Olofsson, Per- 

Erik Bengtsson, Mattias Richter, Öivind 

Andersson, Lund University 

Leaner Lifted-Flame Combustion Enabled 

by the Use of an Oxygenated Fuel in an 

Optical CI Engine 

Alan Kastengren, Daniel Duke, Andrew 

Swantek, James Sevik, Katarzyna Matusik, 

Thomas Wallner, Christopher F. Powell, 


Demonstrating the Use of Thin Film Gauges 

for Heat Flux Measurements in ICEs: 

Measurements on an Inlet Valve in Motored 

Operation 

Apoorv P. Talekar, Ming-Chia Lai, Wayne 

State University; Ke Zeng, Bo Yang, Xian 

Jiaotong University; Marcis Jansons, Wayne 


Numerical Study and Parameter 

Optimization on a Diesel - Natural Gas Dual 

Fuel Engine 


Ryan K. Gehmlich, Cosmin E. Dumitrescu, 

Yefu Wang, Charles J. Mueller, Sandia 

National Laboratories 

Thomas De Cuyper, Sam Bracke, Jolien 

Lavens, Stijn Broekaert, Ghent University; 

Kam Chana, University of Oxford; Michel De 

Paepe, Sebastian Verhelst, Ghent University 

Development of a High Speed Laser 

Induced Fluorescence (HSLIF) System in 

a Single Cylinder Engine for Oil Transport 

Studies 


Eric Zanghi, Tian Tian, Massachusetts 


Knock Threshold Detection in GDI Engines 

using EEMD and Bispectrum 

(2016-01-0643) 

Jian Zhang, Changwen Liu, Fengrong Bi, 

Yiqiang Pei, Xiaobo Bi, Tianjin University 

Mianzhi Wang, University of Illinois; 

Zhengxin Xu, Hunan University; Menghan 

Li, Shandong University; Chia-Fon Lee, 

University of Illinois 

Optical Investigation of Ignition Timing and 

Equivalence Ratio in Dual-Fuel CNG/Diesel 

Combustion. 

Erwan Salaun, Julien Apeloig, Frédéric 

Grisch, CORIA-UMR 6614 - Normandie 

Université; Charles-Edouard Yvonnet, 

Baptiste Nicolas, Frederic Dionnet, 

CERTAM 

Piston Geometry Effects on Compression 

Stroke Swirling Flow in a Light-Duty Optical 

Diesel Engine 

Kan Zha, Sandia National Laboratories; 

Federico Perini, Univ. of Wisconsin 

Madison; Stephen Busch, Sandia National 

Laboratories; Cheolwoong Park, Korea 

Institute of Machinery & Materials; Rolf D. 

Reitz, Univ. of Wisconsin Madison; Eric M. 

Kurtz, Ford Motor Company; Alok Warey, 

General Motors Global R & D; Richard C. 

Peterson, General Motors LLC 

Methodology Development for Tumble Port 

Evaluation 

Kevin L. Hoag, Anthony Megel, Southwest 

Research Institute 

Cycle-to-cycle Analysis of Swirl flow fields 

inside a Spark-Ignition Direct-Injection 

Engine Cylinder using High-Speed Timeresolved 

Particle Image Velocimetry 

Yusheng Wang, David L.S. Hung, Hanyang 

Zhuang, UM-SJTU JI - Shanghai Jiao Tong 

Univ.; Min Xu, Shanghai Jiao Tong Univ. 




TIME 





411 B 413 B 411 A 414 A 















phenomena. 

9:30 a.m. - 11:00 a.m. 

Diagnostic Development 

(PFL150) 

This session focuses on engine combustion 

and flow diagnostic development and 

demonstration. Examples of diagnostics of 

interest include, but are not limited to: LIF, 

PLIF, absorption/emission spectroscopy, ion 

probes, pressure sensors, and extractive 

and exhaust gas composition sensors. 

9:30 a.m. - 12:30 p.m. 


(Part 1 of 2) (PFL261) 













9:30 a.m. - 11:30 a.m. 

Fluid flow Measurement & 

Analysis (PFL140) 

The focus of this session is the 

measurement and analysis of in-cylinder 

and port flows in research and production 

engines. Topics may including PIV, PTV, 

LDV, and fluorescent tracer measurements 

of velocity and turbulence characteristics 

and modeling analysis of engine flows. 

9:30 a.m. - 11:00 a.m. 

Organizers: 








Organizers: 




Organizers: 








Organizers: 




Chairpersons: 

Song-Charng Kong, Ryan M. Ogren, Iowa 

State Univ. 

12:00 

p.m. 

High-Speed Imaging of Early Flame Growth 

in Spark-Ignited Engines Using Different 

Imaging Systems via Endoscopic and Full 

Optical Access 

(2016-01-0644) 

Syahar Shawal, Martin Goschutz, Martin 

Schild, Sebastian Kaiser, University of 

Duisburg-Essen; Marius Neurohr, Juergen 

Pfeil, Thomas Koch, KIT Karlsruhe Institute 

of Technology 



Planned by General Powertrain 

Development / Powertrain Fuels and 







POWERTRAIN/DRIVETRAIN 

Essential events for professionals involved with powertrain and drivetrain technologies. 

go.sae.org/powertrain.events 





SAE 2016 All-Wheel Drive 

Symposium 


Ypsilanti, Michigan, USA 

SAE 2016 Transmission 

and Driveline Technologies 

Symposium 



SAE 2016 International 

Powertrain, Fuels & Lubricants 

Meeting 



P160265 



TIME 





415 B 415 A 357 411 C 

Fuel and Additive Effects on 

Engine Systems (Part 1 of 2) 

(PFL310) 

Topics include the effects of fuel and 

additives on deposit formation, intake 

system cleanliness, friction, wear, corrosion, 

and elastomer compatibility. Also covered 

are effects of fuel specification on drivability, 

on evaporative emissions, and on the 

relationship between emissions and drive 

cycle. Papers focusing primarily on engine 

combustion but with fuel and additive 

content may belong in a PFL200 session. 

9:30 a.m. - 11:30 a.m. 

Gasoline Engine Lubricants (Part 

1 of 2) (PFL340) 

The industry continues to work on 

understanding the interaction of lubricating 

fluids with engine hardware in order to 

improve vehicle efficiency, durability, and 

performance. The Engine Lubricants 

Session presents a variety of papers 

dealing with advances in engine oils and 

their relationship to improved hardware 

performance. 

9:30 a.m. - 11:30 a.m. 

High Efficiency IC Engines 

Concepts (Part 1 of 4) (PFL170) 

This session focuses on technologies 

such as advanced and partially mixed 

combustion, cooled EGR boosting, ignition 

and direct injection technologies, pressure 

boosting, intelligent combustion, thermal 

efficiency, fully variable valvetrains, and 

other new and developing technologies. 

9:30 a.m. - 11:30 a.m. 

IVT / CVT (PFL630) 

This Session includes papers on IVT/CVT 

systems and related topics. 

9:30 a.m. - 11:30 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Julie Galante-Fox, Afton Chemical Corp.; 

Barbara Goodrich, John Deere Product 

Engineering Center; Paul Richards; Corey 

Trobaugh, Cummins Inc. 

A Technical Evaluation of New Renewable 

Jet and Diesel Fuels Operated in Neat Form 

in Multiple Diesel Engines 

Organizers: 

Timothy P. Newcomb, Lubrizol Corp.; 

Simon C. Tung, Vanderbilt Chemicals; 

Victor W. Wong, Massachusetts Institute of 

Technology 

Spotting the Difference - Measuring 

Worthwhile Lubricant Related CO 2 

Benefits 

Organizers: 

Yichao Guo, Ford Motor Co., Ltd.; Mark 

Monohon, NGK Spark Plugs (USA) Inc.; 

James P. Szybist, Oak Ridge National 

Laboratory; Vasudha Patri, Argonne 

National Laboratory; David B. Roth, 

BorgWarner Inc.; Alok Warey, General 

Motors Global R & D 

SuperGen - A Novel Low Costs Electro- 

Mechanical Mild Hybrid and Boosting 

System for Engine Efficiency Enhancements 

Organizers: 

Joel Gunderson, Farzad Samie, General 

Motors Co.; Robert A. Smithson, Dana 

Holding Corp. 

Development of New Generation CVT with 

Auxiliary Gear Box 


Andrew McDaniel, Terrence Dickerson, US 

Navy; Dianne Luning-Prak, Len Hamilton, 

Jim Cowart, US Naval Academy 

Richard Butcher, Castrol Ltd. 

Jason King, Luke Barker, Integral 

Powertrain, Ltd.; James Turner, University 

Of Bath; John Martin, Integral Powertrain, 

Ltd. 

Okumura Naotoshi, JATCO, Ltd. 

Compatibility of Dimethyl Ether (DME) and 

Diesel Blends with Fuel System Polymers: A 

Hansen Solubility Analysis Approach 

Reduction of CO2 emission through 

lubricant thermal management during the 

warm-up of passenger car engines 

The New Toyota Inline 4 Cylinder 1.8L 

ESTEC 2ZR-FXE Gasoline Engine for 

Hybrid car 

The Belt Clutching CVT Drive for Scooter 

Application 


Michael D. Kass, Charles Daw, Oak Ridge 


Oliver P. Taylor, BP International Ltd., 

Univ. of Oxford; Richard Pearson, BP 

International Ltd.; Richard Stone, Univ. of 

Oxford 

Shinji Matsuo, Eiji Ikeda, Yoshiaki Ito, 

Hiroyuki Nishiura, Toyota Motor Corporation 

Jing Yuan, Gates Corporation 

An Experimental Investigation of the Effect 

of Aluminum Oxide (Al 2 

O 3 

) Nanoparticles 

as fuel additive on the Performance and 

Emissions of a Diesel Engine 

Estimation of oil supply time during engine 

start-up at very low temperatures 

Study of EGR and Turbocharger 

Combinations and Their Influence on Diesel 

Engines Efficiency and Emissions 


Ahmed A. Abdel-Rehim, Sayed Y. Akl, The 

British University in Egypt (BUE) 

The Effect of Zinc and other Metal 

Carboxylates on Nozzle Fouling 

Bogdan R. Kucinschi, Teng-Hua Shieh, 

TEMA 

In-situ Measurement and Numerical 

Solution of Main Journal Bearing Lubrication 

in Actual Engine Environment 

Mohamed Shaaban Khalef, Alec Soba, 

John Korsgren, Volvo Car Corporation 

Extending the Dilution Limit of Spark Ignition 

Combustion via Fuel Injection during 

Negative Valve Overlap 


Per A. Risberg, Royal Institute of 

Technology; Sara Alfredsson, Scania CV AB 

Planned by Fuels and Lubricants / 


Kenji Matsumoto, Hironori Harada, Yuki 

Ono, Honda R&D Co., Ltd.; Yuji Mihara, 

Tokyo City University 



Yan Chang, Margaret Wooldridge, Stanislav 

V. Bohac, University of Michigan 




Efficiency Analysis of Multi-Mode Passenger 

Car Transmission Concepts Featuring a 

VariGlide® CVT 

Gordon McIndoe, Dana Holding Corp.; 

Joseph VanSelous, Tongxiao Liu, Drive 

System Design Inc; Jeffrey David, Dana 

Holding Corp. 

Improvement of Temperature Prediction 

Method for Traction Contact 

Toshinari Sano, Toyota Motor Corporation; 

Masashi Inoue, Nippon Soken Inc; Fumihiro 

Itoigawa, Nagoya Institute of Technology 






TIME 





412 B 420 A 410 B 312 B 

Models for Engine Turbo and 

Supercharging (Part 1) (PFL110) 

Separate sub-sessions cover zerodimensional, 

one-dimensional, and quasidimensional 

models for simulation of SI 

and CI engines with respect to: engine 

breathing, boosting, and acoustics; SI 

combustion and emissions; CI combustion 

and emissions; fundamentals of engine 

thermodynamics; numerical modeling 

of gas dynamics; thermal management; 

mechanical and lubrication systems; 

system level models for controls; system 

level models for vehicle fuel economy and 

emissions predictions. 

9:30 a.m. - 11:00 a.m. 

New CI & SI Engines and 

Components (Part 1 of 2) 

(PFL510) 

This session covers topics regarding new 

CI and SI engines and components. This 

includes analytical, experimental, and 

computational studies covering hardware 

development as well as design and analysis 

techniques. 

9:30 a.m. - 12:00 p.m. 

Partially Premixed Combustion 

(PPC) (Part 1 of 2) (PFL250) 

Mixed mode with auto ignition but 

inhomogeneous charge. Injection-controlled 

but with EOI before SOC. Papers describing 

experiments and test data, simulation 

results focused on applications, fuel/additive 

effects, combustion control, and PPC 

injection strategies are invited and will be 

presented. 

9:30 a.m. - 11:30 a.m. 

Powertrain Thermal Management: 

Combustion Chamber, Battery 

Cooling, and Engine Cooling (Part 

1 of 2) (PFL160) 

This session considers modeling (zero-D, 

1D, 2D, 3D CFD) and experimental 

papers on: combustion chamber, 

systems (lubrication, cooling, fuel, EGR); 

components (oil pumps, coolant pump, 

fuel injectors, compressors, turbines, 

turbochargers, torque converters, gear box, 

fans, bearings, valves, ports, manifolds, 

turbine housing); heat exchangers 

(radiators, oil coolers); aftertreatment (SCR, 

DOC, DOF, exhaust gas cooling); battery 

cooling (HEV, EV, motor/generator) and 

controls (passive and active). 

9:30 a.m. - 11:00 a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 

Fabio Bozza, Univ. of Naples; Michael L. 

Briggs; Federico Millo, Politecnico di Torino; 

Christof Schernus, FEV GmbH 

Compressor Efficiency Extrapolation for 

0D-1D Engine Simulations 

Organizers: 

Daniel K. Mather, Digital-Engines LLC; 

Jeffrey Naber, Michigan Technological Univ.; 

Bryon Wasacz, FCA US Powertrain 

Development of an intake runner of a CI 

engine for performance enhancement and 

emission reductions due to variations in air 

flow pattern within the runner. 

Organizers: 

Bengt Johansson, Lund University; Adam 

B. Dempsey, Derek Splitter, Oak Ridge 


Operation of a Gasoline Direct Injection 

Compression Ignition Engine on Naphtha 

and E10 Gasoline Fuels 


José Galindo, Andrés Tiseira, Roberto 

Navarro, Daniel Tarí, Universitat Politècnica 

de València, CMT; Hadi Tartoussi, Stéphane 

Guilain, Renault 

Explore and Extend the Effectiveness of 

Turbo-Compounding in a 2.0 Litres Gasoline 

Engine (Second Report: Fuel Economy 

under Part Load Condition, Transient 

Performance and Effect of Pressure Ratio) 

Somendra Pratap Singh, Shikhar Asthana, 

Naveen Kumar, Delhi Technological 

University 

Profile Optimization of the Teeth of the 

Double Rack-and-Pinion Gear Mechanism 

in the MCE-5 VCRi Engine 

Christopher P. Kolodziej, Mark Sellnau, 

Delphi Automotive Systems LLC; Kukwon 

Cho, David Cleary, Aramco Services Co. 

Second Generation GDCI Multi-cylinder 

Engine for High Fuel Efficiency and US Tier 

3 Emissions 


Pengfei Lu, Chris Brace, Bo Hu, University 

Of Bath 

Investigation of Engine Processes with 

Extreme Pressures and Turbocompounding 

Matthieu Duchemin, Vincent Collee, MCE-5 

Development 

Parametric Analysis of Ignition Circuit 

Electric Components on Spark 

Characteristics 

Mark Sellnau, Matthew Foster, Wayne 

Moore, James Sinnamon, Kevin Hoyer, 

William Klemm, Delphi Powertrain 

Ignition Sensitivity Study of 

Partially Premixed Combustion by 

Using Shadowgraphy and OH* 

Chemiluminescence methods 

Organizers: 

Raj Ranganathan, Simerics Inc.; Tarek M. 

Abdel-Salam, East Carolina University 

Chairpersons: 

Shailendra Kaushik, General Motors LLC 

Evaluation of EGR Effect on the Global 

Energy Balance of a High Speed DI Diesel 

Engine 

Pablo Olmeda, Jaime Martin, Antonio 

Garcia, Diego Blanco, Universitat 

Politècnica de València; Alok Warey, Vicent 

Domenech, General Motors Global R&D 

Effect of Engine Oil Heater using EGR on 

the Fuel Economy and NOx Emission of a 

Full Size Sedan During Cold Start 

Jung Hyun Kim, Taewoo Kim, SungJin 

Park, Hongik University; JungJae Han, 

Choongsoo Jung, Young rock Chung, 

Sangsoo Pae, Hyundai-Kia Motors 

Numerical investigation of active and 

passive cooling systems of a lithium-ion 

battery module for electric vehicles 


Peter Eilts, Technical Univ. of Braunschweig Shui Yu, Qingyuan Tan, Mark Ives, Univ of 

Windsor; Mengzhu Liu, Tongxin Auto Parts 

Ltd.; Liguang Li, Tongji Univ; Xiang Chen, 

Ming Zheng, Univ of Windsor 

Mohammad Izadi Najafabadi, Nico Dam, 

Bart Somers, Eindhoven University of 

Technology; Bengt Johansson, Lund 

University 

Farid Bahiraei, Amir Fartaj, University of 

Windsor; Gholm-Abbas Nazri, Wayne State 

University 




Development and testing of a bimodal 

internal combustion engine for a selfrefueling 

vehicle application 


Shyam K. Menon, Himakar Ganti, Chris 

Hagen, Oregon State University 

Three-dimensional CFD Analysis of Semidirect 

Injection Hydraulic Free Piston Engine 

(2016-01-1018) 

Shan Wang, ZhenFeng Zhao, Shuanlu 

Zhang, Jinxiang Liu, Yuhang Liu, Beijing 


Planned by New Engines, Components, 

Actuators and Sensors / Powertrain Fuels 


Effects of In-Cylinder Mixing on Low Octane 

Gasoline Compression Ignition Combustion 

Jihad Badra, Saudi Aramco; Ahmed 

Elwardany, Jaeheon Sim, King Abdullah 

University of Science and Technology; 

Yoann Viollet, Saudi Aramco; Hong Im, 

King Abdullah University of Science and 

Technology; Junseok Chang, Saudi Aramco 








TIME 




410 A 

Spark Assisted Compression Ignition, SACI (PFL240) 

Mixed modes with both flame propagation and slow auto ignition. Distinct from 

SI knock: autoignition is desired and will not ruin the engine. Papers describing 

experiments and test data, simulation results focused on applications, fuel/additive 

effects, and SACI mode change are invited and will be placed in appropriate subsessions. 

Papers with an emphasis on the modeling aspects of combustion are 

encouraged to be submitted into PFL 110 or PFL120 modeling sessions. 

10:30 a.m. - 11:30 a.m. 

Organizers: 

Janardhan Kodavasal, Argonne National Laboratory; Sotirios Mamalis, Stony Brook 

Univ. 


10:30 

a.m. 

11:00 

a.m. 

A Fuel Stratification On-line Optimization method for SI-CAI Hybrid Combustion in a 

PFI-DI Gasoline Engine 

(2016-01-0757) 

Kang Song, Hui Xie, Weihai Jiang, Quan Chen, Tianjin Univ.; Tielong Shen, Sophia 

Univ. 

An Experimental Study Using Spark-Assisted Stratified Compression Ignition (SSCI) 

Hybrid Combustion Mode for Engine Particle Number (PN) Reduction in a High 

Compression Ratio Gasoline 

(2016-01-0758) 

Hui Liu, Zhi Wang, Yan Long, Shouzhi Xiang, Jianxin Wang, Tsinghua Univ. 

Planned by Engine Combustion / Powertrain Fuels and Lubricants Activity 

THE PREMIER POWERTRAIN LEADERSHIP FORUM 

FOCUSED ON THE NORTH AMERICAN MARKET 

NORTH AMERICAN INTERNATIONAL 

POWERTRAIN CONFERENCE 


Chicago, Illinois, US 

P151042 



TIME 





410 A 414 B 420 B 411 B 

Abnormal SI Combustion 

(Preignition) (Part 1 of 2) (PFL217) 

This session addresses abnormal SI 

combustion processes with a focus on 

preignition, including low-speed, stochastic 

preignition on boosted engines. Papers 

cover both 4-stroke and 2-stroke engines 

characterized by 1) ignition by an external 

energy source that serves to control 

combustion phasing, and 2) a combustion 

rate that is limited by flame propagation. 

1:00 p.m. - 3:30 p.m. 


(Part 2 of 3) (PFL730) 














1:00 p.m. - 4:30 p.m. 



(PFL710) 






technologies. 

1:00 p.m. - 5:00 p.m. 















phenomena. 

1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

Organizers: 

Richard S. Davis, General Motors Co.; John 

O. Waldman, General Motors; Vincent S. 

Costanzo, Aramco Services Company; 

Andrew B. Mansfield, General Motors; 

Simona Silvia Merola, Istituto Motori CNR 

Chairpersons: 

Richard Davis, General Motors LLC; John 

Waldman, General Motors 

Controlling Low-Speed Pre-Ignition in 

Modern Automotive Equipment: Defining 

Approaches to and Methods for Analyzing 

Data in New Studies of Lubricant and Fuel- 

Related Effects (Part 2) 

Organizers: 





Motors Co. 

Chairpersons: 


Army TARDEC 

The Multiobjective Optimal Design Problems 

and their Pareto Optimal Fronts for Li-Ion 

Battery Cells 

Organizers: 







A Method for the Exploration of Hybrid 

Electric Powertrain Architectures with Two 

Planetary Gearsets 


Doyle Boese, Andrew Ritchie, Anne W. 

Young, Infineum USA LP 

Controlling Low-Speed Pre-Ignition in 

Modern Automotive Equipment. Part 3: 

Identification of Key Additive Component 

Types and Other Lubricant Composition 

Effects on Low-Speed Pre-Ignition. 

Yao Hong, Cheol W. Lee, University of 

Michigan-Dearborn 

Development of the Li-ion Battery Cell for 

Hybrid Vehicle 

Oguz H. Dagci, Huei Peng, University of 

Michigan - Ann Arbor 

Study on Power Ratio Between the Front 

Motor and Rear Motor of Distributed Drive 

Electric Vehicle Based on Energy Efficiency 

Optimization 


Andrew Ritchie, Doyle Boese, Anne W. 

Young, Infineum USA LP 

Investigation on Oil Induced Pre-ignition and 

Super-knock in Gasoline Engine 

Hiroki Nagai, Masahiro Morita, Koichi Satoh, 


Simultaneous Estimation of the SOC and 

Parameters of Batteries for HEV/EV 

Peihong Shen, Zechang Sun, Yingjie Zeng, 

Xinjian Wang, Haifeng Dai, Tongji University 

Through-the-Road Parallel Hybrid with Inwheel 

Motors Vehicle 


Yan Long, Zhi Wang, Yunliang Qi, Shouzhi 

Xiang, Guang Zeng, Peng Zhang, Xin He, 

Tsinghua University; Ashutosh Gupta, 

Huifang Shao, Afton Chemical Corp.; Yinhui 

Wang, Afton Chemical Trading Co., Ltd. 

Impact of Fuel Octane Rating and Aromatic 

Content on Stochastic Pre-Ignition 

Atsushi Baba, Kinnosuke Itabashi, Nozomu 

Teranishi, Yoshihiro Edamoto, Kensuke 

Osamura, Calsonic Kansei Corp.; Ichiro 

Maruta, Kyoto University; Shuichi Adachi, 

Keio University 

Challenges and solutions for Hardware 

in the Loop simulation HILS validation 

of Battery Management and Battery 

Monitoring System modules 

Jonathan Hall, Michael Bassett, Stephen 

Borman, Mahle Powertrain, Ltd.; Tom 

Lucas, Andrew Whitehead, Protean Electric 

A New Approach to Calorimetric Efficiency 

Measurements and Analysis of Electric 

Vehicle Drive Losses 

Organizers: 








Chairpersons: 

Michele Bardi, IFP Energies Nouvelles; Koji 

Yasutomi, Hino Motors, Ltd. 

Spray Characterization and Ignition Delay 

Measurements of JP-8 and IPK in a 

Constant-Pressure Flow Chamber 

Michael Tess, Matthew Kurman, Chol-Bum 

Kweon, U.S. Army Research Laboratory 

Effects of End-of-Injection Transients on 

Combustion Recession in Diesel Sprays 

Benjamin Knox, Caroline Genzale, Georgia 


Measurements of Liquid Length, Vapor 

Penetration, Ignition Delay, and Flame 

Lift-Off Length for the Engine Combustion 

Network Spray B in a 2.34 L Heavy-Duty 

Optical Diesel Engine 

W. Ethan Eagle, Sandia National 

Laboratories; Louis-Marie Malbec, IFPEN; 

Mark PB Musculus, Sandia National 

Laboratories 

A Progress Review on Soot Experiments 

and Modeling in the Engine Combustion 

Network (ECN) 


Andrew B. Mansfield, Elana Chapman, 

Kenneth Briscoe, GM Global Propulsion 

Systems 


Dennis Kuhl, Ludwig Brabetz, Mohamed 

Ayeb, University of Kassel 

Scott A. Skeen, Julien Manin, Lyle M. 

Pickett, Sandia National Laboratories; 

Emre Cenker, King Abdullah University of 

Science and Technology; Gilles Bruneaux, 

IFPEN; Katsufumi Kondo, Tets Aizawa, Meiji 

University; Fredrik Westlye, Kristine Dalen, 

Anders Ivarsson, Technical University of 

Denmark; Tiemin Xuan, Jose M Garcia- 

Oliver, Universitat Politecnica de Valencia; 

Yuanjiang Pei, Sibendu Som, Argonne 

National Laboratory; Wang Hu, Rolf D. 

Reitz, University of Wisconsin; Tommaso 

Lucchini, Gianluca D’Errico, Politecnico 

di Milano; Daniele Farrace, Sushant S. 

Pandurangi, Yuri M. Wright, ETH Zurich; 

Muhammad Aqib Chishty, Michele Bolla, 

Evatt Hawkes, University of New South 

Wales 




TIME 





410 A 414 B 420 B 411 B 

Abnormal SI Combustion 

(Preignition) (Part 1 of 2) (PFL217) 



preignition, including low-speed, stochastic 

preignition on boosted engines. Papers 

cover both 4-stroke and 2-stroke engines 

characterized by 1) ignition by an external 

energy source that serves to control 

combustion phasing, and 2) a combustion 

rate that is limited by flame propagation. 

1:00 p.m. - 3:30 p.m. 


(Part 2 of 3) (PFL730) 














1:00 p.m. - 4:30 p.m. 



(PFL710) 






technologies. 

1:00 p.m. - 5:00 p.m. 















phenomena. 

1:00 p.m. - 4:30 p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 

Richard S. Davis, General Motors Co.; John 

O. Waldman, General Motors; Vincent S. 

Costanzo, Aramco Services Company; 

Andrew B. Mansfield, General Motors; 

Simona Silvia Merola, Istituto Motori CNR 

Chairpersons: 

Richard Davis, General Motors LLC; John 

Waldman, General Motors 

A Literature Review of Abnormal Ignition by 

Fuel and Lubricant Derivatives (Presentation 

of SAE Paper 2015-01-1869 / JSAE 

20159129) 

Organizers: 





Motors Co. 

Chairpersons: 


Army TARDEC 

Fuzzy Supervisory Based Variable 

Frequency Control Strategy for Active 

Battery/Supercapacitor Combination in 


Organizers: 







CO 2 

Emissions Reduction via 48V Active 

Engine-Off Coasting 


Elana Chapman, General Motors-Global 

Propulsion Systems; Vincent Costanzo, 

Aramco Services Company 



Zhang Qiao, Weiwen Deng, Jian Wu, Feng 

Ju, Jingshan Li, Jilin University 

Cost saving potential of using a power and 

energy battery combination in a BEV 300 

Alan Brown, HELLA Electronics Corp; 

Marc Nalbach, HELLA KGaA Hueck & Co.; 

Sebastian Kahnt, Intedis GmbH Co. KG; 

André Korner, HELLA KGaA Hueck & Co. 

Impacts of Real-World Driving and Driver 

Aggressiveness on Fuel Consumption of 

48V Mild Hybrid Vehicle 


Ram Vijayagopal, Kevin Gallagher, 

Daeheung Lee, Aymeric Rousseau, 


A Novel Equivalent Circuit Model for 

Lithium-ion Battery with Complex Electrical 

Element Parameters 

Zifan Liu, Andrej Ivanco, Zoran S. Filipi, 

Clemson-ICAR 

An Energy Reallocation Model for 

Estimation of Equivalent 1 Greenhouse Gas 

Emissions of Various Charging Behaviors of 

2 Plugin Hybrid Electric Vehicles 


Zhengbin Wu, Rongcheng Weng, Electric 

Vehicle R&D Center CAS; Zhiqun Zhang, 

School of Automobile Chang’an University; 

Juan Li, Electric Vehicle R&D Center CAS 




Karim Hamza, Ken Laberteaux, Toyota 

Research Institute-North America 

ISCAD - Electric High Performance Drive for 

Individual Mobility at Extra-Low Voltages 

(2016-01-1179) 

Adrian Patzak, Florian Bachheibl, Andreas 

Baumgardt, Gurakuq Dajaku, Oleg Moros, 

FEAAM GmbH; Dieter Gerling, Universitaet 

der Bundeswehr Muenchen 




Organizers: 








Chairpersons: 

Michele Bardi, IFP Energies Nouvelles; Koji 

Yasutomi, Hino Motors, Ltd. 

Characterization of In-Cylinder Soot 

Oxidation Using Two-Color Pyrometry in a 

Production Light-Duty Diesel Engine 

J. Javier Lopez, Jaime Martin, Antonio 

Garcia, David Villalta, Universitat Politècnica 

de València; Alok Warey, Vicent Domenech, 

General Motors Global R&D 

Theoretical Study on Spray Design for 

Small-bore Diesel Engine 

Kazuhisa Inagaki, Jyunichi Mizuta, Kiyomi 

Kawamura, Yoshinori Idota, Toyota Central 

R&D Labs Inc.; Takeshi Hashizume, Toyota 


Effect of Altitude Conditions on Combustion 

and Performance of a Multi-Cylinder 

Turbocharged Direct-Injection Diesel Engine 

Michael Szedlmayer, Chol-Bum M. Kweon, 

US Army Research Laboratory 





TIME 





411 A 414 A 415 B 415 A 


(Part 2 of 2) (PFL261) 













1:00 p.m. - 5:00 p.m. 

Fuel Injection and Sprays (Part 1 

of 5) (PFL320) 

This session is devoted to experimental 

and computational work in the area of 

fuel injection systems and sprays. Topics 

include: spray characterization, cavitation, 

multi-phase jet modeling, CFD models 

for spray processes, wall films and 

impingement, hydraulic circuit analysis, 

and dissolved gas effects. Studies of both 

gasoline and diesel fuel sprays and fuel 

injection equipment are encouraged. 

1:00 p.m. - 5:00 p.m. 



(PFL310) 











1:00 p.m. - 4:00 p.m. 


2 of 2) (PFL340) 









performance. 

1:00 p.m. - 3:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 








Optimal Use of Ethanol in Dual Fuel 

Applications: Effects of Engine Downsizing, 

Spark Retard, and Compression Ratio on 

Fuel Economy 

Organizers: 

Tarek M. Abdel-Salam, East Carolina 

University; Michele Battistoni, Universita 

degli Studi di Perugia; Essam El-Hannouny, 

Argonne National Laboratory; Jacqueline 

O’Connor, Pennsylvania State University 

Chairpersons: 

Michele Battistoni, Universita degli Studi 

di Perugia; Julien Manin, Sandia National 

Laboratories 

Insights into Primary Atomization Behavior 

Organizers: 





Understanding the Octane Appetite of 

Modern Vehicles 


Young Suk Jo, Leslie Bromberg, John 

Heywood, Sloan Automotive Lab., 


Effect of Fueling Control Parameters on 

Combustion and Emissions Characteristics 

of Diesel-Ignited Methane Dual-Fuel 

Combustion 

Suraj Deshpande, Soumil Gurjar, Mario F. 

Trujillo, University of Wisconsin-Madison 

Near-Field Spray Characterization via 

Highly-Resolved Simulations 

Arjun Prakash, Roger Cracknell, Vinod 

Natarajan, David Doyle, Aaron Jones, Young 

Suk Jo, Shell Global Solutions; Matthew 

Hinojosa, Peter Lobato, Southwest 


The Impact of Fuel Compositions on the 

Particulate and VOCs Emissions of Gasoline 

Engines 


Jeremy Rochussen, Jeff Yeo, Patrick 

Kirchen, University of British Columbia 

Extensive Investigation of a Common 

Rail Diesel Injector Regarding Injection 

Characteristics and the Resulting Influences 

on the Dual Fuel Combustion Process 

Soumil Gurjar, Mario F. Trujillo, University of 

Wisconsin-Madison 

Assessing the Importance of Radiative 

Heat Transfer for ECN Spray A Using the 

Transported PDF Method 

Yinhui Wang, Rong Zheng, Shi-Jin Shuai, 

Tsinghua Univ.; Yanhong Qin, Jianfei Peng, 

He Niu, Mengren Li, Yusheng Wu, Sihua Lu, 

Min Hu, Peking Univ. 

Development of Gasoline Injector Cleaner 

for Port Fuel Injection and Direct Injection 


Sebastian Zirngibl, Georg Wachtmeister, 

Technical University of Munich 

Experimental Optimization of a Small Bore 

Natural Gas-Diesel Dual-Fuel Engine with 

Direct Fuel Injection 

Muhammad Aqib Chishty, Michele Bolla, 

Evatt Hawkes, The University of New South 

Wales; Yuanjiang Pei, Argonne National 

Laboratory; Sanghoon Kook, The University 

of New South Wales 

Fuzzy Logic Approach to GDI Spray 

Characterization 

Takashi Nomura, Toyota Motor Corporation; 

Shigehiko Sato, Japan Chemical Industries; 

Jumpei Takahashi, Masayuki Ichiyanagi, 


Octane Requirement of a Turbocharged 

Spark Ignition Engine in Various Driving 

Cycles 


Paul Fasching, Florian Sprenger, Helmut 

Eichlseder, Graz University of Technology 

Development of a fast-acting, time-resolved 

gas sampling system for combustion and 

fuels analysis 

Giuseppe Quaremba, Dept. Ingegneria 

Industriale; Luigi Allocca, Istituto Motori 

CNR; Amedeo Amoresano, Vincenzo Niola, 

Dept. Ingegneria Industriale; Alessandro 

Montanaro, Istituto Motori CNR; Giuseppe 

Langella, Dept. Ingegneria Industriale 

Dynamic neutron imaging of gasoline fuel 

injectors 

Young Suk Jo, Leslie Bromberg, John 

Heywood, Sloan Automotive Lab, 


Exploring the Relationship Between Octane 

Sensitivity and Heat-of-Vaporization 


Midhat Talibi, Paul Hellier, Ramanarayanan 

Balachandran, Nicos Ladommatos, 

University College London 

Todd Toops, Charles Finney, Derek 

Splitter, Eric Nafziger, Oak Ridge National 

Laboratory; Alexander Pawlowski, Univ 

of Tennessee; Hassina Bilheux, Louis 

Santodonato, Oak Ridge National 

Laboratory; Anton Tremsin, UC Berkeley 

C. Scott Sluder, James P. Szybist, Oak 

Ridge National Laboratory; Robert L. 

McCormick, Matthew A. Ratcliff, Bradley 

T. Zigler, National Renewable Energy 

Laboratory 

Organizers: 




Technology 

Introduction of Fuel Economy Engine Oil 

Performance Target with New SAE Viscosity 

Grade 

Masami Ishikawa, Kazuo Yamamori, Satoshi 

Hirano, Toyota Motor Corporation; Teri 

Kowalski, Toyota Technical Center USA, 

Inc.; James Linden, Linden Consulting, LLC 

Effects of Lubricants on Auto-ignition under 

Controllable Active Thermo-Atmosphere 

Chuang Fan, Petro China Lanzhou 

Lubricating Oil R&D; Sunyu Tong, Tongji 

Univ.; Xiaohong Xu, Jing Li, Petro China 

Lanzhou Lubricating Oil R&D; Xiao Yu He, 

Jun Deng, Liguang Li, Tongji Univ. 

Development of a New Valvetrain Wear 

Test- The Sequence IVB Test 

Teri D. Kowalski, TEMA; Satoshi Hirano, 

Toyota Motor Corporation; William A. 

Buscher, Intertek Automotive Research; Eric 

Liu, Southwest Research Institute; Jerry 

C. Wang, Chevron Oronite Company LLC; 

James L. Linden, Linden Consulting LLC 

Engine Seizure Monitoring System 

Using Wear Debris Analysis and Particle 

Measurement 

Kenji Matsumoto, Tatsuya Tokunaga, 

Honda R&D Co., Ltd.; Masahiko Kawabata, 

TRIBOTEX 

Fluid Viscoelasticity Impact on Fuel 

Economy 

Eugene Pashkovski, Reid A. Patterson, 

Daniel J. Knapton, Lubrizol Corp. 




TIME 





411 A 414 A 415 B 415 A 


(Part 2 of 2) (PFL261) 













1:00 p.m. - 5:00 p.m. 


of 5) (PFL320) 











1:00 p.m. - 5:00 p.m. 



(PFL310) 











1:00 p.m. - 4:00 p.m. 


2 of 2) (PFL340) 









performance. 

1:00 p.m. - 3:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 








Advanced Knock Detection for Diesel/ 

Natural Gas Engine Operation 

Organizers: 






Chairpersons: 

Michele Battistoni, Universita degli Studi 

di Perugia; Julien Manin, Sandia National 

Laboratories 

X-Ray Radiography and CFD Studies of the 

Spray G Injector 


Martin Kirsten, Graz University of 

Technology; Gerhard Pirker, Christoph 

Redtenbacher, LEC GmbH; Andreas 

Wimmer, Graz University of Technology/LEC 

GmbH; Franz Chmela, FVT GmbH 

An Experimental Study of the Combustion, 

Performance and Emission Characteristics 

of a CI Engine under Diesel-1-Butanol/CNG 

Dual Fuel Operation Mode 


Xiangyu Meng, Dalian University of 

Technology; Karthik Nithyanandan, Timothy 

Lee, University of Illinois; Yuqiang Li, Central 

South University; Wuqiang Long, Dalian 

University of Technology; Chia-Fon Lee, 

University of Illinois, Beijing Institute of 

Technology 

Dual Fuel Combustion Model for a Large 

Low-Speed 2-Stroke Engine 


Filip Cernik, Jan Macek, Czech Technical 

University; Christoph Dahnz, Sebastian 

Hensel, Winterthur Gas and Diesel Ltd. 



Piotr Strek, University of Massachusetts; 

Daniel Duke, Andrew Swantek, Alan 

Kastengren, Christopher F. Powell, Argonne 

National Laboratory; David P. Schmidt, 

University of Massachusetts 

Gaseous Direct Injection from an Outward 

Opening Injector: CFD and X-ray Analysis 

Lorenzo Bartolucci, Riccardo Scarcelli, 

Thomas Wallner, Andrew Swantek, 

Christopher F. Powell, Alan Kastengren, 

Daniel Duke, Argonne National Laboratory 

Study on Subcritical/Supercritical Spray 

Characteristics of a Multi-Hole Gasoline 

Direct Injector 

Miao Zhang, Yiqiang Pei, Yi Liu, Yan Zhang, 

Tianjin University 



Organizers: 





Experimental Study on Performance and 

Emission of Acetone-Ethanol and Gasoline 

Blends in a PFI Spark Ignition Engine 

Lei Meng, Wuhan University of Technology; 

Yuqiang Li, Central South University; Karthik 

Nithyanandan, Timothy Lee, University of 

Illinois; Chunnian Zeng, Wuhan University 

of Technology; Chia-Fon Lee, University of 

Illinois, Beijing Inst of Technology 



Organizers: 




Technology 





TIME 





357 412 B 420 A 410 B 










1:00 p.m. - 5:00 p.m. 

Models for 0D and 1D Flow, Gas 

Exchange, and Air-Borne Noise 

(Part 2) (PFL110) 














1:00 p.m. - 2:00 p.m. 



(PFL510) 






techniques. 

1:00 p.m. - 4:00 p.m. 



This session focused on mixed mode with 

auto ignition but inhomogeneous charge. 

Injection-controlled but with EOI before 

SOC. 

1:00 p.m. - 4:00 p.m. 

Organizers: 








Organizers: 




Chairpersons: 

Angelo Onorati, Politecnico di Milano 

Organizers: 



Bryon Wasacz, Chrysler Powertrain Engrg 

Organizers: 




1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Study on fuel economy improvement by low 

pressure water-cooled EGR system on a 

downsized boost gasoline engine 

Modelling the Exhaust Gas Recirculation 

Mass Flow Rate in Modern Diesel Engines 

Automotive Direct-Injection Stratified- 

Charge Engine Development in the 1970- 

1980s 

An investigation of a multi-cylinder engine 

with gasoline-like fuel towards a high engine 

efficiency 


Haifeng Lu, Jun Deng, Zongjie Hu, Zhijun 

Wu, Liguang Li, Tongji Univ.; Fangen Yuan, 

Degang Xie, Shuang Yuan, Zhejiang Geely 

Powertrain Research Institute; Yuan Shen, 

Zhejiang Geely Automobile Research 

Institute 

Zhijia Yang, Edward Winward, 

Loughborough Univ.; Gary O’Brien, HORIBA 

UK Limited; Richard Stobart, Dezong Zhao, 

Loughborough Univ. 

Edward G. Groff, GM Powertrain (Retired) Lianhao Yin, Gabriel Ingesson, Per Tunestal, 

Rolf Johansson, Bengt Johansson, Lund 

University 

Investigations of Atkinson Cycle Converted 

from Conventional Otto Cycle Gasoline 

Engine 

Fluid Dynamic Optimization of a Moto3 TM 

Engine by Means of 1D and 1D-3D 

Simulations 

Development of a New 1.5L I4 

Turbocharged Gasoline Direct Injection 

Engine 


Renhua Feng, Chongqing University of 

Technology; Yangtao Li, University of 

Waterloo; Jing Yang, Jianqin FU, Hunan 

University; Daming Zhang, California State 

University; Guangze Zheng, Chongqing 

University of Technology 

Development of New High-Efficiency Kappa 

1.6L GDI Engine 

Gianluca Montenegro, Tarcisio Cerri, 

Augusto Della Torre, Angelo Onorati, 

Politecnico di Milano; Marco Fiocco, Davide 

Borghesi, Mahindra Racing Spa 

Yusuke Wada, Koji Nakano, Kei Mochizuki, 

Ryuichi Hata, Honda R&D Co., Ltd. 

Development of a New 2.0L I4 


Engine 


Kookjin Hwang, Iljoong Hwang, Hwangbok 

Lee, Hyunil Park, Hoyeon Choi, Kwanwoo 

Lee, Wootae Kim, Heungchul Kim, 

Bonghoon Han, Jongsub Lee, Bosung Shin, 

Dongsuk Chae, Hyundai and Kia Corp. 

A Heavily Downsized Gasoline 

Demonstrator Vehicle 

Mitsutaka Jono, Masayuki Taguchi, 

Toshimitsu Shonohara, Shigeru Narihiro, 

Honda R&D Co., Ltd. 

Development of New 3.5L V6 


Engine 


Michael Bassett, Jonathan Hall, Benjamin 

Hibberd, Stephen Borman, Simon Reader, 

MAHLE Powertrain, Ltd.; Kevin Gray, Bryn 

Richards, Aeristech Limited 

An Efficient, Durable Vocational Truck 

Gasoline Engine 

Seiji Furumata, Takashi Kakinuma, Hirokazu 

Tochiki, Honda R&D Co., Ltd. 

Multi-Cylinder Opposed Piston Engine 

Results on Transient Test Cycle 


Thomas Reinhart, Marc Megel, Southwest 


Arunandan Sharma, Fabien Redon, Achates 

Power Inc 

Conventional and Low Temperature 

Combustion using Naphtha fuels in a Multi- 

Cylinder Heavy-Duty Diesel Engine 

Yu Zhang, Praveen Kumar, Michael Traver, 

David Cleary, Aramco Services Company 

Potential of CN25 Naphtha-Based Fuel to 

Power Compression Ignition Engines 

Virginie Morel, Aramco Overseas Company 

BV; Loic Francqueville, Olivier Laget, Louis- 

Marie Malbec, Ludovic Noel, IFP Energies 

Nouvelles 

Heat Release Analysis of Clean Combustion 

with Ethanol Ignited by Diesel in a High 

Compression Ratio Engine 

Tongyang Gao, Marko Jeftic, Geraint 

Bryden, Graham Reader, Jimi Tjong, Ming 

Zheng, University of Windsor 

Transition from HCCI to PPC: the Sensitivity 

of Combustion Phasing to the Intake 

Temperature and the Injection Timing with 

and without EGR 

Changle Li, Lianhao Yin, Sam Shamun, 

Martin Tuner, Bengt Johansson, Rickard 

Solsjo, Xue-Song Bai, Lund University 




TIME 





357 412 B 420 A 410 B 










1:00 p.m. - 5:00 p.m. 

Models for 0D and 1D Flow, Gas 

Exchange, and Air-Borne Noise 

(Part 2) (PFL110) 














1:00 p.m. - 2:00 p.m. 



(PFL510) 






techniques. 

1:00 p.m. - 4:00 p.m. 



This session focused on mixed mode with 

auto ignition but inhomogeneous charge. 

Injection-controlled but with EOI before 

SOC. 

1:00 p.m. - 4:00 p.m. 

Organizers: 








Organizers: 




Chairpersons: 

Angelo Onorati, Politecnico di Milano 

Organizers: 



Bryon Wasacz, Chrysler Powertrain Engrg 

Organizers: 




3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Improving the Efficiency of Conventional 

Spark-Ignition Engines Using Octane-on- 

Demand Combustion. Part I: Engine Studies 

Evaluation of EGR System Implementation 

in a GTDI Engine with Different 

Configurations: Assessment on Fouling and 

Corrossion Issues. 


Kai Morganti, Marwan Abdullah, Abdullah 

Alzubail, Yoann Viollet, Robert Head, 

Junseok Chang, Gautam Kalghatgi, Saudi 

Aramco 

Improving the Efficiency of Conventional 

Spark-Ignition Engines Using Octaneon-Demand 

Combustion. Part II: Vehicle 

Studies and Life Cycle Assessment 

(2016-01-0683) 

Kai Morganti, Abdullah Alzubail, Marwan 

Abdullah, Yoann Viollet, Robert Head, 

Junseok Chang, Gautam Kalghatgi, Saudi 

Aramco 

Using Ethanols Double Octane Boosting 

Effect with Low RON Naphtha-Based Fuel 

for an Octane on Demand SI Engine 

(2016-01-0666) 

Guillaume Bourhis, IFP Energies Nouvelles; 

Jean-Pascal Solari, Virginie Morel, Aramco 

Research and Innovation; Roland Dauphin, 

IFP Energies Nouvelles 







Yolanda Bravo, Carmen Larrosa, VALEO; 

Jose Lujan, Héctor Climent, Manuel Rivas, 

Universitat Politècnica de València 




Optical study on combustion transition from 

HCCI to PPC with gasoline compression 

ignition in a HD engine 

Marcus Lundgren, Combustion Engines, 

Lund University; Joakim Rosell, Mattias 

Richter, Combustion Physics, Lund 

University; Öivind Andersson, Bengt 

Johansson, Combustion Engines, Lund 

University; Andersson Arne, Volvo AB; 

Marcus Alden, Combustion Physics, Lund 

University 





TIME 





312 B 411 C 412 B 

Powertrain Thermal Management: 

Combustion Chamber, Battery Cooling, 

and Engine Cooling (Part 2 of 2) (PFL160) 

This session considers modeling (zero-D, 1D, 2D, 

3D CFD) and experimental papers on: combustion 

chamber, systems (lubrication, cooling, fuel, 

EGR); components (oil pumps, coolant pump, fuel 

injectors, compressors, turbines, turbochargers, 

torque converters, gear box, fans, bearings, valves, 

ports, manifolds, turbine housing); heat exchangers 

(radiators, oil coolers); aftertreatment (SCR, DOC, 

DOF, exhaust gas cooling); battery cooling (HEV, EV, 

motor/generator) and controls (passive and active). 

1:00 p.m. - 3:30 p.m. 

Transmission Systems/Drive Unit 

(PFL610) 

This session deals with the automotive transmissions 

of different types. It includes development of new 

transmission concepts, transmission enhancements 

and the advancement of the state of the art of 

transmission system design & integration with the 

objective of improving the transmission efficiency, 

NVH, durability and shift pleaseability. 

1:00 p.m. - 5:00 p.m. 

Models for SI Combustion and Emissions 

(Part 3A) (PFL110) 

Separate sub-sessions cover zero-dimensional, 

one-dimensional, and quasi-dimensional models 

for simulation of SI and CI engines with respect 

to: engine breathing, boosting, and acoustics; SI 

combustion and emissions; CI combustion and 

emissions; fundamentals of engine thermodynamics; 

numerical modeling of gas dynamics; thermal 

management; mechanical and lubrication systems; 

system level models for controls; system level models 

for vehicle fuel economy and emissions predictions. 

2:00 p.m. - 5:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 

Raj Ranganathan, Simerics Inc.; Tarek M. Abdel- 

Salam, East Carolina University 

Chairpersons: 

Tarek M. Abdel-Salam, East Carolina University 

Organizers: 

Berthold Martin, FCA US LLC; Tejinder Singh, 


Development of an Efficient Power Train Cooling Estimation of the gearbox no-load losses 

System with Effective Utilization of Front End Opening 

for a Utility Vehicle 


Ravi Ranjan, Lakshmaiah Brahmasani, Parvej Khan, 

Mahindra and Mahindra, Ltd. 

Development of a Rear Powertrain Cooling System 

for a Minivan 

Gabriela Achtenova, Jiri Pakosta, Czech Technical 

University in Prague 

The Unified Relationship between Torque and Gear 

Ratio and Its Application in Multi-Step Automatic 

Transmissions 


Lakshmaiah Brahmasani, Sarangapani K, Samson Jongsool Park, Hyundai Motor Company 

Solomon, Parvej Khan, Mahindra and Mahindra, Ltd. 

A DFSS Approach to Design Cooling System of 

Small Passenger Car Having Rear Engine and Front 

Mounted Radiator 

Control and Integration Challenges for Future 

Automatic Transmissions 

Organizers: 

Federico Millo, Politecnico di Torino; Angelo Onorati, 

Politecnico di Milano; Christof Schernus, FEV GmbH; 

Xiaofeng Yang, General Motors LLC 

Laminar flame speeds and flame instabilities of 

premixed dimethyl ether/hydrogen/air flames at 

elevated pressures 


T Sethuramalingam, Chandrakant Parmar, Sashikant Dongxu Li, General Motors Co. 

Huibin Yu, Xi’an Jiaotong University 

Tiwari, Tata Motors Ltd. 

Water Cooled Charge Air Cooler Development 

Investigations of Power Distribution in Transmissions 

of Heavy Trucks 


Masaki Harada, Takashi Yasuda, Shota Terachi, 

DENSO Corporation; Sergio Pujols, Jason R. Spenny, 

DENSO International America Inc. 

Vehicle Testing and Development Involving a 

Simplified Split Cooling with Integrated Exhaust Heat 

Recovery and Reuse 

Andrei Keller, Sergei Aliukov, Vladislav Anchukov, 

Stanislav Ushnurcev, South Ural State University 

Internal Combustion Engine - Automatic Transmission 

Matching for Next Generation Power Transfer 

Technology Development in Automotive Applications 

Experimental and kinetic study of 2, 5-dimethylfuran 

using rapid compression machine 

Nan Xu; Chenglong Tang, Zuohua Huang, Xi’an 

Jiaotong Univ; Jing Gong; Erjiang Hu, Xi’an Jiaotong 

Univ 

A staged Livengood-Wu approach for the prediction 

of two-stage ignition of primary reference fuels 


Azmi Osman, Group Lotus PLC; M. Khairul Arif 

Muhammad Yusof, International Islamic University; 

Mohammad Rafi, Petronas University of Technology 

Darrell Robinette, Tejinder Singh, General Motors Co. Peng Zhao, Oakland Univ.; Mingyuan Tao, Oakland 

University; Dong Han, Shanghai Jiao Tong Univ 

Planned by General Powertrain Development / 


Development of a New 6-speed Manual Transmission 

for Commercial Vehicles 


Takao Ohki, Tomoyasu Wada, Tomoyuki Kano, 

Tomoyoshi Ishimaru, Toyota Motor Corporation; 

Hideya Osawa, Aisin AI Co., Ltd. 

6 Speed Transverse Manual Gearbox for High Torque 

Application 

The Development of an Ignition Delay Correlation for 

PRF Fuel Blends from PRF0 (n-Heptane) to PRF100 

(iso-Octane) 

Dan DelVescovo, Sage Kokjohn, Rolf Reitz, University 

of Wisconsin 

Role of Wall Effect on Hot-Spot Induced Deflagration 

to Detonation in Iso-Octane/Air Mixture Under High 

Temperature and Pressure 


Susumu Hanyu, Aisin AI Co., Ltd. 

Hui Liu, Zhi Wang, Yan Long, Yunliang Qi, Dongbo 

Yang, Jianxin Wang, Tsinghua Univ. 

The New RWD 6 Speed Automatic Transmission for 

SUV and Truck 


Satoshi Fukuyama, Tomohide Suzuki, Akira Murata, 

Aisin AW Co., Ltd.; Hiroshi Mizoguchi, Toshihiko 

Kamiya, Toyota Motor Corporation 

Planned by Transmission and Driveline Committee / 


A Modeling Study of the Effects of Butanol Addition 

on Aromatic Species in Premixed Butane Flames 

Jie Hou, Wuhan University of Technology; Wayne 

Chang, University of Illinois; Fuwu Yan, Wuhan 

University of Technology; Chia-Fon Lee, University of 

Illinois; Beijing Institute of Technology 





TIME 





420 B 410 A 413 A 411 B 



(PFL710) 






technologies. 

8:00 a.m. - 11:30 a.m. 

Basic SI Combustion and 

Emissions (Part 1 of 2) (PFL211) 

This session focuses on basic SI 

combustion processes including studies of 

mixture formation, engine efficiency, flame 

propagation, and emissions formation. 

Papers cover both 4-stroke and 2-stroke 

engines characterized by 1) ignition by 

an external energy source that serves 

to control combustion phasing, and 2) a 

combustion rate that is limited by flame 

propagation. 

8:00 a.m. - 11:30 a.m. 

CI & SI Power Cylinder Systems 

(PFL530) 

This session covers the Power Cylinder: 

piston, piston rings, piston pins, and 

connecting rods. The papers include 

information on reducing friction and 

increasing fuel economy, improving 

durability by understanding wear, and 

decreasing oil consumption and blow-by. 

8:00 a.m. - 11:30 a.m. 


Ignition Engines: Efficiency and 

Emissions (PFL221) 

Papers focusing on efficiency and emissions 

for classical diesel engine combustion with 





both experimental and simulation results 

focused on applications of piston bowl 

design, heat transfer, and fuel injection, or 

other factors affecting fuel efficiency and 

engine-out emissions. 

8:00 a.m. - 11:30 a.m. 

Organizers: 







Organizers: 

Ronald James Herrin, General Motors 

(retired); Simona Silvia Merola, Istituto 

Motori CNR; Terrence Alger, Southwest 

Research Institute; Fadi Adly Anis 

Estefanous, FCA US LLC; Richard S. Davis, 


Chairpersons: 

Terrence Alger, Southwest Research 

Institute; Simona Merola, Istituto Motori 

CNR; Ronald Herrin 

Organizers: 

Yong-Ching Chen, William D. McNulty, Dan 

Richardson, Avinash Singh, Cummins Inc. 

Organizers: 


Politecnica de Valencia; Robert M. McDavid, 

Caterpillar Inc.; Mark P. B. Musculus, 

Sandia National Laboratories; Raul Payri, 

Universitat Politecnica de Valencia; John F. 

Wright, Cummins Inc. 

Chairpersons: 

Adam B. Dempsey, Caterpillar; Qingluan 

Xue, Cummins Inc. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

Technical Keynote: The National 

Academies’ Report on Overcoming Barriers 

to Plug-In Electric Vehicle Deployment 

Combined Effects of Fuel and Dilution Type 

on Efficiency Gains of Lean Well-mixed DISI 

Engine Operation with Enhanced Ignition 

and Intake Heating 

An Experimental Study of Piston Skirt 

Roughness and Profiles on Piston Friction 

using the Floating Liner Engine 


K. John Holmes, National Research Council Magnus Sjöberg, Wei Zeng, Sandia National 

Laboratories 

Review of Auxiliary Power Units for 

Extended Range Electric Vehicles: 

Opportunities and Challenges 

EFFECT OF SUPERCHARGING ON 

CYCLE-TO-CYCLE VARIATION IN A TWO- 

STROKE SPARK IGNITION ENGINE 

Zachary Westerfield, Pasquale Totaro, 

Dallwoo Kim, Tian Tian, Massachusetts 


A Study of the Friction of Oil Control Rings 

Using the Floating Liner Engine 


Daniel Uguru-Okorie, Landmark University; 

Ademola Dare, University of Ibadan; A. A. 

Burluka, University of Leeds 

Impact of delayed spark restrike on the 

dynamics of cyclic variability in dilute SI 

combustion 

Zachary Westerfield, Yang Liu, Dallwoo 

Kim, Tian Tian, Massachusetts Institute of 

Technology 

Relationship between Ovality Contour and 

Radial-Pressure Distribution in Piston Rings 


Scott Curran, Robert Wagner, Oak Ridge 


Standardizing Wireless Charging of PHEV 

and BEV at WPT Levels 1 & 2 (SAE J2954) 

established through simulation and testing. 

Gurneesh S. Jatana, Brian C. Kaul, Robert 

Wagner, Oak Ridge National Laboratory 

Combustion Development to Realize High 

Thermal Efficiency Engines 

Kohei Nakashima, Meijo Univ.; Hiroyuki 

Nagakura, Takashi Ooguro, Masago 

Yamamoto, TPR Co., Ltd. 

A modified oil lubrication system with flow 

control to reduce crankshaft bearing friction 

in a 1.5 litre 4 cylinder diesel engine 

Demonstration of a Novel, Off-Road, Diesel 

Combustion Concept 

Daniel Christopher Bitsis, Charles Roberts, 

Jason Miwa, Christopher Chadwell, Sankar 

Rengarajan, Southwest Research Institute 

A Study on the Effects of a Higher 

Compression Ratio in the Combustion 

Chamber on the Diesel Engine Performance 

Yoshihiro Funayama, Hiroshi Nakajima, 

Kiyohiro Shimokawa, Hino Motors, Ltd. 

Experimental Comparison of Heat Losses in 

Stepped-Bowl and Re-Entrant Combustion 

Chambers in a Light Duty Diesel Engine 

Jessica Dahlstrom, Oivind Andersson, 

Martin Tuner, Lund University; Håkan 

Persson, Volvo Car Corporation 

New Concept for Overcoming the Trade-Off 

between Thermal Efficiency, Each Loss and 

Exhaust Emissions in a Heavy Duty Diesel 

Engine 


Jesse Schneider, BMW 

Daishi Takahashi, Koichi Nakata, Yasushi 

Yoshihara, Tetsuo Omura, Toyota Motor 

Corporation 

Paul J. Shayler, Li Cheng, Qile Li, University 

of Nottingham; Emad Wahab, Ford Motor 

Company 

Takeshi Okamoto, Noboru Uchida, New 

Ace Inst. Co., Ltd. 

Verification Test Result of Wireless Charging 

System 

The Development of High Tumble Intakeport 

to Realize High Themal Efficiency 

Engines 

Prediction of Piston Skirt Scuffing via 3D 

Piston Motion Simulation 

Diesel Engine Combustion Noise Reduction 

by the Control of Timings and Heating 

Values in Two Stage High Temperature Heat 

Releases 


Toru Nakamura, Takahiro Misawa, Yusuke 

Futakuchi, Kensuke Kamichi, Toyota Motor 

Corporation 

Yasushi Yoshihara, Koichi Nakata, Daishi 

Takahashi, Tetsuo Omura, Atsuharu Ota, 


Toshiaki Kobayashi, Honda R&D Co., Ltd. Gen Shibata, Daisuke Nakayama, Yuki 

Okamoto, Hideyuki Ogawa, Hokkaido Univ. 

Study on the Influence of the Magnetic Field 

and the Induced Electrical Field in Human 

Bodies by EV/PHEV Wireless Charging 

Systems 

Research on the Measures for Improving 

Cycle-to-Cycle Variations under High 

Tumble Combustion 

Introducing a New Piston Skirt Profile to 

Reduce Engine Friction 


Toshiaki Watanabe, Masaya Ishida, Toyota 

Central R&D Labs Inc. 

Tetsuo Omura, Koichi Nakata, Yasushi 

Yoshihara, Daishi Takahashi, Toyota Motor 

Corporation 

Pasquale Pio Totaro, Zachary Westerfield, 

Tian Tian, Massachusetts Institute of 

Technology 

Semi-premixed Diesel Combustion with 

Twin Peak Shaped Heat Release Using 

Two-stage Fuel Injection 

Hideyuki Ogawa, Gen Shibata, Yuhei 

Sakane, Tatsuaki Arisawa, Hokkaido Univ.; 

Tatstunori Obe 




TIME 





420 B 410 A 413 A 411 B 



(PFL710) 






technologies. 

8:00 a.m. - 11:30 a.m. 












propagation. 

8:00 a.m. - 11:30 a.m. 

CI & SI Power Cylinder Systems 

(PFL530) 

This session covers the Power Cylinder: 

piston, piston rings, piston pins, and 

connecting rods. The papers include 

information on reducing friction and 

increasing fuel economy, improving 

durability by understanding wear, and 

decreasing oil consumption and blow-by. 

8:00 a.m. - 11:30 a.m. 


Ignition Engines: Efficiency and 

Emissions (PFL221) 

Papers focusing on efficiency and emissions 

for classical diesel engine combustion with 





both experimental and simulation results 

focused on applications of piston bowl 

design, heat transfer, and fuel injection, or 

other factors affecting fuel efficiency and 

engine-out emissions. 

8:00 a.m. - 11:30 a.m. 

Organizers: 







Organizers: 







Chairpersons: 




Organizers: 

Yong-Ching Chen, William D. McNulty, Dan 

Richardson, Avinash Singh, Cummins Inc. 

Organizers: 


Politecnica de Valencia; Robert M. McDavid, 

Caterpillar Inc.; Mark P. B. Musculus, 

Sandia National Laboratories; Raul Payri, 

Universitat Politecnica de Valencia; John F. 

Wright, Cummins Inc. 

Chairpersons: 

Adam B. Dempsey, Caterpillar; Qingluan 

Xue, Cummins Inc. 

11:00 

a.m. 

Technical Development of Electro Magnetic 

Compatibility for Plug-in Hybrid Vehicle 

/ Electric Vehicle Using Wireless Power 

Transfer System 

Study of polycyclic aromatic hydrocarbons 

evolution processing in GDI engines using 

TRF-PAH chemical kinetic mechanism 

Effect of Anti-Friction Polymer Piston Skirt 

Coating on Wear Resistance in CJ-4 and 

PC-11 Diesel Engine Oils 

Experimental Study of Post-Injection 

Timing for Soot Reduction in a Light-Duty 

Turbodiesel Engine 


Akira Mori, Toyota Motor Corporation Yanzhao An, Shengping Teng, Xiang Li, 

Tianjin University; Jing Qin, Tianjin Internal 

Combustion Engine Magne; Hua Zhao; 

Zhang Song Zhan, Chongqing Changan 

Automobile Co., Ltd.; Tie Gang Hu, Bin Liu, 

Changan Automobile Co., Ltd.; Jing Zhong, 

Changan Automobile Engineering Institute 

Jun Qu, Austin Shaw, Oak Ridge National 

Laboratory; Roger England, Chinpei Wang, 

Cummins Inc 

Jonathan Martin, Chenxi Sun, Andre 

Boehman, University of Michigan; 

Jacqueline O’Connor, Penn State University 

















TIME 





312 A 415 A 415 B 411 C 

Combustion in Gaseous-Fueled 

Engines (Part 1 of 2) (PFL270) 

This session focuses on fuel injection, 

combustion, controls, performance and 

emissions of SI engines fueled with gaseous 

fuels such as methane, natural gas (NG), 

biogas, producer gas, coke oven gas, 

hydrogen, or hydrogen-NG blends. Papers 

on Diesel-NG or diesel-hydrogen dualfuel 

engines will also be accepted in this 

session. 

8:00 a.m. - 11:00 a.m. 

Control System Design & 

Calibration (Part 1 of 4) (PFL130) 

Separate sub-sessions cover powertrain 

control, calibration, and system-level 

optimization processes related to achieving 

stringent market fuel economy, emissions, 

performance, reliability, and quality demands. 

Topics include the control, calibration, and 

diagnostics of the engine, powertrain, and 

subsystems related to energy management 

in conventional and hybrid operation, 

considering the simultaneous optimization 

of hardware design parameters and control 

software calibration parameters. 

8:00 a.m. - 11:00 a.m. 

Diesel Engine Lubricants 

(PFL350) 

This technical session discusses advances 

in fundamental phenomena related to 

the impact of lubricant composition 

and heavy duty diesel engine operating 

parameters on significant environmental 

performance criteria, such as chemistry/ 

size/morphology of exhaust soot, and fuel 

dilution. Furthermore, developments in 

understanding field derived lubricant borne 

DPF ash composition are evaluated and 

discussed in detail. 

8:00 a.m. - 10:30 a.m. 

Driveline NVH (PFL660) 

This session addresses transmission noise, 

vibration, rattle issues and design solutions. 

8:00 a.m. - 11:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

Organizers: 

Chris Hagen, Oregon State Univ.; Victor 

Salazar, GE Global Research Center; 

Riccardo Scarcelli, Thomas Wallner, 


Gaseous and Particulate Emissions 

from a Waste Hauler Equipped with a 

Stoichiometric Natural Gas Engine on 

Different Fuel Compositions 

Organizers: 

Xuefei Chen, FCA US LLC; Scott Furry, 

MathWorks Inc.; Yichao Guo, Ford Motor 

Co., Ltd.; Kody G. Klindt, IAV Automotive 

Engineering Inc.; Feilong Liu, Delphi Corp.; 

Peter J. Maloney, MathWorks; Denise M. 

Rizzo, US Army TARDEC; Matti Vint, VALEO; 

Yue-Yun Wang, General Motors LLC 

An Innovative Control Algorithm for Engine 

Stop/Start for Vehicles with Manual 

Transmission, Derived through Analysis of 

On-Road Test Data 

Organizers: 

Ewa Alice Bardasz, ZUAL Associates in 

Lubrication; Michael D. Kass, Oak Ridge 


Effects of Oil Formulation, Oil Separator, 

and Engine Speed and Load on the Particle 

Size, Chemistry, and Morphology of Diesel 

Crankcase Aerosols 


George Karavalakis, Yu Jiang, Jiacheng 

Yang, Maryam Hajbabaei, Kent Johnson, 

Thomas Durbin, University of California, 

Riverside 

Performance, Efficiency and Emissions 

Comparison of Gasoline and Natural Gas 

Port-Fuel Injection with Central Natural Gas 

Direct Injection 



Srinivasa Gavarraju, Tata Technologies 

Limited 

Development of Electrical-Electronic 

Controls for a Gasoline Direct Injection 

Compression Ignition Engine 

Dairene Uy, Ford Motor Company; John 

Storey, C. Scott Sluder, Teresa Barone, Sam 

Lewis, Oak Ridge National Laboratory; Mark 

Jagner, Ford Motor Company 

Effect of Fuel Dilution on Tribological 

Performance of Engine Oil 


James Sevik, Michael Pamminger, Thomas 

Wallner, Riccardo Scarcelli, Argonne 

National Laboratory; Ronald Reese, Asim 

Iqbal, FCA US LLC; Brad Boyer, Steven 

Wooldridge, Ford Motor Company; Carrie 

Hall, Illinois Institute of Technology; Scott 

Miers, Michigan Technological University 

Experimental Investigation of Methane 

Direct Injection with Stratified Charge 

Combustion in Optical SI Single Cylinder 

Engine 

Donald V. Johnson, Delphi Automotive 

Systems LLC; Gregory Roth, Andrew 

Fedewa, Jeremy Kraenzlein, Xiaojian Yang, 

Delphi Automotive Systems 

Transient Control of a Dedicated EGR 

Engine 

Oyelayo Ajayi, Cinta Lorenzo-Martin, Robert 

Erck, George Fenske, Argonne National 

Laboratory 

Effect of Fuel Dilution on the Tribological 

Performance of Engine Oil 


Mindaugas Melaika, Vilnius Gediminas 

Technical University; Petter Dahlander, 


Scalability Aspects of Pre-Chamber Ignition 

in Heavy Duty Natural Gas Engines 

Jayant Sarlashkar, Sankar Rengarajan, Ryan 

Roecker, Southwest Research Institute 

Mode Transition Optimisation for Variable 

Displacement Engines 

Oyelayo Ajayi, Cinta Lorenzo-Martin, Robert 

Erck, George Fenske, Argonne National 

Laboratory; Steven przesmitzki, Aramco 

Research Center 

Chemistry of Soot from Aged Engines 

using XANES 

Organizers: 

Fabio Da Silva Ferreira, BRTÜV / TÜV 

Nord Mobility; Michael E. Fingerman, 

Brandon Otulakowski, FCA US LLC; Darrell 

Robinette, General Motors Co 

Active Booming Noise Control for Hybrid 

Vehicles 

Hyungsouk Kang, TaeYoung Chung, 

Hyundai Motor Company; Hyeongcheol 

Lee, Hanyang Univ; Hyungbin Ihm, Hyundai 

Motor Company 

Vehicle Driveability: Dynamic Analysis of 

Powertrain System Components 

Luca Castellazzi, Andrea Tonoli, Nicola 

Amati, Politecnico di Torino; Alessandro Piu, 

Enrico Galliera, C.R.F. S.C.p.A. 

Mechanism of Neutral-idle Shudder 

Phenomenon in an Automatic Transmission 

System 

Bo Peng, Tsinghua University; Tao Liu, 

PATAC Co., Ltd.; Sifa Zheng, Xiaomin Lian, 

Tsinghua University 

Improving Hydrostatic Driveline NVH Using 

a Pseudo Random Binary Sequence 


Ashish Shah, Per Tunestal, Bengt 

Ante Bozic, Poclain Hydraulics 

Johansson, Lund University 

Prechamber Hot Jet Ignition of Ultra-Lean 

H 2 

/Air Mixtures: Effect of Supersonic Jets 

and Combustion Instability 

Ioannis Souflas, Byron Mason, 

Loughborough University; Mark Cary, 

Ford Motor Company; Peter Schaal, 

Loughborough University 

A Control Algorithm for Low Pressure - EGR 

Systems Using a Smith Predictor with 

Intake Oxygen Sensor Feedback 

Pranesh B. Aswath, Univ. of Texas-Arlington; 

Vibhu Sharma, University of Texas at Arlington; 

Mihir Patel, Vanderbilt Chemicals LLC; Sujay 

Bagi, PACCAR Inc; Olusanmi Adeniran, LuK 

USA LLC- SCHAEFFLER GROUP 

Understanding Chemical Composition 

and Phase Transitions of Ash from Field 

Returned DPF Units and Their Correlation 

with Filter Operating Conditions 

Sensitivity analysis of the design parameters 

of a Dual-Clutch Transmission focused on 

NVH performance 


Sayan Biswas, Li Qiao, Purdue University Rohit Koli, Konstantinos Siokos, Robert 

Prucka, Clemson University; Shyam Jade, 

Jason Schwanke, Robert Bosch LLC 

Sujay Bagi, Rick Bowker, Rob Andrew, 

PACCAR Inc. 

Enrico Galvagno, Guido Ricardo Guercioni, 

Alessandro Vigliani, Politecnico di Torino 

Experimental Study on the Burning Rate of 

Methane and PRF95 Dual Fuels 

Low Pressure Cooled EGR Transient 

Estimation and Measurement for an 

Turbocharged SI Engine 


Sotiris Petrakides, Loughborough University; 

Dongzhi Gao, SKLE - Tianjin University; 

Rui Chen, Daniel Butcher, Loughborough 

University; Haiqiao Wei, SKLE - Tianjin 

University 



Feilong Liu, Jeffrey M. Pfeiffer, Ron Caudle, 

Peter Marshall, Peter Olin, Delphi Corp. 






Experimental Transfer Path Contribution 

Study with the Projected Operational Forces 

Estimated from the Responses 

Hiromichi Tsuji, Kimihiko Nakano, University 

of Tokyo 






TIME 





414 A 357 411 A 412 B 


of 5) (PFL320) 











8:00 a.m. - 11:00 a.m. 










8:00 a.m. - 11:30 a.m. 

Homogeneous Charge 

Compression Ignition, HCCI (Part 

1 of 2) (PFL230) 

Classical HCCI combustion with 

temperature controlling combustion 

onset and only a modest effect of fuel 

injection. Papers describing experiments 

and test data, simulation results focused 

on applications, fuel/additive effects, 

combustion control, and mode change are 

invited and will be placed in appropriate 



encouraged to be submitted into PFL 110 

or PFL120 modeling sessions. 

8:00 a.m. - 11:30 a.m. 

Models for SI Combustion and 

Emissions (Part 3B) (PFL110) 














8:00 a.m. - 11:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 






Chairpersons: 

Jacqueline O’Connor, Meghan Borz, 

Pennsylvania State University 

Optical Characterization of Propane at 

Representative Spark Ignition, Direct 

Injection Conditions 

Organizers: 








Fuel Economy Gains through Dynamic- 

Skip-Fire in Spark Ignition Engines 

Organizers: 

Scott Goldsborough, Argonne National 

Laboratory; Darko Kozarac, Univ. of Zagreb; 

Samveg Saxena, Lawrence Berkeley 

National Laboratory; Mahdi Shahbakhti, 

Michigan Technological Univ. 

Investigation of the Combustion Front 

Structure during Homogeneous Charge 

Compression Ignition Combustion via Laser 

Rayleigh Scattering Thermometry 


Joshua Lacey, Farzad Poursadegh, Michael 

Brear, University of Melbourne; Phred 

Petersen, RMIT University; Charles Lakey, 

Steve Ryan, Brendan Butcher, Ford Motor 

Company of Australia 

An Optical Characterization of Atomization 

in Non-Evaporating Diesel Sprays 

Kian Eisazadeh-Far, Matthew Younkins, Tula 

Technolgy Inc. 

High Efficiency Diesel Engine with Low 

Heat Loss Combustion Concept - Toyota’s 

Inline 4-Cylinder 2.8-Liter ESTEC 1GD-FTV 

Engine 

Matthew Blessinger, Jaal Ghandhi, 

University of Wisconsin 

Extension of the Phenomenological 

3-Arrhenius Auto-Ignition Model for Six 

Surrogate Automotive Fuels 


R. Lockett, City University London; Mahesh 

Jeshani, Ricardo; Kassandra Makri, City 

University London; Richard Price, Shell 

Global Solutions 

HEUI Injector Modeling and ROI 

Experiments for High Injection Pressure of 

Diesel and Dimethyl Ether (DME) 

Tomoyuki Kogo, Yoshihiko Hamamura, 

Koichiro Nakatani, Tadashi Toda, Akio 

Kawaguchi, Akira Shoji, Toyota Motor 

Corporation 

Use of an Engine Simulation to Study Low 

Heat Rejection (LHR) Concepts in a Multi- 

Cylinder Light-Duty Diesel Engine 

Christopher Kim Blomberg, Dimitrios 

Mitakos, Michele Bardi, Konstantinos 

Boulouchos, ETH Zurich; Yuri M. Wright, 

ETH Zurich/Combustion+FlowSolutions 

GmbH; Annelies Vandersickel, Technische 

Universität München 

Effect of Injection Timing, Premixed 

Equivalence Ratio and EGR on Combustion 

Characteristics of an HCCI-DI Combustion 

Engine using In-cylinder Dual Injection 

strategy 


Xiucheng Zhu, Sanjeet Limbu, Khanh Cung, 

Michigan Technological University; William 

De Ojeda, WM International Engineering; 

Seong-Young Lee, Michigan Technological 

University 

An Optical Characterization of the Effect 

of High-Pressure Hydrodynamic Cavitation 

on Diesel. 

Tingting Li, Jerald Caton, Timothy Jacobs, 

Texas A&M University 

Development of instantaneous temperature 

measurement technique for combustion 

chamber surface and verification of 

temperature swing concept 

Pranab Das, IIT Delhi, BML Munjal 

University-Gurgaon; Mayur Selokar, IIT 

Delhi, Subros Limited; P.M.V. Subbarao, 

J.P. Subrahmanyam, Indian Institute of 

Technology-Delhi 

Water Injection to Control HCCI Combustion 

and Enable High Load Operation 


Russel Lockett, Zeeshan Fatmi, Olawole 

Kuti, City University London; Richard Price, 

Shell Global Solutions 

Study of ECN Injectors Behavior 

Repeatability with Focus on Aging Effect 

and Soot Fluctuations 

Kenji Fukui, Yoshifumi Wakisaka, Kazuaki 

Nishikawa, Yoshiaki Hattori, Hidemasa 

Kosaka, Toyota Central R&D Labs Inc.; Akio 

Kawaguchi, Toyota Motor Corporation 

Reduction of Heat Loss and Improvement 

of Thermal Efficiency by Application of 

Temperature Swing Insulation to Direct- 

Injection Diesel Engines 

Benjamin Lawler, Stony Brook Univ.; Derek 

Splitter, Brian Kaul, James Szybist, Oak 


Investigation of Fuel Effects on In- 

Cylinder Reforming Chemistry Using Gas 

Chromatography 


Michele Bardi, Gilles Bruneaux, Louis-Marie 

Malbec, IFP Energies Nouvelles 

Yoshifumi Wakisaka, Minaji Inayoshi, 

Kenji Fukui, Hidemasa Kosaka, Yoshihiro 

Hotta, Toyota Central R&D Labs Inc.; Akio 

Kawaguchi, Noriyuki Takada, Toyota Motor 

Corporation 

Benjamin Wolk, Isaac Ekoto, Sandia 

National Laboratories; William Northrop, 

University of Minnesota 

Organizers: 

Federico Millo, Politecnico di Torino; Angelo 

Onorati, Politecnico di Milano; Christof 

Schernus, FEV GmbH; Xiaofeng Yang, 


Development of a Fast Predictive Burn Rate 

Model for Gasoline-HCCI 

Mahir Tim Keskin, IVK, University of 

Stuttgart; Michael Grill, Michael Bargende, 

FKFS 

Phenomenological 0-Dimensional 

Combustion Model for Spark-Ignition 

Natural Gas Engine Equipped with Pre- 

Chamber 

Kenji Hiraoka, Kazutoshi Nomura, Akihiro 

Yuuki, Yuji Oda, Mitsubishi Heavy Industries 

Ltd.; Toshiyuki Kameyama, Choryo 

Engineering Co., Ltd. 

Investigations of Port Dual Injection (PDI) 

Strategies in Single Cylinder SI Engine 

Fueled with Ethanol/Gasoline Blends 

Santosh Trimbake, College of Military 

Engineering Pune; Dileep Malkhede, 

Government College of Engineering Pune 

Development of a Phenomenological 

Turbulence Model through a Hierarchical 

1D/3D Approach Applied to a VVA 

Turbocharged Engine 

Vincenzo De Bellis, University of Naples; 

Fabio Bozza, University of Naples - Istituto 

Motori CNR; Stefano Fontanesi, Elena 

Severi, Fabio Berni, Universita degli Studi 

di Modena 

Assessment of the predictive capabilities 

of a combustion model for a modern 

downsized turbocharged SI engine 

Mohsen Mirzaeian, Federico Millo, Luciano 

Rolando, Politecnico di Torino 




TIME 





414 A 357 411 A 412 B 


of 5) (PFL320) 











8:00 a.m. - 11:00 a.m. 










8:00 a.m. - 11:30 a.m. 



1 of 2) (PFL230) 













8:00 a.m. - 11:30 a.m. 

Models for SI Combustion and 

Emissions (Part 3B) (PFL110) 














8:00 a.m. - 11:00 a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 






Chairpersons: 

Jacqueline O’Connor, Meghan Borz, 

Pennsylvania State University 

Impinging Jets of Fuel on a Heated Surface: 

Effects of Wall Temperature and Injection 

Conditions 

Organizers: 








An Analytical Assessment of the CO 2 

Emissions Benefit of Two-Stroke Diesel 

Engines 

Organizers: 






Experimental investigation of in-cylinder 

heat transfer during HCCI combustion 


Alessandro Montanaro, Luigi Allocca, 

Maurizio Lazzaro, Giovanni Meccariello, 

Istituto Motori CNR 



Alok Warey, Venkatesh Gopalakrishnan, 

Michael Potter, General Motors Research 

and Development; Enrico Mattarelli, Carlo 

Alberto Rinaldini, Universita di Modena e 

Reggio Emilia 

Performance Characteristics of an 

Ammonia-Water Absorption Refrigeration 

System Driven by Diesel Waste Exhaust 

Heat 


Ahmed E. Hassaneen, Wael I. A. Aly, 

Helwan University; Gamal Bedair, Suez 

University; Mohammed Abdussalam, 

Helwan University 




Stijn Broekaert, Thomas De Cuyper, Michel 

De Paepe, Sebastian Verhelst, Ghent 

University 

Primary Reference Fuels (PRFs) as 

Surrogates for Low Sensitivity Gasoline 

Fuels 

Vijai Shankar Bhavani Shankar, Muhammad 

Sajid, Khalid Al-Qurashi, Nour Atef, Issam 

Alkhesho, Ahfaz Ahmed, Sukho Chung, 

William Roberts, King Abdullah University 

of Science and Technology; Kai Morganti, 

Saudi Aramco; Mani Sarathy, King Abdullah 

University of Science and Technology 



Organizers: 

Federico Millo, Politecnico di Torino; Angelo 

Onorati, Politecnico di Milano; Christof 

Schernus, FEV GmbH; Xiaofeng Yang, 


Air Flow Optimization and Calibration in 

High-Compression-Ratio Naturally Aspirated 

SI Engines with Cooled-EGR 

SoDuk Lee, Charles Schenk, Joseph 

McDonald, US Environmental Protection 

Agency 






TIME 





410 B 420 A 413 B 251 C 

Multi-Dimensional Engine 

Modeling (Part 1 of 4) (PFL120) 

The session covers advances in the 

development and application of models 

and tools involved in multi-dimensional 

engine modeling: advances in chemical 

kinetics, combustion and spray modeling, 

turbulence, heat transfer, mesh generation, 

and approaches targeting improved 

computational efficiency. Papers employing 

multi-dimensional modeling to gain a 

deeper understanding of processes related 

to turbulent transport, transient phenomena, 

and chemically reacting, two-phase flows 

are also encouraged. 

8:00 a.m. - 11:30 a.m. 

RCCI and Dual-Fuel Low 

Temperature Combustion (Part 1 

of 2) (PFL262) 













8:00 a.m. - 11:30 a.m. 

Small Engine Technology 

(PFL540) 

In this session, research and development 

of small engine technology, including twostroke 

cycle, will be covered. Topics include 

combustion, scavenging, emissions, fuel 

systems, control, and NVH. 

8:00 a.m. - 11:00 a.m. 

Alternative and Advanced Fuels 

(Part 1 of 2) (PFL330) 

This session focuses on work pertaining to 

the production and fundamental properties 

of new fuels and methods for assessing 

their performance. This will include work 

related to the issues of fuel stability, storage 

and transportation. This first of two parts 

focuses on work relating to spark ignition 

engines. 

8:30 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

Gianluca D’Errico, Politecnico di Milano; 

Stefano Fontanesi, Universita degli Studi 

di Modena; Daniel C. Haworth, Penn 

State Univ-University Park; Elena Severi, 

Universita degli Studi di Modena; Hardo 

Barths, General Motors 

Parametric Comparison of Well-Mixed and 

Flamelet n-dodecane Spray Combustion 

with Engine Experiments at Well Controlled 

Boundary Conditions 

Organizers: 








Cylinder-to-Cylinder Variations in Power 

Production in a Dual Fuel Internal 

Combustion Engine Leveraging Late Intake 

Valve Closings 


Amin Maghbouli, Tommaso Lucchini, 

Gianluca D’Errico, Angelo Onorati, 

Politecnico di Milano; Louis-Marie Malbec, 

IFPEN; Mark PB Musculus, W. Ethan Eagle, 

Sandia National Laboratories 

An Innovative Approach Combining 

Adaptive Mesh Refinement, the ECFM3Z 

Turbulent Combustion Model, and the TKI 

Tabulated Auto-Ignition Model for Diesel 

Engine CFD Simulations 

Mateos Kassa, Carrie Hall, Illinois Institute of 

Technology; Andrew Ickes, Thomas Wallner, 


Exploring the Role of Reactivity Gradients in 

Direct Dual Fuel Stratification 

Organizers: 

Robert Kee, Queen’s University Belfast; 


Evaluations of Scavenge Port Designs for a 

Boosted Uniflow Scavenged Direct Injection 

Gasoline (BUSDIG) Engine by 3D CFD 

Simulations 

Xinyan Wang, Jun Ma, Hua Zhao, Brunel 

University London 

A New Rotary Valve for 2-Stroke Engines 

Enabling Over-Expansion 


Julien Bohbot, Olivier Colin, Anthony 

Velghe, Jean-Baptiste Michel, IFP Energies 

Nouvelles; Mingjie Wang, P. K. Senecal, Eric 

Pomraning, Convergent Science Inc. 

Combustion Modeling of Diesel Sprays 

Martin Wissink, Rolf Reitz, University of 

Wisconsin 

Comparison of RCCI Operation with and 

without EGR over the Full Operating Map of 

a Heavy-Duty Diesel Engine 

Jorge Martins, Carlos Pereira, F.P. Brito, 

Universidade do Minho 

Influence of Injection Parameters on the 

Performance and Emissions of a Direct 

Injection Two Stroke SI Engine 


Harry Lehtiniemi, Anders Borg, LOGE AB; 

Fabian Mauss, Brandenburg University of 

Technology 

A Numerical Study on the Effect of 

Enhanced Mixing on Combustion and 

Emissions in Diesel Engines 

Reed Hanson, Andrew Ickes, Thomas 

Wallner, Argonne National Laboratory 

Characterization and Potential of Premixed 

Dual-Fuel Combustion in a Heavy Duty 

Natural Gas/Diesel Engine 

Adwitiya Dube, A Ramesh, Indian Institute 

of Technology Madras 

Mechanical Noise Reduction of Valve Train 

System in Small SI Scooter Engines 


Chaitanya Wadkar, Bassem H. Ramadan, 

Kettering University 

Global Sensitivity Analysis of a Gasoline 

Compression Ignition Engine Simulation 

with Multiple Targets on an IBM Blue 

Gene/Q Supercomputer 

Ian May, Vinícius Pedrozo, Hua Zhao, 

Alasdair Cairns, Brunel University London; 

Steve Whelan, Hoi Wong, Paul Bennicke, 

Vayon Gas Technologies 

Analysis of Natural Gas Dual-Fuel 

Combustion Regimes in a Heavy-Duty 

Engine 

TL Balasubramanian, Vigneshwara Raja 

Kesavan, V Lakshminarasimhan, Vamsi 

Krishna Balla, Suresh Palani, TVS Motor 

Co Ltd 

Method for Turbocharging Single-Cylinder, 

Four-Stroke, Internal Combustion Engines 

Organizers: 

Elisa Toulson, Michigan State University; 

Toby Rockstroh; Paul Richards; George 

Karavalakis, Univ. of California-Riverside; 

Mebougna Drabo, Alabama A & M 

University; Casey Maxwell Allen, Marquette 

Univ. 

Chairpersons: 


George Karavalakis, Univ. of California- 

Riverside 

Comparative study on the ignition delay 

time of 1-pentene and n-pentane 

Yu Cheng, Qianqian Li, Erjiang Hu, Zuohua 

Huang, Xi’an Jiaotong Univ 

Options for Use of GTL Naphtha as a 

Blending Component in Oxygenated 

Gasoline 

Toby Rockstroh, Gareth Floweday, Sasol 

Advanced Fuels Laboratory, University 

of Cape Town; Celeste Wilken, Sasol 

Technology Fuels Technology 

Optimizing the Natural Gas Engine for CO2 

reduction 

Ludvig Adlercreutz, AVL MTC AB; 

Andreas Cronhjort, KTH Royal Institute of 

Technology; Johannes Andersen, AVL MTC 

AB; Roy Ogink, Volvo Car Corporation 

Blending Octane Evaluation of Fuel Ethers: 

a Literature Review 

(2016-01-0602) (Oral Only) (Oral Only) (2016-01-0883) 

Janardhan Kodavasal, Yuanjiang Pei, Kevin 

Harms, Stephen Ciatti, Al Wagner, Argonne 

National Laboratory; Peter Senecal, 

Convergent Science, Inc.; Marta García, 

Sibendu Som, Argonne National Laboratory 

N. Ryan Walker, Sage L. Kokjohn, Rolf D. 

Reitz, University of Wisconsin-Madison 

Michael R. buchman, Amos Winter, MIT Walter Mirabella, Lyondellbasell Industries 

Inc.; Francesco Avella, Technical Advisor; 

Marco Di Girolamo, Ecofuel S.p.A.; Tim 

Abbott, SABIC; Oliver Busch, Evonik 

Industries AG 




TIME 





410 B 420 A 413 B 251 C 
















8:00 a.m. - 11:30 a.m. 



of 2) (PFL262) 













8:00 a.m. - 11:30 a.m. 

Small Engine Technology 

(PFL540) 

In this session, research and development 

of small engine technology, including twostroke 

cycle, will be covered. Topics include 

combustion, scavenging, emissions, fuel 

systems, control, and NVH. 

8:00 a.m. - 11:00 a.m. 


(Part 1 of 2) (PFL330) 





related to the issues of fuel stability, storage 

and transportation. This first of two parts 

focuses on work relating to spark ignition 

engines. 

8:30 a.m. - 11:30 a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 







A Semi-Detailed Chemical Kinetic 

Mechanism of Acetone-Butanol-Ethanol 

(ABE) and Diesel Blends for Combustion 

Simulations 

Organizers: 








Efficiency and Emissions Characteristics of 

Partially Premixed Dual-Fuel Combustion 

by Co-Direct Injection of NG and Diesel 

Fuel (DI 2 ) 

Organizers: 

Robert Kee, Queen’s University Belfast; 


Development of a Low Cost Production 

Automotive Engine for Range Extender 

Application for Electric Vehicles 


Saifei Zhang, Beijing Institute of Technology; 

Zhengxin Xu, Hunan University; Timothy 

Lee, Yilu Lin, University of Illinois; Wei Wu, 

Beijing Institute of Technology; Chia-Fon 

Lee, University of Illinois, Beijing Institute of 

Technology 

Port Design Criteria for 2-Stroke Loop 

Scavenged Engines 

Radu Florea, Gary D. Neely, Zainal Abidin, 

Jason Miwa, Southwest Research Institute 

Experimental Investigation of Homogeneous 

Charge Induced Ignition (HCII) with Lowpressure 

Injection to Reduce PM Emissions 

in a Heavy-duty Engine 

Ashwini Agarwal, Andrew Lewis, Sam 

Akehurst, Chris Brace, University of Bath; 

Yash Gandhi, Gary Kirkpatrick, Tata Motors 

European Technical Centre 


Enrico Mattarelli, Carlo Alberto Rinaldini, 

Universita di Modena e Reggio Emilia; 

Tommaso Savioli, Universita degli Studi di 

Modena 




Zhanteng Chang, Chao Yu, Haiyan Zhang, 

Weichai Power Co.,Ltd.; Shuojin Ren, 

Zhi Wang, Boyuan Wang, Jianxin Wang, 







Organizers: 


Toby Rockstroh; Paul Richards; George 

Karavalakis, Univ. of California-Riverside; 


University; Casey Maxwell Allen, Marquette 

Univ. 

Chairpersons: 



Riverside 

Modeling of Heating and Evaporation of 

FACE I Gasoline Fuel and its Surrogates 

Ahmed Elwardany, KAUST, Alexandria 

University; Jihad Badra, Saudi Aramco; 

Jaeheon Sim, Muneeb Khurshid, Mani 

Sarathy, Hong Im, KAUST 

Investigation on Combustion, Performance 

and Emissions of Automotive Engine Fueled 

with Ethanol Blended Gasoline 

Punit Kumar Singh, A S Ramadhas, Reji 

Mathai, Ajay Kumar Sehgal, Indian Oil 

Corporation Limited 





TIME 





414 B 415 B 412 B 


(Part 3 of 3) (PFL730) 














9:00 a.m. - 11:30 a.m. 

Driveline Lubricants (PFL360) 

In the industry there is continuing work 

on understanding the interaction of 

lubricating fluids with driveline hardware 

and on improving the fluids used in these 

applications. In this session are presented 

a variety of papers dealing with different 

applications where the interaction of 

driveline fluids with equipment is important. 

10:30 a.m. - 11:00 a.m. 

Valvetrain, including VVA 

(PFL570) 

The design, development, and testing of 

Valve Train and Variable Valve Actuation 

mechanisms, devices, and systems; and 

the impact and control of such systems 

on thermodynamics, combustion, fuel 

economy, emissions, noise and vibration, 

and performance. 

11:00 a.m. - 11:30 a.m. 

Organizers: 





Motors Co. 

Organizers: 

Timothy P. Newcomb, Lubrizol Corp.; Jason 

Bares, BorgWarner Automotive; Choong 

Fong Tang, BorgWarner Inc. 

Organizers: 

Thomas Peter Howell, Jacobs Vehicle 

Systems Inc.; Timothy Kunz, Delphi 

Automotive PLC; James Robert Westbrook, 

FCA US LLC 

Chairpersons: 

Wayne Cai, Ramesh Rebba, General 

Motors Co. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Application of CAEBAT Full Field Approach 

for a Liquid-Cooled Automotive Battery 

Pack 

(2016-01-1217) 

Erik Yen, Kuo-huey Chen, Taeyoung Han, 

Bahram Khalighi, General Motors Co. 

Process Robustness of Laser Braze-Welded 

Al/Cu Connectors 

(2016-01-1198) 

Pascal Schmalen, Peter Plapper, University 

of Luxembourg; Wayne Cai, General Motors 

Co. 

Model-based evaluation of chemistry 

selection for dual energy storages for 12V 

advanced start-stop vehicles 

(2016-01-1209) 

Zhenli Zhang, Zhihong Jin, Perry Wyatt, 

Johnson Controls, Power Solutions 

Effect of operating parameters on thermal 

behaviors of lithium-ion battery pack 


Hua Tian, WeiGuang Wang, Ge-Qun Shu, 

Xingyu Liang, Haiqiao Wei, State Key Lab 

Of Engines 

A study of axle fluid viscosity and friction 

impact on axle efficiency 

Takashi Hoshino, Isuzu Motors Ltd.; Farrukh 

Qureshi, Nicholas Virostko, Elizabeth 

Schiferl, The Lubrizol Corporation; Ananda 

Gajanayake, Motoji Hiroki, Tomoya Higuchi, 

Keita Ishizaki, Lubrizol Japan Ltd. 

Battery Parameter Estimation from 

Burrless Surface Processing Technology 

Recorded Fleet Data 


Rickard Rolf Arvidsson, Volvo Car 

Corporation; Tomas McKelvey, Chalmers 






Takamichi Hirasawa, Michihiro Yamamoto, 

Aisin Seiki Co., Ltd. 






TIME 





420 A 420 B 251 C 410 A 

Advanced Fuel Cell Vehicle 

Applications (Part 1 of 3) (PFL720) 

This session covers recent advances 

in applied research, development and 

engineering of fuel cell components: 

including electrode assemblies, catalysts, 

water balance, and degradation of fuel 

cells. In addition, oil-free compressors are 

evaluated. 

1:00 p.m. - 3:30 p.m. 



(PFL710) 






technologies. 

1:00 p.m. - 5:00 p.m. 


(Part 2 of 2) (PFL330) 





related to the issues of fuel stability, 

storage and transportation. This second 

of two parts focuses on work related to 

compression ignition engines and advance 

combustion techniques. 

1:00 p.m. - 4:30 p.m. 












propagation. 

1:00 p.m. - 2:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

Anita Chaudhari, Ford Motor Company; 


Chairpersons: 


Development Of The Electrode Catalyst For 

The Fuel Cell Vehicle 

Organizers: 







General Motors Electric Variable 

Transmission for Cadillac CT6 Sedan 

Organizers: 

Casey Maxwell Allen, Marquette Univ.; 



Riverside; Mebougna Drabo, Alabama A & 

M University; Paul Richards; Toby Rockstroh 

Chairpersons: 


University; Toby Rockstroh, Argonne 


The Status of Experimental Investigations 

on the use of LPG for generator sets in 

Colombia 


Nobuaki Mizutani, Kazunobu Ishibashi, 


Employing Hot Wire Anemometry to 

Directly Measure the Water Balance of a 

Commercial Proton Exchange Membrane 

Fuel Cell Stack 

Alan Holmes, Jinming Liu, David Ames, 

Vijay Neelakantan, Khwaja Rahman, 

Timothy Grewe, General Motors Co. 

Design of the Chevrolet Bolt EV Propulsion 

System 

Carlos Alberto Romero, Ricardo Acosta, 

Juan Lopez, Universidad Tecnologica de 

Pereira 

Review and Benchmarking of Alternative 

Fuels in Conventional and Advanced Engine 

Concepts with Emphasis on Efficiency, CO 2 

, 

and Regulated Emissions 


Saher Al Shakhshir, Torsten Berning, 

Martin Tuner, Lund University 

Aalborg University 

In-Situ Liquid TEM Study on the 

Degradation Mechanism of Fuel Cell 

Catalysts 

Jinming Liu, Mohammad Anwar, Peter 

Chiang, Shawn Hawkins, Youngsoo Jeong, 

Faizul Momen, Stephen Poulos, Seunghan 

Song, General Motors Co. 

The GM RWD PHEV Propulsion System for 

the Cadillac CT6 Luxury Sedan 

Potential Levels of Soot, NO x 

, HC and CO 

for Methanol Combustion 


Hisao Kato, Toyota Motor Corporation Amanullah Khan, Timothy Grewe, Jinming 

Liu, Mohammad Anwar, Alan Holmes, 

Richard Balsley, General Motors Co. 

Erik Svensson, Changle Li, Sam Shamun, 

Bengt Johansson, Martin Tuner, Lund 

University; Cathleen Perlman, Harry 

Lehtiniemi, LOGE AB; Fabian Mauss, 

Brandenburg University of Technology 

Zhongquan Gao 

Oil-Free 10kW High Speed Centrifugal Air 

Compressor for Fuel Cell Vehicles 

High Efficiency Electromagnetic Torque 

Converter for Hybrid Electric Vehicles 

Combustion Characteristics of Acetone, 

Butanol, and Ethanol (ABE) Blended with 

Diesel in a Compression-Ignition Engine 


Yu Wan 

Takao Watanabe, Eiji Tsuchiya, Masaki 

Ebina, Yasumitsu Osada, Toyota Central 

R&D Labs Inc; Tomoyuki Toyama, Aisin 

Seiki Co Ltd; Akira Murakami, Toyota Motor 

Corporation 

Timothy H. Lee, Yilu Lin, University of 

Illinois; Xiangyu Meng, Dalian University 

of Technology; Yuqiang Li, Central South 

University; Karthik Nithyanandan, University 

of Illinois 

A Study on the Characteristics of an Oil- 

Free Centrifugal Compressor for Fuel Cell 

Vehicles 

The New Generation Front Wheel Drive 

Hybrid System 


Kyoung-Ku Ha, Chang Ha Lee, Chi Myung 

Kim, Sae Hoon Kim, Byung Ki Ahn, Hyundai 

Motor Company 

Shunsuke Fushiki, Toyota Motor 

Corporation 

Emissions and Fuel Economy Evaluation 

from Two Current Technology Heavy-Duty 

Trucks Operated on HVO and FAME Blends 

George Karavalakis, Yu Jiang, Jiacheng 

Yang, Thomas Durbin, University of 

California, Riverside; Jukka Nuottimäki, 

Kalle Lehto, Neste Oil Corp. 

Organizers: 







Chairpersons: 




Experimental and Numerical Study of Flame 

Kernel Formation Processes of Propane-Air 

Mixture in a Pressurized Combustion Vessel 

Xiucheng Zhu, Michigan Technological 

University; Lorenzo Sforza, Politecnico 

di Milano; Tejas Ranadive, Anqi Zhang, 

Seong-Young Lee, Jeffrey Naber, Michigan 

Technological University; Tommaso 

Lucchini, Angelo Onorati, Politecnico di 

Milano; Muniappan Anbarasu, General 

Motors Co.; Yangbing Zeng, General 

Motors LLC 

Experimental Analysis of O 2 

Addition on 

Engine Performance and Exhaust Emissions 

from a Small Displacement SI Engine 

Francesco Catapano, Silvana Di Iorio, 

Ludovica Luise, Paolo Sementa, Bianca 

Maria Vaglieco, Istituto Motori CNR 

General correlation of turbulent burning 

velocity of various mixtures at high pressure 

up to 3.0 MPa 




TIME 





420 A 420 B 251 C 410 A 



This session covers recent advances 

in applied research, development and 

engineering of fuel cell components: 

including electrode assemblies, catalysts, 

water balance, and degradation of fuel 

cells. In addition, oil-free compressors are 

evaluated. 

1:00 p.m. - 3:30 p.m. 



(PFL710) 






technologies. 

1:00 p.m. - 5:00 p.m. 


(Part 2 of 2) (PFL330) 





related to the issues of fuel stability, 

storage and transportation. This second 

of two parts focuses on work related to 

compression ignition engines and advance 

combustion techniques. 

1:00 p.m. - 4:30 p.m. 












propagation. 

1:00 p.m. - 2:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 



Chairpersons: 





Organizers: 







Development of New Hybrid Transmission 

for Compact-Class Vehicles 


Makoto Taniguchi, Takahisa Yashiro, 

Keiji Takizawa, Shinichi Baba, Michitaka 

Tsuchida, Tatsuhiko Mizutani, Hiroatsu 

Endo, Hiromichi Kimura, Toyota Motor 

Corporation 

Development of Hybrid-Electric Propulsion 

System for 2016 Chevrolet Malibu 


Brendan Conlon, Mindy Barth, Charles Hua, 

Clifford Lyons, Dan Nguy, Margaret Palardy, 


Development of Electric Drive System for 

New Model Super Sports Hybrid Vehicle 

(2016-01-1685) 

Sayaka Tamura, Tsutomu Yoshinari, Honda 

R&D Co., Ltd. 




Organizers: 

Casey Maxwell Allen, Marquette Univ.; 



Riverside; Mebougna Drabo, Alabama A & 

M University; Paul Richards; Toby Rockstroh 

Chairpersons: 


University; Toby Rockstroh, Argonne 


Impact of a Diesel High Pressure Common 

Rail Fuel System and Onboard Vehicle 

Storage on B20 Biodiesel Blend Stability 

Earl Christensen, Robert L. McCormick, 

National Renewable Energy Laboratory; 

Jenny Sigelko, Stuart Johnson, Volkswagen 

Group of America Inc.; Stefan Zickmann, 

Volkswagen AG; Shailesh Lopes, General 

Motors Co.; Roger Gault, Truck and Engine 

Manufacturers Association; David Slade, 

Renewable Energy Group Inc. 

Influence of Fuel Injection Pressure and 

Biodiesel upon NO x 

Emissions 

Preetham Churkunti, Jonathan M. S. 

Mattson, Christopher Depcik, University 

of Kansas 



Organizers: 







Chairpersons: 








TIME 





412 A 312 A 415 A 411 C 

Cold Start and Transients 

(PFL290) 

This session focuses on both SI and CI 

combustion and mixture preparation 

during cold start and transient engine 

operation. Example topics include engine 

performance, emissions, control strategies 

and calibrations for cold start and transient 

operation impact on NOx, PM, HC, CO, 

and CO2 emissions; also including the 

impact of variable valve timing, spark, and 

turbocharger controls. 

1:00 p.m. - 4:00 p.m. 











session. 

1:00 p.m. - 5:00 p.m. 







performance, reliability, and quality 

demands. Topics include the control, 

calibration, and diagnostics of the engine, 

powertrain, and subsystems related to 

energy management in conventional 

and hybrid operation, considering the 

simultaneous optimization of hardware 

design parameters and control software 

calibration parameters. 

1:00 p.m. - 4:30 p.m. 

Driveline Components/ 

Subsystems (PFL670) 

This session includes papers on the full 

array of transmission and driveline related 

components 

1:00 p.m. - 4:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

Eric W. Curtis, Ford Motor Company; 

Ouafaé El Ganaoui-Mourlan, IFPEN; Peter 

Moilanen, Ford Motor Company; Hamid 

Servati, ServoTech. Industries 

Cycle-by-cycle analysis of cold crank-start 

in a GDI engine 

Organizers: 





Statistical Analyses of CNG Constituents on 

Dual-Fuel Compression Ignition Combustion 

Organizers: 





Peter J. Maloney, MathWorks; Denise 

M. Rizzo, US Army TARDEC; Matti Vint, 

VALEO; Yue-Yun Wang, General Motors 

LLC 

A Generic Fault Maturing and Clearing 

Strategy for Continuous On-Board 

Diagnostic Monitoring 

Organizers: 

Patrick R. Darmstadt, Boeing Vertical 

Lift; Yashodhan V. Joshi, Cummins Inc.; 

Chunhao Lee, General Motors Co.; Brian 

Schneidewind, Toyota Technical Center 

USA Inc. 

New Development of a Gas Cavitation 

Model for Evaluation of Drag Torque 

Characteristics in Disengaged Wet Clutches 


J. Felipe Rodriguez, Wai K. Cheng, 


Chenaniah Langness, Christopher Depcik, 

University of Kansas 

Yichao Guo, Ford Motor Company 

Shahjada A. Pahlovy, Syeda F. Mahmud, 

Masamitsu Kubota, Makoto Ogawa, Norio 

Takakura, Dynax Corporation 

Reduction of Cold-Start Emissions through 

Valve Timing Adjustments in a GDI Engine 

Effects of Intake Manifold Conditions on 

Dual-Fuel CNG-Diesel Combustion in a 

Light Duty Diesel Engine Operated at Low 

Loads 

Local Gaussian process regression in 

order to model air charge of turbocharged 

gasoline SI engines. 

Development of an e-LSD Control Strategy 

Considering the Evolution of the Friction 

Torque with the Wear Depth 


J. Felipe Rodriguez, Wai K. Cheng, 


Pablo Garcia Valladolid, Per Tunestal, Lund 

University 

Benedikt Raidt, BMW AG 

Amedeo Tesi, Francesco Vinattieri, Renzo 

Capitani, Universita degli Studi di Firenze; 

Claudio Annicchiarico, Meccanica 42 

GDi Cold Start Emission Reduction with 

Heated Fuel 

Combustion and Emissions of Paired- 

Nozzle Jets in a Pilot-Ignited Direct-Injection 

Natural Gas Engine 

Concept Analysis and Initial Results of 

Engine-Out NOx Estimator Suitable for on 

ECM Implementation 


William Fedor, Joseph Kazour, James Haller, 

Kenneth Dauer, Daniel Kabasin, Delphi 

Powertrain 

Evaluation of cold start technologies on a 

3L diesel engine 

Christopher W. J. Mabson, Ehsan Faghani, 

Pooyan Kheirkhah, Patrick Kirchen, Steven 

N. Rogak, University of British Columbia; 

Gordon McTaggart-Cowan, Westport 

Innovations Inc. 

Characterization of Combustion and 

Emissions of Propane/Diesel Blends in a 

Research Diesel Engine 

Dejan Kihas, Daniel Pachner, Lubomir 

Baramov, Michael Uchanski, Honeywell 

Automotive Software; Priya Naik, Nassim 

Khaled, Cummins Inc. 

A virtual residual gas sensor to enable 

modeling of the air charge 


Jason Miwa, Darius Mehta, Chad Koci, 

Benedikt Raidt, BMW AG 

Southwest Research Institute 

Improving Cold Start and Transient 

Performance of Automotive Diesel Engine at 

Low Ambient Temperatures 

Massimo Cardone, Universita di Napoli; Ezio 

Mancaruso, Renato Marialto, Luigi Sequino, 

Bianca Maria Vaglieco, Istituto Motori CNR 

Application of High Performance Computing 

for Simulating Cycle-to-Cycle Variation in 

Dual-Fuel Combustion Engines 

Turbocharger Speed Estimation via 

Vibration Analysis 


Arumugam Sakunthalai Ramadhas, 

Hongming Xu, University of Birmingham 

Ravichandra S. Jupudi, GE Global 

Research Center; Charles E.A. Finney, Oak 

Ridge National Laboratory; Roy Primus, 

GE Global Research Center; Sameera 

Wijeyakulasuriya, Convergent Science 

Inc.; Adam E. Klingbeil, Bhaskar Tamma, 

GE Global Research Center; Miroslav K. 

Stoyanov, Oak Ridge National Laboratory 

Domenico Crescenzo, Viktor Olsson, 

Javier Arco Sola, Hongwen Wu, Andreas 

Cronhjort, KTH Royal Institute of 

Technology; Eric Lycke, Oskar Leufven, Ola 

Stenlaas, Scania CV AB 

Ball Behavior Analysis of Rzeppa Constant 

Velocity Joint 

Yoshitaka Shinoda, Atsushi Mori, Takeo 

Yamamoto, Toyota Motor Corporation; 

Takeshi Nakamura, JTEKT 

Setting Differential Pinion Bearing Preload 

Using System Stiffness as Estimated by 

Frequency Response 

Mike Johns, Heinz Kamping, Kristian 

Krueger, Koyo Bearings USA LLC; 

James Mynderse, Chris Riedel, Lawrence 

Technological Univ 

A Dynamic Filtration Model for the Powershift 

Steering Transmission 

Yong Liu, North University of China; 

Biao Ma, Binjie Xu, Beijing Institute of 

Technology; Zhifen Miao, Shanxi Jiahua 

Power Engineering Design 




TIME 





412 A 312 A 415 A 411 C 

Cold Start and Transients 

(PFL290) 

This session focuses on both SI and CI 

combustion and mixture preparation 

during cold start and transient engine 

operation. Example topics include engine 

performance, emissions, control strategies 

and calibrations for cold start and transient 

operation impact on NOx, PM, HC, CO, 

and CO2 emissions; also including the 

impact of variable valve timing, spark, and 

turbocharger controls. 

1:00 p.m. - 4:00 p.m. 











session. 

1:00 p.m. - 5:00 p.m. 
















1:00 p.m. - 4:30 p.m. 

Driveline Components/ 

Subsystems (PFL670) 

This session includes papers on the full 

array of transmission and driveline related 

components 

1:00 p.m. - 4:00 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 

Eric W. Curtis, Ford Motor Company; 

Ouafaé El Ganaoui-Mourlan, IFPEN; Peter 

Moilanen, Ford Motor Company; Hamid 

Servati, ServoTech. Industries 

Study on the Effect of Injection Strategies 

on Particulate Emission Characteristics 

under Cold Start Using In-cylinder 

Visualization 

Organizers: 





A NEW GLOBAL ALGEBRAIC MODEL FOR 

NOx EMISSIONS FORMATION IN POST- 

FLAME GASES - APPLICATION TO LEAN 

PREMIXED COMBUSTION SYSTEMS 

Organizers: 








LLC 

Engine Acoustic Emission Used as a 

Control Input: Applications to Diesel engines 


Jongwon Chung, Namho Kim, Seoul 

National University; Hoimyung Choi, 

Advanced Institutes of Convergence 

Technology; Kyoungdoug Min, Seoul 

National University 



Konstantinos Michos, Ricardo; Georgios 

Bikas, Delphi Deutschland GmbH; Ioannis 

Vlaskos, Ricardo 

Numerical and Experimental Studies 

on Mixture Formation with an Outward- 

Opening Nozzle in a SI Engine with CNG-DI 


Dimitri Seboldt, David Lejsek, Robert Bosch 

GmbH; Marlene Wentsch, Marco Chiodi, 

FKFS; Michael Bargende, Universitat 

Stuttgart 

CFD-Simulation of Ignition and Combustion 

in Lean Burn Gas Engines 

(2016-01-0800) 

Guoqing Xu, Liebherr Machines Bulle SA/ 

LAV, ETHz; Christophe Hanauer, Liebherr 

Machines Bulle SA, Bulle; Yuri M. Wright, 

ETH Zürich/Combustion+FlowSolutions 

GmbH; Konstantinos Boulouchos, ETH 

Zürich 



Fabrizio Ponti, Vittorio Ravaglioli, University 

of Bologna; Federico Stola, Matteo De 

Cesare, Magneti Marelli spa 

A Review of Spark-Ignition Engine Air 

Charge Estimation Methods 

Zhe Wang, Qilun Zhu, Robert Prucka, 

Clemson University 




Organizers: 

Patrick R. Darmstadt, Boeing Vertical 

Lift; Yashodhan V. Joshi, Cummins Inc.; 

Chunhao Lee, General Motors Co.; Brian 

Schneidewind, Toyota Technical Center 

USA Inc. 

Design and Calculating of Relay-Type 

Overrunning Clutch 

Sergei Aliukov, Andrei Keller, Alexander 

Alyukov, South Ural State University 






TIME 





414 B 413 B 414 A 357 

Electric Motor & Power 

Electronics (Part 1 of 3) (PFL740) 

Power electronics and electric motors 

are essential for improving vehicle 

efficiency through drivetrain electrification. 

Technologies that support high efficiency, 

high power density, and low cost motors 

and power modules are required for the 

success of vehicle electrification. 

1:00 p.m. - 5:00 p.m. 

Engine Block, Cylinder Heads, Oil 

& Water Pumps, Intake & Exhaust 


This session describes the design, modeling 

and performance validation of cylinder 

heads, lubrication systems and pumps, 

coolant systems and pumps, intake 

manifolds, exhaust manifolds, and engine 

block structures. 

1:00 p.m. - 4:00 p.m. 


of 5) (PFL320) 











1:00 p.m. - 4:30 p.m. 










1:00 p.m. - 3:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 

John Czubay, General Motors Company; 

Sergey P. Gladyshev; Laura Marlino, Oak 

Ridge National Laboratory; Constantine N. 

Raptis, General Motors Powertrain; Serdar 

Yonak, Ford Motor Company 

Electric Traction Motors for Cadillac CT6 

Plugin Hybrid-Electric Vehicle 

Organizers: 

Dwight Doig, Cummins Inc. 

Carbureted SI Engine Air Flow 

Measurements 

Organizers: 






Chairpersons: 

Tarek Abdel-Salam, East Carolina University; 

Kan Zha, Sandia National Laboratories 

4th Generation Diesel Piezo Injector 

(Realizing Enhanced High Response 

Injector) 


Sinisa Jurkovic, Khwaja M. Rahman, Peter 

Savagian, Robert Dawsey, General Motors 

Co. 

New Slip Ring System for Electromagnetic 

Coupling in HEV Driveline 

Behdad Afkhami, Yu Zhao, Scott Miers, Jon 

loesche, Michigan Technological University 

Transient, Three Dimensional CFD Model of 

the Complete Engine Lubrication System 

Daiji Ueda, Hiroki Tanada, Atsushi 

Utsunomiya, Jyun Kawamura, DENSO 

Corporation; Jost Weber, DENSO 

Automotive Deutschland GmbH 

Experimental Study on Diesel Spray 

Characteristics using Different Ambient 

Gases 


Shu Asami, Takao Watanabe, Toyota 

Central R&D Labs Inc; Satoshi Tominaga, 

Akira Murakami, Toyota Motor Corporation 

Development of High Voltage Wire for New 

Structure Motor in Full Hybrid Vehicle 

Sujan Dhar, Simerics Inc.; Homa Afjeh, 

Caterpillar Inc.; Chiranth Srinivasan, Raj 

Ranganathan, Yu Jiang, Simerics Inc. 

Fretting Analysis of an Engine Bearing Cap 

Using Computer Simulation 

Yanfei Li, Tsinghua University; Haichun Ding, 

Hefei University of Technology; Hengjie 

Guo, Xiao Ma, Daliang Jing, Jian-Xin Wang, 


The Effects of Injection Timing and Duration 

on Jet Penetration and Mixing in Multiple- 

Injection Schedules 


Kiyoshi Ito, Takumi Shibata, Takashi 

Kawasaki, Honda R & D Co. Ltd. 

A Model Based Design Methodology for 

Variable Flux PMSMs to Obtain Desired 

Speed-Torque Characteristics 

Kenji Sato, Takeru Hamakawa, Takeyuki 

Yamasaki, Yoshimichi Ishihara, Hisashi 

Hashimoto, Chao Shi, Hiroaki Haneda, 

Shinichi Takahashi, Honda R&D Co., Ltd.; 

Yoshiyuki Iida, FASOTEC Co., Ltd. 

Modeling Gerotor Oil Pumps in 1D to 

Predict Performance with known Operating 

Clearances 

Meghan J. Borz, Yoontak Kim, Jacqueline 


Evaporation characteristics of n-heptane 

droplet streams in a heated air channel flow 


Kensuke Sasaki, Nissan Motor Co., Ltd.; 

Apoorva Athavale, Brent Gagas, University 

of Wisconsin-Madison, WEMPEC; Takashi 

Fukushige, Takashi Kato, Nissan Motor 

Co., Ltd.; Robert Lorenz, University of 

Wisconsin-Madison, WEMPEC 

Development of Motor Emulator Provided 

with HIL Simulator for Simulation of HEV 

Power Control Unit Current during Vehicle 

Operation 

Jonathan Harrison, Rodrigo Aihara, Gamma 

Technologies Inc.; Fabian Eisele, SHW 

Automotive GmbH 

Experimental Studies of EGR Cooler Fouling 

on a GDI Engine 

Huifeng Gong, Zongjie Hu, Yaozu Zhang, 

Qiong Yang, Liguang Li, Tongji Univ. 

Characteristics of Formaldehyde (CH 2 

O) 

Formation in Dimethyl Ether (DME) Spray 

Combustion Using PLIF Imaging 


Tsuyoshi Iguchi, Honda R&D Co., Ltd. Kwang Hee Yoo, John Hoard, Andre 

Boehman, University of Michigan; Matthew 

Gegich, Benteler Automotive Corp 

Khanh Cung, Xiucheng Zhu, Ahmed 

Abdul Moiz, Seong-Young Lee, Michigan 

Technological Univ.; William De Ojeda, WM 

International Engineering 

Organizers: 








Modelling Analysis of Aftertreatment Inlet 

Temperature Dependence on Exhaust Valve 

and Ports Design Parameters 

José Ramón Serrano, Pedro Piqueras, 

Roberto Navarro, Javier Gómez, Universitat 

Politècnica de València, CMT; Marc Michel, 

Bénédicte Thomas, PSA Peugeot Citroën 

Experimental evaluation of a prototype 

free piston engine linear alternator (FPLA) 

system 

Terry A. Johnson, Michael T. Leick, Sandia 

National Laboratories; Ronald W. Moses 

Development of Free Piston Engine Linear 

Generator SystemPart3 -Novel Control 

Method of Linear Generator for to Improve 

Efficiency and Stability 

Kaznunari Moriya, Shigeaki Goto, Tomoyuki 

Akita, Hidemasa Kosaka, Yoshihiro Hotta, 

Kiyomi Nakakita, Toyota Central R&D Labs 

Inc. 

A Comparative Study of Recent 

Advancements in the Field of Variable 

Compression Ratio Engine Technology. 

Shikhar Asthana, Shubham Bansal, 

Shubham Jaggi, Naveen Kumar, Delhi 


VCR-VVA-high expansion ratio, a very 

effective way to Miller-Atkinson cycle 

Cyrille Constensou, Vincent Collee, MCE-5 

Development 




TIME 





414 B 413 B 414 A 357 










1:00 p.m. - 5:00 p.m. 

Engine Block, Cylinder Heads, Oil 

& Water Pumps, Intake & Exhaust 


This session describes the design, modeling 

and performance validation of cylinder 

heads, lubrication systems and pumps, 

coolant systems and pumps, intake 

manifolds, exhaust manifolds, and engine 

block structures. 

1:00 p.m. - 4:00 p.m. 


of 5) (PFL320) 











1:00 p.m. - 4:30 p.m. 










1:00 p.m. - 3:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 






Electric Motor Design of General Motors 

Chevrolet Bolt Electric Vehicle 

Organizers: 

Dwight Doig, Cummins Inc. 

Thermal Fatigue Accelerated Life-Testing 

and Field Damage Analysis in EGR 


Faizul Momen, Khwaja M. Rahman, Yochan 

Son, Peter Savagian, General Motors Co. 

Analysis of Influence Factors for Partial 

Discharge Inception Voltage between 

Magnet-wires on Rotating Machines 

Julio Carrera, BorgWarner Emissions 

Systems 


Takefumi Kaji, Yuki Amano, Hiromitsu Asai, 

DENSO Corporation 

New-Structure Motor for Full Hybrid Electric 

Vehicle 

(2016-01-1225) 

Masashi Inoue, Hiromitsu Takamatsu, 

Masaki Ogami, Kenta Ninomiya, Kiyoshi Ito, 

Takumi Shibata, Honda R&D Co., Ltd. 







Organizers: 






Chairpersons: 


Kan Zha, Sandia National Laboratories 

An Investigation of Abnormal Spray 

Behaviors of Multi-Hole GDI Injector 

Jianwei Zhou, Tianjin University State Key 

Laboratory; Yanfeng Zhang, Jing Qin, 

Changwen Liu, Tianjin University; Li Wang, 

Tianjin Agricultural University; Xin Han, 

Yiqiang Pei, Tianjin University; Zhang Song 

Zhan, Xuesong Wu, Tie Gang Hu, Xueying 

Su, Chaojun Zhang, Tangming Chen, 

Chongqing Changan Automobile Co., Ltd. 

Effect of pentanol blending with biodiesel on 

spray and atomization characteristics in a 

common-rail fuel injection system 

Ke Yang; Chenglong Tang, Xi’an Jiaotong 

Univ; li guan; Qianqian Li; Zuohua Huang, 

Xi’an Jiaotong Univ 



Organizers: 













TIME 





411 A 412 B 410 B 415 B 



2 of 2) (PFL230) 













1:00 p.m. - 3:30 p.m. 

Models for CI Combustion and 

Emissions (Part 4) (PFL110) 














1:00 p.m. - 5:00 p.m. 
















1:00 p.m. - 4:30 p.m. 



of 2) (PFL262) 













1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 






A Study on In-Cycle Combustion Control for 

Gasoline Controlled Autoignition 

Organizers: 

Michael Bybee, Gamma Technologies 

Inc.; Jan Macek, Czech Technical Univ.; 

Federico Millo, Politecnico di Torino; Christof 

Schernus, FEV GmbH 

Virtual NOx sensor for Transient Operation 

in Light-Duty Diesel Engine 

Organizers: 







Dual Fuel Combustion Study Using 3D 

CFD Tool 


Bastian Lehrheuer, Stefan Pischinger, 

RWTH Aachen University VKA; Maximilian 

Wick, Jakob Andert, RWTH Aachen 

University MSCE; Dirk Berneck, dSPACE 

GmbH; Dennis Ritter, Thivaharan Albin, 

RWTH Aachen University IRT; Matthias 

Thewes, FEV GmbH 

On-board Fuel Tailoring with a Novel 

Catalytic Evaporator for HCCI Combustion 

Seungha Lee, Youngbok Lee, Seoul 

National Univ.; Kyoungchan Han, Kyoung 

Min Lee, Jun Yu, Junyong Lee, Hyundai 

Motor Co.; Kyoungdoug Min, Seoul 

National Univ. 

Investigating Limitations of a Two-Zone NOx 

Model Applied to DI Diesel Combustion 

Using 3-D Modeling 

Zainal Abidin, Radu Florea, Timothy 

Callahan, Southwest Research Institute 

CFD Analysis of Combustion and Knock in 

an Optically Accessible GDI Engine 


Robert Szolak, Eric Alexander Morales 

Wiemer, Fraunhofer Institute ISE; Ivica 

Kraljevic, Fraunhofer Institute ICT; Alexander 

Susdorf, Fraunhofer Institute ISE; Hüseyin 

Karadeniz, Boris Epple, Fraunhofer Institute 

ICT; Florian Rümmele, Achim Schaadt, 

Fraunhofer Institute ISE 

Dilution, thermal and chemical effects of 

carbon dioxide on the two-stage autoignition 

process of n-Heptane 

Chad Koci, Kenth Svensson, Christopher 

Gehrke, Caterpillar Inc. 

Development of Methodology for Predictive 

Diesel Combustion Simulation Using 0D 

Stochastic Reactor Model 

Sebastiano Breda, Alessandro D’Adamo, 

Stefano Fontanesi, Nicola Giovannoni, 

Francesco Testa, Universita degli Studi di 

Modena; Adrian Irimescu, Simona Merola, 

Cinzia Tornatore, Istituto Motori CNR; 

Gerardo Valentino, National Research 

Council of Italy 

A RANS-Based CFD Model to Predict the 

Statistical Occurrence of Knock in Spark- 

Ignition Engines 


Dong Han, Shanghai Jiao Tong Univ.; 

Peng Zhao, Oakland Univ.; Zhen Huang, 

Shanghai Jiao Tong Univ. 

Comparative analysis of particle emission 

with two different injectors in a CAI 2-stroke 

gasoline engine 

Tim Franken, Ford Werke GmbH; Fabian 

Mauss, Brandenburg University of 

Technology 

Application of the SRM Engine Suite over 

the Entire Load-Speed Operation of a U.S. 

EPA Tier 4 Capable IC Engine 

Alessandro D’Adamo, Sebastiano Breda, 

Stefano Fontanesi, Giuseppe Cantore, 

Universita degli Studi Di Modena 

A Computational Study of the Effects of 

Spark Location on the Performance of a 

Turbulent Jet Ignition System 


Vicente Bermudez, Raul Payri, J. Javier 

Lopez, Daniel Campos, CMT Motores 

Termicos Universidad; Gilles Coma, Frederic 

Justet, RENAULT SAS 

Emission Analysis of HCCI Combustion in a 

Diesel Engine Fueled by Butanol 

Guillaume Bernard, Mark Scaife, Caterpillar; 

Amit Bhave, David Ooi, Julian Dizy, CMCL 

Innovations 

Assessment of the Predictive Capabilities 

of a Combustion Model for a Modern 

Common Rail Automotive Diesel Engine 

Bryce Charles Thelen, Elisa Toulson, 

Michigan State University 

CFD Modeling of an Auxiliary Fueled 

Turbulent Jet Ignition System in a Rapid 

Compression Machine 


Kelvin Xie, Tadanori Yanai, Zhenyi Yang, 

Graham Reader, Ming Zheng, University of 

Windsor 

Andrea Piano, Federico Millo, Giulio 

Boccardo, Mahsa Rafigh, Politecnico 

di Torino; Alessandro Gallone, Marcello 

Rimondi, General Motors Powertrain Europe 

Masumeh Gholamisheeri, Bryce Thelen, 

Gerald Gentz, Elisa Toulson, Michigan State 

University 

Organizers: 








Experimental Investigation of Diesel-Ethanol 

Premixed Pilot-Assisted Combustion (PPAC) 

in a High Compression Ratio Engine 

Usman Asad, Ming Zheng, Jimi Tjong, 

University of Windsor 

Characterization of Low Load Ethanol Dual- 

Fuel Combustion using Single and Split 

Diesel Injections on a Heavy-Duty Engine 

Vinícius Pedrozo, Ian May, Hua Zhao, 

Brunel University London 

Investigating Air Handling Requirements of 

High Load Low Speed Reactivity Controlled 

Compression Ignition (RCCI) Combustion 

Chaitanya Kavuri, Sage Kokjohn, University 

of Wisconsin-Madison 

Combustion and Emissions Characteristics 

of Dual Fuel Premixed Charge Compression 

Ignition with Direct Injection of Synthetic FT 

Kerosene produced from Natural Gas and 

Port Fuel Injection of n-Butanol 

Valentin Soloiu, Martin Muinos, Spencer 

Harp, Tyler Naes, Remi Gaubert, Georgia 

Southern University 

Hydrocarbon Speciation of Diesel Ignited 

Ethanol and Butanol Engines 

Shouvik Dev, Prasad Divekar, Tadanori 

Yanai, Xiang Chen, Ming Zheng, University 

of Windsor 




TIME 





411 A 412 B 410 B 415 B 



2 of 2) (PFL230) 













1:00 p.m. - 3:30 p.m. 

Models for CI Combustion and 

Emissions (Part 4) (PFL110) 














1:00 p.m. - 5:00 p.m. 
















1:00 p.m. - 4:30 p.m. 



of 2) (PFL262) 













1:00 p.m. - 4:30 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 








Organizers: 

Michael Bybee, Gamma Technologies 

Inc.; Jan Macek, Czech Technical Univ.; 

Federico Millo, Politecnico di Torino; Christof 

Schernus, FEV GmbH 

Semi-Physical 0D Modeling for Engine-Out 

Soot Emission Prediction in D.I. Diesel 

Engines 

Organizers: 







An Efficient Level-Set Flame Propagation 

Model for Hybrid Unstructured Grids Using 

the G-Equation 


Hassan Karaky, Gilles Mauviot, Renault; 

Xavier Tauzia, Alain Maiboom, Ecole 

Centrale De Nantes 

Particulate Matter Formation Dynamics as 

Investigated by Ultra-Accelerated Quantum 

Chemical Molecular Dynamics Coupled with 

Canonical Monte Carlo Method 

Federico Perini, University of Wisconsin; 

Youngchul Ra, Michigan Technological 

University; Kenji Hiraoka, Kazutoshi 

Nomura, Akihiro Yuuki, Yuji Oda, Mitsubishi 

Heavy Industries Ltd.; Christopher Rutland, 

Rolf Reitz, University of Wisconsin 

High-Fidelity Simulations of Spark-Plug 

Plasma Structure and Dynamics in 

Automotive Internal Combustion Engines 


Akira Miyamoto, Kenji Inaba, Yukiko Obara, 

Yukie Ishizawa, Emi Sato, Mai Sase, Patrick 

Bonnaud, Ryuji Miura, Ai Suzuki, Naoto 

Miyamoto, Nozomu Hatakeyama, Tohoku 

University; Jun Hashimoto, Oita University; 

Kazuhiro Akihama, Nihon University 

Study on ignition delay times and kinetic 

models of oxygenated fuels 

(Oral Only) 

Erjiang Hu, Xi’an Jiaotong Univ. 




Douglas P. Breden, Shankar Mahadevan, 

Esgee Technologies; Laxminarayan Raja, 

Univ. of Texas 




Organizers: 








Numerical Study of the RCCI and HCCI 

Combustion Processes Fuelled with 

Methanol, Ethanol, Butanol and Diesel 

Xian Zou, Hu Wang, Zunqing Zheng, 

Tianjin Unviersity; Rolf Reitz, Unviersity of 

Wisconsin; Mingfa Yao, Tianjin Unviersity 

Numerical Study of Gasoline Homogeneous 

Charge Induced Ignition (HCII) byDiesel 

with a Multi-Component Chemical Kinetic 

Mechanism 

Shuojin Ren, Zhi Wang, Shouzhi Xiang, 

Tsinghua University; Hongxue Zhao, 

Tsinghua University, China Agricultural 

University; Jianxin Wang, Tsinghua 

University 





TIME 




411 B 410 A 

Combustion in Compression-Ignition 

Engines: Fuel/Additive Effects (PFL223) 

Papers focusing on fuel and fuel additive effects on 

classical diesel engine combustion with relatively 

short ignition delay, including papers dealing with 

low compression ratio and high exhaust-gas 

recirculation calibrations. Subject matter may include 

both experimental and simulation results focused 

on oxygenated or bio-derived fuels, alternative 

petroleum formulations, fuel blends, or any other 

fuel-related factors affecting engine performance and 

emissions. 

1:30 p.m. - 4:00 p.m. 


Dilute SI Combustion (Stratified Charge, 

EGR) (PFL216) 

This session focuses on the dilute SI combustion 

processes including lean, stratified, and EGR 

operation. Papers cover both 4-stroke and 2-stroke 

engines characterized by 1) ignition by an external 

energy source that serves to control combustion 

phasing, and 2) a combustion rate that is limited by 

flame propagation. 

3:00 p.m. - 5:00 p.m. 

Organizers: 

Jose M Garcia-Oliver, Universidad Politecnica de 

Valencia; Song-Charng Kong, Iowa State University; 

Robert M. McDavid, Caterpillar Inc.; Mark P. B. 

Musculus, Sandia National Laboratories; Raul Payri, 

Universitat Politecnica de Catalunya; Yongli Qi, 

Caterpillar Inc.; Dale R. Tree, Brigham Young Univ.; 

John F. Wright, Cummins Inc.; Ming Zheng, Univ. of 

Windsor 

Organizers: 

Christopher J. Chadwell, Southwest Research 

Institute; Mark C. Sellnau, Delphi Automotive 

Systems LLC; Brian C. Kaul, Oak Ridge National 

Laboratory; Richard S. Davis, General Motors Co. 

Chairpersons: 

Christopher Chadwell, Southwest Research Institute 

Chairpersons: 

Jeremie Dernotte, Sandia National Laboratories; 

Marko Jeftic, University of Windsor 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Investigation of Fuel Injection Strategies for Direct 

Injection of Neat n-Butanol in a Compression Ignition 

Engine 

(2016-01-0724) 

Tadanori Yanai, Christopher Aversa, Shouvik Dev, 

Graham Reader, Ming Zheng, University of Windsor 

An Experimental Investigation of Alcohol/Diesel Fuel 

Blends on Combustion and Emissions in a Single- 

Cylinder Compression Ignition Engine 

(2016-01-0738) 

Luca Marchitto, Simona Silvia Merola, Cinzia 

Tornatore, Gerardo Valentino, Istituto Motori CNR 

Experimental Investigation and Analysis of 

Combustion Process in a Diesel Engine Fueled with 

Acetone-Butanol-Ethanol/ Diesel Blends 

(2016-01-0737) 

Yilu Lin, Timothy Lee, Karthik Nithyanandan, 

University of Illinois; Jiaxiang Zhang, Xi’an Jiaotong 

University; Yuqiang Li, Central South University; 

Chia-Fon Lee, University of Illinois, Beijing Institute of 

Techechnology 

Influence of Oxygen Enriched Combustion on 

Performance, Emission and Combustion Behaviour 

of a CI Engine Fuelled with Pyro Oil - Diesel Blend 

as Fuel 


Senthilkumar Masimalai, Sasikumar Nandagopal, 

Madras Institute of Technology, Anna University; 

Venkatesan Kuppusamy, SKP Engineering College 

Comparison of Combustion and Emissions 

Properties of Jet-A vs. ULSD in both Indirect and 

Direct Compression Ignition Engines at same IMEP 


Valentin Soloiu, Tyler Naes, Martin Muinos, Spencer 

Harp, Jose Moncada, Remi Gaubert, Gustavo 

Molina, Georgia Southern University 

Planned by Engine Combustion / Powertrain Fuels 


Experimental investigation of the influence of boost 

on combustion and particulate emissions in optical 

and metal SGDI-engines operated in stratified mode 

Anders N. Johansson, Petter Dahlander, Chalmers 

Univ. of Technology 

Effects of Fuel Composition and Simulated Reformate 

on EGR Dilution Tolerance in Spark Ignited Engines 

James P. Szybist, Derek Splitter, Oak Ridge National 

Laboratory 

The Interaction between Fuel Anti-Knock Index 

and Reformation Ratio in an Engine Equipped with 

Dedicated EGR 

(2016-01-0712) 

Terrence Alger, Mark Walls, Christopher Chadwell, 

Shinhyuk Joo, Bradley Denton, Kelsi Kleinow, Dennis 

Robertson, Southwest Research Institute 

Impact of EGR Quality on the Total Inert Dilution Ratio 

(2016-01-0713) 

Terrence Alger, Raphael Gukelberger, Southwest 

Research Institute; Jess Gingrich 





TIME 





410 A 420 B 411 B 415 A 

Abnormal SI Combustion (Knock) 

(PFL213) 



spark knock. Papers cover both 4-stroke 

and 2-stroke engines characterized by 1) 

ignition by an external energy source that 

serves to control combustion phasing, and 

2) a combustion rate that is limited by flame 

propagation. 

8:00 a.m. - 11:00 a.m. 



(PFL710) 






technologies. 

8:00 a.m. - 12:00 p.m. 

Combustion Control and 

Optimization (Part 1 of 2) 

(PFL280) 

This session covers engine combustion 

control and optimization techniques. Topics 

include engine combustion diagnostics 

as specialized for control, control 

methodologies and algorithms, optimization, 

related combustion sensing, etc. 

8:00 a.m. - 11:30 a.m. 
















8:00 a.m. - 10:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 


Institute; John O. Waldman, General 

Motors; Lurun Zhong, Chrysler Group LLC; 

Richard S. Davis, General Motors Co. 

Chairpersons: 


Institute; John Waldman, General Motors 

The Anatomy of Knock 

Organizers: 







Performance Analysis of Multi-Speed 

Torque Coupler for Hybrid Electric Vehicle 

Organizers: 

John R. Bucknell, Michael Prucka, FCA US 

LLC; Robert Gary Prucka, Clemson Univ. 

In-Cycle Knocking Detection and Feedback 

Control Based on In-Cylinder Pressure and 

Ion Current Signal in a GDI Engine 


Jacob McKenzie, Wai K. Cheng, 


Ignition Delay Correlation for Engine 

Operating with Lean and with Rich Fuel-Air 

Mixtures 

Hanqi Yue, Jilin University; Xintian Lu, FAW 

Group Corporation; Xuesong Li, Bingzhao 

Gao, Hong Chen, Jilin University 

Development of Hybrid Powertrain System 

for Small Vehicles 

Yintong Liu, Liguang Li, Haifeng Lu, Jun 

Deng, Zongjie Hu, Tongji University 

Model Predictive Combustion Control 

Implementation Using Parallel Computation 

on an FPGA 

Organizers: 








LLC 

GASTONE: New powertrain concept for 

CNG engines. 

Emilio Navarro-Peris, Estefanía Hervas- 

Blasco, José M. Corberan, Universidad 

Politecnica de Valencia; Alex Rinaldi, CRF 

S.C.p.A. 

Control Strategy Development of Natural 

Gas/Diesel Dual Fuel Engine for Heavy Duty 

Vehicle 


Jacob McKenzie, Wai K. Cheng, MIT Shota Hirose, Akemi Okawa, Kenji Ishida, 

Takahiro Misu, Takeshi Tojo, Aisin Seiki 

Co., Ltd. 

Peter Fussey, Ricardo; David Limebeer, 

University of Oxford 

Long Wang, Zhanming Chen, Bo Yang, Ke 

Zeng, Xi’an Jiaotong University; Kongming 

Zhang, Zebing Jin, Green Energy Hi-tech 

Group Co., Ltd. 

Effect of Heat Release Pattern of Flame 

during Propagation on Auto-ignition 

Process of End-gas 

Development of the Synchronizer-less 

System for HV-AMT 

Control-Oriented Knock Simulation 


Katsuya Matsuura, Honda R&D Co.,Ltd. 

Automobile R&D Center; Keito Nakano, 

Keisuke Shimizu, Norimasa Iida, Keio 

University; Yoshihisa Sato, Honda R&D 

Co.,Ltd. Automobile R&D Center 

The Effect of Combustion Knock on the 

Instantaneous Heat Flux in Spark Ignition 

Engines 

Takashi Iwata, Kyosuke Mori, Taketoki 

Maruyama, Shinobu Nakamura, Yusuke 

Yoshida, Toshihiko Yamanaka, Aisin Seiki 

Co., Ltd. 

Vibration Torque Interception using Multi- 

Functional Electromagnetic Coupling in a 

HEV Drive Line 

James Peyton Jones, Jill M. Spelina, Jesse 

Frey, Villanova University 

Model-Based Optimal Combustion Phasing 

Control Strategy for Spark Ignition Engines 


Johannes Mutzke, Blane Scott, Richard 

Stone, University of Oxford; John Williams, 

BP International Ltd. 

A study of combustion technology for a high 

compression ratio engine: The influence of 

combustion chamber wall temperature on 

knocking 

Takao Watanabe, Toyota Central R&D Labs 

Inc; Tadashi Fujiyoshi, Akira Murakami, 


Technology Choices for Optimizing the 

Performance of Racing Vehicles 

Qilun Zhu, Robert Prucka, Clemson 

University; Shu Wang, Michael Prucka, 

Hussein Dourra, FCA US LLC 

A Real-Time Model for Spark Ignition Engine 

Combustion Phasing Prediction 


Yoshihiro Imaoka, Kiyotaka Shouji, Takao 

Inoue, Toru Noda, Nissan Motor Co., Ltd. 

Federico Bengolea, Stephen Samuel, 

Oxford Brookes University 

Shu Wang, Robert Prucka, Qilun Zhu, 

Clemson University; Michael Prucka, 

Hussein Dourra, FCA US LLC 

Control-Oriented Dynamics Analysis for 

Electrified Turbocharged Diesel Engines 

Dezong Zhao, Edward Winward, Zhijia 

Yang, Loughborough University; John 

Rutledge, Caterpillar Inc.; Richard Stobart, 

Loughborough University 

Calibration Optimization of a Heavy-Duty 

Diesel Engine with GTL Diesel Fuel 

Paul Schaberg, Sasol Energy; Christopher 

Atkinson, Atkinson LLC 

Trade-offs Between Emissions and 

Efficiency for Multiple Injections of Neat 

Biodiesel in a Turbocharged Diesel Engine 

Using an Enhanced PSO-GA Optimization 

Strategy 

Qiang Zhang, Jiangsu University of Sci. and 

Tech.; Ryan M. Ogren, Song-Charng Kong, 

Iowa State University 




TIME 





410 A 420 B 411 B 415 A 

Abnormal SI Combustion (Knock) 

(PFL213) 



spark knock. Papers cover both 4-stroke 

and 2-stroke engines characterized by 1) 

ignition by an external energy source that 

serves to control combustion phasing, and 

2) a combustion rate that is limited by flame 

propagation. 

8:00 a.m. - 11:00 a.m. 



(PFL710) 






technologies. 

8:00 a.m. - 12:00 p.m. 



(PFL280) 







8:00 a.m. - 11:30 a.m. 
















8:00 a.m. - 10:30 a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 


Institute; John O. Waldman, General 

Motors; Lurun Zhong, Chrysler Group LLC; 

Richard S. Davis, General Motors Co. 

Chairpersons: 


Institute; John Waldman, General Motors 

Knock Prediction Using a Simple Model for 

Ignition Delay 

Organizers: 







Impacts of Adding Photovoltaic Solar 

System On-board to Internal Combustion 

Engine Vehicles Towards Meeting 2025 Fuel 

Economy CAFE Standards 


Gautam Kalghatgi, Kai Morganti, Ibrahim 

Algunaibet, Saudi Aramco; Mani Sarathy, 

Kaust; Robert Dibble, KAUST 



Mahmoud Abdelhamid, University of 

California, Merced; Imtiaz Haque, Srikanth 

Pilla, Zoran S. Filipi, Rajendra Singh, 

Clemson University 

Application of PHEV Fractional Utility Factor 

Weighting to EcoCAR On-Road Emissions 

and Energy Consumption Testing 


Trevor Crain, Argonne National Laboratory; 

Thomas Gorgia, Embry Riddle Aeronautical 

University; R. Jesse Alley, Argonne National 

Laboratory 

Conceptualization and Implementation of 

a Dual-Purpose Battery Electric Powertrain 

Concept for an Urban Utility/Activity Vehicle 

(2016-01-1182) 

Andrej Ivanco, Balan Mariappan Selvaraj, 

Kawshik Murali, Arjun Narayanan, Avik 

Sarkar, Aviral Singh, Akshay Soni, Mark 

Benton, Prasanth Muralidharan, Johnell 

Brooks, Paul Venhovens, CU-ICAR; Craig 

Payne, Toyota Technical Center USA, Inc. 




Organizers: 



Automatic Calibration of a Heat Release 

Model Using Nonlinear Estimation Methods 

Gabriel Ingesson, Lund University, Dept 

Automatic Control; Lianhao Yin, Lund 

University, Dept Energy Science; Rolf 

Johansson, Lund University, Dept Automatic 

Control; Per Tunestal, Lund University, Dept 

Energy Science 

Calculation of optimal heat release rate 

under constrained conditions 

Lars Eriksson, Martin Sivertsson, Linkoping 

University 



Organizers: 








LLC 






TIME 

Driveline Controls (PFL640) 





411 C 414 B 411 A 414 A 

This session covers transmission and 

driveline controls. Session will cover topics 

related to controls hardware, controls 

software, and controls integration. 

8:00 a.m. - 10:30 a.m. 










8:00 a.m. - 11:30 a.m. 

Engine Boosting Systems (Part 1 

of 2) (PFL520) 

This session will cover conceptual, 

modeling and experimental studies relating 

to advanced turbochargers/superchargers 

and advanced boosting systems to achieve 

increased power density, better fuel 

economy, and reduced emissions. 

8:00 a.m. - 11:30 p.m. 


of 5) (PFL320) 











8:00 a.m. - 11:30 a.m. 

Organizers: 

Gang Chen, Hussein Dourra, FCA US LLC; 

Craig Renneker 

Organizers: 






Organizers: 

Marcello Canova, Ohio State University; 

Aaron W. Costall, Imperial College London; 

Eric Krivitzky, Concepts NREC 

Organizers: 






Chairpersons: 



8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

An Automotive Clutch Control for Vibration 

Suppression of Dual Clutch Transmissions 

Transmission-Mounted Power Control Unit 

with High Power Density for Two-Motor 

Hybrid System 

Investigation of the Gas Exchange 

(Scavenging) on a Single-Scroll 

Turbocharged Four Cylinder GDI Engine 


Jinsung Kim, Hyundai Motor Company Yukiya Kashimura, Honda R&D Co., Ltd.; 

Yuki Negoro, Keihin Corp 

Estimation of the Clutch Characteristic 

Map for an Automated Wet Friction Clutch 

Transmission 

Next Generation “Voltec”Charging System 

Adalbert Wolany, Universitat Stuttgart; 

Claus Glahn, Development Engineering 

International; Hans-Juergen Berner, FKFS; 

Michael Bargende, Universitat Stuttgart 

Evaluating the Effect of Two-Stage 

Turbocharger Configurations on the 

Perceived Vehicle Acceleration Using 

Numerical Simulation 


Thorsten Arndt, Clausthal University of 

Technology; Alex Tarasow, IAV; Christian 

Bohn, Clausthal University of Technology; 

Guido Wachsmuth, Roland Serway, IAV 

Development of Smart Shift and Drive 

Control System based on the Personal 

Driving Style Adaptation. 

Douglas Cesiel, General Motors Co.; 

Charles Zhu, Delta Products Corp 

Efficiency Improvement of Boost Converter 

for Fuel Cell Bus by Silicon Carbide Diodes 

Jinsuk Kang, Hyundai Motor Company; 

Byungchan Lee, Dohoy Jung, University of 

Michigan-Dearborn 

Comparison of Supercharging Concepts for 

SI Engine Downsizing 


Byeong Wook Jeon, Hyundai Motor 

Company; Sang-Hwan Kim, Univ of Michigan- 

Dearborn; Donghoon Jeong, Joseph Young-il 

Chang, Hyundai Motor Company 

Dynamic Programming-Based Design 

of Shift Scheduling Map Taking into 

Account Clutch Energy Losses During Shift 

Transients 

Toshikazu Sugiura, Atsushi Tanida, 

Kazutaka Tamura, Toyota Motor 

Corporation 

IGBT Gate Control Methods to Reduce 

Electrical Power Losses of Hybrid Vehicles 

Enrico Mattarelli, Carlo Alberto Rinaldini, 

Enrico Agostinelli, Universita di Modena e 

Reggio Emilia 

Comparison of High- and Low-Pressure 

Electric Supercharging of a HDD Engine: 

Steady State and Dynamic Air-Path 

Considerations 

Numerical Investigation of Two-phase Flow 

Evolution of In- and Near-Nozzle Regions 

of a Gasoline Direct Injection Engine During 

Needle Transients 

Kaushik Saha, Sibendu Som, Argonne 

National Laboratory; Michele Battistoni, 

Universita degli Studi di Perugia; Yanheng 

Li, Eric Pomraning, P. K. Senecal, 

Convergent Science Inc. 

Numerical simulations for spray 

characterization of uneven multiple jet-to-jet 

impingement injectors 

Le Zhao; Sanjeet Limbu, Sathya Prasad 

Potham, Seong-Young Lee, Jeffrey Naber, 

Michigan Technological Univ.; Sam Barros, 

William Atkinson, Nostrum Energy LLC 

Experimental and Numerical Analyses of 

Liquid and Spray Penetration under Heavy- 

Duty Diesel Engine Conditions 

Noud Maes, Nico Dam, Bart Somers, 

Eindhoven University of Technology; Tommaso 

Lucchini, Gianluca D’Errico, Politecnico di 

Milano; Gilles Hardy, FPT Industrial 

Numerical Characterization of Biodiesel Fuel 

Spray under Different Ambient and Fuel 

Temperature Conditions Using a Moments 

Spray Model 


Branimir kugor, Joko Deur, University 

of Zagreb; Vladimir Ivanovi, Ford Motor 

Company 

Yosuke Osanai, Masaki Wasekura, Hideo 

Yamawaki, Toyota Motor Corporation; 

Yusuke Shindo, DENSO Corporation 

Rasoul Salehi, Jason Martz, Anna 

Stefanopoulou, University of Michigan; 

Taylor Hansen, Andrew Haughton, 

Controlled Power Technologies, Inc 

Nwabueze Emekwuru, Coventry University 

Influence of an Automatic Transmission with 

a Model Predictive Control and an On- 

Demand Clutch Actuator on Vehicle Fuel 

Consumption 

Verification of Fuel Efficiency Improvement 

by Application of Highly Effective Silicon 

Carbide Power Semiconductor to HV 

Inverter 

Numerical Study of Unsteady Performance 

of a Double-entry Turbocharger Turbine 

under Different A/R Value Conditions 


Thomas Huth, Stefan Pischinger, VKA 

RWTH Aachen University 

Takaoki Ogawa, Atsushi Tanida, Toshifumi 

Yamakawa, Masaki Okamura, Toyota Motor 

Corporation 

Design and Optimization of a 

98%-Efficiency On-Board Level-2 Battery 

Charger Using E-Mode GaN HEMTs for 


Houchuan Fan, Jimin Ni, Tongji University; 

Hang Wang, Zhifu Zhu, Kangyue 

Technology Co Ltd; Yungang Liu, Shandong 

University 

Towards the direct evaluation of turbine 

isentropic efficiency in turbocharger testing 


Hua Bai, Kettering University; Matt 

McAmmond, HELLA; Juncheng Lu, Qi Tian, 

Hui Teng, Kettering University; Alan Brown, 

Hella Electronics Corp. 

Silvia Marelli, Giulio Marmorato, Massimo 

Capobianco, Università Degli Studi di 

Genova; Jean-Maxime Boulanger, CRITT 

M2A 

Large Eddy Simulation of Autoignition 

Transients in a Model Diesel Injector 

Configuration 

Layal Hakim, Guilhem Lacaze, Joseph 

Oefelein, Sandia National Laboratories 

A Sensitivity Analysis for Sparse-Lagrangian 

MMC in Simulations of a n-dodecane 

Reacting Jet 

Fatemeh Salehi, Matthew J. Cleary, Assaad 

R. Masri, The University of Sydney 




TIME 

Driveline Controls (PFL640) 





411 C 414 B 411 A 414 A 


driveline controls. Session will cover topics 

related to controls hardware, controls 

software, and controls integration. 

8:00 a.m. - 10:30 a.m. 










8:00 a.m. - 11:30 a.m. 


of 2) (PFL520) 







8:00 a.m. - 11:30 p.m. 


of 5) (PFL320) 











8:00 a.m. - 11:30 a.m. 

Organizers: 

Gang Chen, Hussein Dourra, FCA US LLC; 

Craig Renneker 

Organizers: 






Organizers: 




Organizers: 






Chairpersons: 



11:00 

a.m. 




Development of Power Control Unit for 

Compact-Class Vehicle 

Experimental study of automotive 

turbocharger turbine performance maps 

extrapolation 


Osamu Kitazawa, Takaji Kikuchi, Masaru 

Nakashima, Yoshiki Tomita, Hajime Kosugi, 

Toyota Motor Corporation; Takahisa 

Kaneko, DENSO Corporation 




Georges Salameh, Pascal Chesse, David 

Chalet, Ecole Centrale De Nantes; Vincent 

Talon, Renault 




Penetration and combustion characterization 

of cavitating and non-cavitating fuel injectors 

under diesel engine conditions 

Fredrik R. Westlye, Technical University of 

Denmark; Michele Battistoni, Universita 

degli Studi di Perugia; Scott A. Skeen, 

Julien Manin, Lyle M. Pickett, Sandia 

National Laboratories; Anders Ivarsson, 

Technical University of Denmark 





TIME 





360 410 B 412 B 415 B 

Holistic Session on Fuel 

Consumption and Fuel Economy 

(Part 1 of 2) (PFL370) 

The focus of this session is the performance 

of integrated vehicle systems and the 

influence of driving styles and drive cycles 

on fuel consumption/economy. This 

will include how integration of vehicle 

components such as the powertrain, 

parasitics, accessories, mass elements, 

aerodynamics, tires, brakes, and hubs 

affect the overall vehicle energy and energy 

conversion efficiency. 

8:00 a.m. - 11:30 a.m. 
















8:00 a.m. - 12:00 p.m. 

Multi-domain Models for 

Mechanical, Fluid, and Thermal 

Engine and Vehicle System (Part 

5) (PFL110) 

This session focuses on modeling the 

performance of complex engine and 

vehicle systems through consideration of 

mechanical, fluid, and thermal effects. 

8:00 a.m. - 9:30 a.m. 

Powertrain Actuators and 

Sensors (Part 1 of 2) (PFL560) 

Topics cover actuator and sensor 


the impact and control of such actuation 

and sensing systems on Powertrain 

thermodynamics, combustion, fuel 

economy, emissions, and performance. 

8:00 a.m. - 11:00 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

Organizers: 

John Thomas, Brian West, Shean Huff, 

Oak Ridge National Laboratory; Gregory 

Pannone, Heidi Schroeder, Novation 

Analytics; James Lyons, Sierra Research 

Inc. 

A Study on High-Accuracy Test Method 

for Fuel Consumption of Heavy-Duty 

Diesel Vehicles Considering the Transient 

Characteristics of Engines 

Organizers: 







CFD Modeling of Spark Ignited Gasoline 

Engines- Part 1: Modeling the Engine under 

Motored and Premixed-Charge Combustion 

Mode 

Organizers: 

Diana Dascalescu, Ricardo; Federico Millo, 

Politecnico di Torino; Christof Schernus, 

FEV GmbH 

Dynamic Model Of A New Powertrain 

Concept Based On Energy Recovery From 

Exhaust Gasses And Kinetic Losses To 

Electrify The Main Auxiliaries Oriented To 

Reduce Fuel Consumption 


Norifumi Mizushima, Kyohei Yamaguchi, 

Daisuke Kawano, Hisakazu Suzuki, Hajime 

Ishii, National Traffic Safety and Environment 

Laboratory 

Technical Approach to Increasing Fuel 

Economy Test Precision with Light Duty 

Vehicles on a Chassis Dynamometer 

Ishan Verma, Eric Bish, Martin Kuntz, Ellen 

Meeks, Karthik Puduppakkam, Chitralkumar 

Naik, Long Liang, ANSYS Inc. 

CFD Modeling of Spark Ignited Gasoline 

Engines- Part 2: Modeling the Engine in 

Direct Injection Mode along with Spray 

Validation 

Estefanía Hervas-Blasco, Emilio Navarro- 

Peris, José Corberan, Universidad 

Politecnica de Valencia; Alex Rinaldi, CRF 

S.C.p.A. 

Numerical and Experimental Assessment of 

a Solenoid Common-Rail Injector Operation 

with Advanced Injection Strategies 


Matthew Blanks, Nathan Forster, Southwest 


On-Road and Dynamometer Evaluation of 

Vehicle Auxiliary Loads 

Ishan Verma, Eric Bish, Martin Kuntz, Ellen 

Meeks, Karthik Puduppakkam, Chitralkumar 

Naik, Long Liang, ANSYS Inc. 

Numerical Investigation of Soot Emission 

in Direct-Injection Spark-Ignition Engines 

Using a Detailed Soot Model Framework 

Andrea Piano, Federico Millo, Politecnico 

di Torino; Lucio Postrioti, Giulia Biscontini, 

Andrea Cavicchi, Università degli Studi 

di Perugia; Francesco Concetto Pesce, 

General Motors Powertrain Europe 

Numerical Simulation of the Warm-Up of a 

Passenger Car Diesel Engine Equipped with 

an Advanced Cooling System 


Richard Barney Carlson, Idaho National 

Laboratory; Jeffrey Wishart, Intertek Testing 

Services NA Inc.; Kevin Stutenberg, 


Achieving Fuel Efficient Vehicles with 

Exciting Driving Attributes 

Joohan Kim, Namho Kim, Kyoungdoug Min, 

Seoul National Univ. 

Soot model calibration based on laser 

extinction measurements 

Federico Millo, Sabino Caputo, Claudio 

Cubito, Politecnico di Torino; Antonella 

Calamiello, Davide Mercuri, Marcello 

Rimondi, General Motors Powertrain Europe 

Organizers: 

Bryon Wasacz, Fiat Chrysler Powertrain 

Performance Validation of Engine Starter 

Utilizing Feed Screw Mechanism 

Isamu Shiotsu, Kisaburo Hayakawa, 

Hiroyuki Nishizawa, Toyota Central R&D 

Labs Inc 

Evaluating the Benefits of On-Board 

Measurement of Ambient Humidity.Part-1: 

Effect on Spark Timing and Combustion 

Efficiency 

Mohannad Hakeem, Gopichandra Surnilla, 

Christopher House, Michael Shelby, Jason 

Williams, William Ruona, Naginder Gogna, 


Evaluating the Benefits of On-board 

Measurement of Ambient Humidity. Part-2: 

Effect on Torque Estimation Accuracy and 

Driveability 

Mohannad Hakeem, Gopichandra Surnilla, 

Michael Shelby, Christopher House, Jason 

Williams, Ford Motor Company 

Intake Oxygen Sensor for EGR 

Measurement 


Erich Ramschak, Erik Bogner, Peter 

Schoeggl, AVL LIST GmbH 

A historical analysis of the co-evolution of 

light-duty fuels and engines 

Alexandros Hatzipanagiotou, Paul Wenzel, 

Christian Krueger, Daimler AG; Raul Payri, 

Jose M. Garcia-Oliver, Walter Vera-Tudela, 

Universitat Politecnica de Valencia; Thomas 

Koch, Karlsruhe Institute of Technology 

Integrated In-Cylinder / CHT Methodology 

for the Simulation of the Engine Thermal 

Field: An Application to High Performance 

Turbocharged DISI Engines 


Derek Splitter, Alexander Pawlowski, Robert 

Wagner, Oak Ridge National Laboratory 

Giuseppe Cicalese, R&D CFD SRL; Fabio 

Berni, Stefano Fontanesi, Universita degli 

Studi di Modena 

Gopichandra Surnilla, Richard Soltis, James 

Hilditch, Christopher House, Timothy Clark, 

Matthew Gerhart, Ford Motor Company 

Comparison of Sensor Sets for Real-Time 

EGR Flow Estimation 

Daniel Pachner, Jaroslav Beran, Honeywell 

Automotive Software 




TIME 





360 410 B 412 B 415 B 



(Part 1 of 2) (PFL370) 











8:00 a.m. - 11:30 a.m. 
















8:00 a.m. - 12:00 p.m. 

Multi-domain Models for 

Mechanical, Fluid, and Thermal 

Engine and Vehicle System (Part 

5) (PFL110) 

This session focuses on modeling the 

performance of complex engine and 

vehicle systems through consideration of 

mechanical, fluid, and thermal effects. 

8:00 a.m. - 9:30 a.m. 

Powertrain Actuators and 

Sensors (Part 1 of 2) (PFL560) 

Topics cover actuator and sensor 


the impact and control of such actuation 

and sensing systems on Powertrain 

thermodynamics, combustion, fuel 

economy, emissions, and performance. 

8:00 a.m. - 11:00 a.m. 

10:30 

a.m. 

11:00 

a.m. 

11:30 

a.m. 

Organizers: 





Inc. 

Comparing the powertrain energy densities 

of electric and gasoline vehicles 

Organizers: 







Cycle-to-Cycle Variations in Multi-Cycle 

Engine RANS Simulations 

Organizers: 

Diana Dascalescu, Ricardo; Federico Millo, 


FEV GmbH 


Ram Vijayagopal, Kevin Gallagher, 

Daeheung Lee, Aymeric Rousseau, 


Optimization Approach to Handle Global 

CO2 Fleet Emission Standards 


Michael Martin, Magna Steyr Engineering 

AG and Co. KG; Arno Eichberger, Eranda 

Dragoti-Cela, Graz University of Technology 



Riccardo Scarcelli, Argonne National 

Laboratory; Keith Richards, Eric Pomraning, 

P. K. Senecal, Convergent Science Inc.; 

Thomas Wallner, James Sevik, Argonne 


Accurate and Dynamic Accounting of Fuel 

Composition in Flame Propagation During 

Engine Simulations 

Karthik V. Puduppakkam, Cheng Wang, 

Devin Hodgson, Chitralkumar Naik, Ellen 

Meeks, ANSYS Inc. 

CFD Modeling of Mixture Preparation and 

Soot Formation in a Downsized Gasoline 

Direct Injection Engine 

(2016-01-0586) 

ZheLin Dong, Shijin Shuai, Zhi Wang, 

Tsinghua Univ.; Hongxue Zhao, Tsinghua 

Univ., China Agricultural Univ. 







Organizers: 


Optimal Development of an Intake Throttle 

LP EGR Valve for Passenger Car Diesel 

Engines 

Sangchul Lee, SeongMin Park, Changsun 

Hwang, Hyundai Motor Co 






TIME 

Powertrain NVH (PFL550) 





413 B 412 A 420 A 412 B 

This session sets out to reflect the recent 

advances on the research, development and 

practices of Powertrain NVH treatment. The 

technical papers are of interest to powertrain 

system designers, testing specialists, 

NVH experts, and other individuals who 

evaluate and develop technologies to control 

powertrain NVH. The coverage includes: 

engine, engine subsystem and components 

noise and vibration; powertrain systems 

noise measurement and instrumentation; 

powertrain systems noise analysis. 

8:00 a.m. - 10:30 a.m. 

Technological Developments in 

China (Part 1 of 2) (PFL180) 

Technical presentation, review and 

investigation focusing on China market, 

including powertrain technology roadmap, 

regulation review, product development 

and localization, off road applications, new 

technology evaluation etc, covering both 

conventional and alternative powertrain 

and other vehicular component and system 

aspects. 

8:00 a.m. - 11:30 a.m. 




conventional compressed hydrogen fueling 

station from simulation and validation 

testing devices; hydrogen fueling station 

standardization as well as the development 

in future hydrogen storage concepts. 

9:00 a.m. - 11:30 a.m. 

Physical Plant Models for 

Controls (Part 6) (PFL110) 



models for simulation of SI and 

CI engines with respect to: engine breathing, 

boosting, and acoustics; SI combustion and 

emissions; CI combustion and emissions; 

fundamentals of engine thermodynamics; 

numerical modeling of gas dynamics; thermal 

management; mechanical and lubrication 

systems; system level models for controls; 

system level models for vehicle fuel economy 

and emissions predictions. 

9:30 a.m. - 11:30 a.m. 

8:00 

a.m. 

8:30 

a.m. 

9:00 

a.m. 

9:30 

a.m. 

10:00 

a.m. 

10:30 

a.m. 

11:00 

a.m. 

Organizers: 

Mikhail A. Ejakov, Ford Motor Company; 

Gang Sheng Chen Sheng, Marshall 

University 

New Approaches for Reducing Crankshaft 

Vibrations in a Lightweight and Fuel-Efficient 

Engine 


Masaya Miyazawa, Kei Mochizuki, Kondo 

Takashi, Honda R&D Co., Ltd. 

Predictive Technique for Forced Vibration in 

Hybrid Transmission 

Organizers: 

Liu Chuanli, General Motors Co.; Liangjun 

Hu, Ford Motor Company; Yiqun Huang, 

Houston Advanced Research Center; Jim 

Li, GM; Feilong Liu, Delphi Corp.; Shouxian 

Ren, General Motors Co. 

Motor Vehicle Pollution Control in China 

The Road Ahead 

Michael P. Walsh, International Council on 

Clean Transportation 

Updating Automotive Emission Regulations 

in China 


Naoki Toyama, Takashi Hoshi, Honda R&D Reggie Zhan, Southwest Research Institute 

Co., Ltd. 

Gear Whine Resolution by Tooth 

Modification and Multi-Body Dynamics 

Analysis 

Catalyst Technologies for Low Temperature 

Emission Control 

Organizers: 



Chairpersons: 


Simulation, Sizing and Analysis of High 

Pressure Hydrogen All Electrochemical 

Decentralized Refueling Station 


Guiping Yue, Wenbo Niu, Jian Zhao, 

Dandan Kong, Yun Li, Hangsheng Hou, 

FAW R&D Center 

Hai-Ying Chen, Johnson Matthey Inc. Hisham Al Ashkar, University Of Applied 

Sciences Esslingen; Ferdinand Panik, 

Waldemar Schneider, Thomas Rohrbach, 

Walter Czarnetzki, University of Applied 

Sciences Esslingen; Sami Karaki, American 

University of Beirut 

Powertrain torsional impact load causes, 

effects and mitigation measures in a mild 

hybrid powertrain 

Aftertreatment Pathways to Meet China 

HDD Emissions Regulations 

Hydrogen Fueling Station and FCEV Fueling 

Process Safety Guideline: ISO TR 19880-1 

Organizers: 

Federico Millo, Politecnico di Torino; Iakovos 

Papadimitriou, Gamma Technologies 

Inc.; Christof Schernus, FEV GmbH; Per 

Tunestal, Lund University 

Crank-angle Resolved Modeling of Fuel 

Injection, Combustion and Emission 

Formation for Engine Optimization and 

Calibration on Real-Time Systems 


Ramachandran Ragupathy, K. Pothiraj, 

C. Chendil, T. Kumar Prasad, Prasanna 

Vasudevan, Mahindra & Mahindra, Ltd. 

Weiyong Tang, Bob Chen, BASF Catalysts 

Co., Ltd.; Kevin Hallstrom, BASF Corporation; 

Ansgar Wille, BASF Catalysts GmbH 


Christoph Poetsch, AVL LIST GmbH; Tomaz 

Katrasnik, University of Ljubljana 

Engine Noise Reduction Using Self-Tuning 

Torsional Vibration Damper 

Low Cost DPF System With Low Energy 

Consumption 

Development of the Hydrogen Station 

Equipment Performance (HyStEP) Device 


George Nerubenko, Nermar, Ltd. Baohua Qi, Qeys Instruments LLC Terry A. Johnson, Sandia National 

Laboratories; Christopher Ainscough, 

Danny Terlip, National Renewable Energy 

Laboratory; Graham Meadows, Liam 

Quinlan, Brad Wong, Powertech Labs 




Model Based Disturbance Rejection Control 

for Engine Combustion 

Hydrogen Storage Engineering Center of 

Excellence Culmination 

Fast Simulation of Wave Action in Engine Air 

Path Systems Using Model Order Reduction 

Stephanie Stockar, Marcello Canova, Ohio 

State University; Baitao Xiao, Wengang Dai, 

Julia Buckland, Ford Motor Company 

Physics-Based Exhaust Pressure and 

Temperature Estimation for Low Pressure 

EGR Control in Turbocharged Gasoline 

Engines 


Hui Xie, Tianjin University Mike Veenstra, Ford Motor Company Konstantinos Siokos, Rohit Koli, Robert 

Prucka, Clemson University; Jason 

Schwanke, Shyam Jade, Robert Bosch LLC 




Cryo-Adsorbent Hydrogen Storage System 

Designs and Prototype Experiments for 

HSECoE 

A Hardware-in-the-Loop (HIL) Bench Test of 

a GT-Power Fast Running Model for Rapid 

Control Prototyping (RCP) Verification 


David A. Tamburello, Martin Sulic, Claudio Hai Wu, Meng-Feng Li, General Motors Co. 

Corgnale, Savannah River National 

Laboratory; Richard Chahine, Universite de 

Quebec; Kevin Drost, Oregon State Univ.; 

Donald Anton, Bruce Hardy, Savannah River 










TIME 

11:00 

a.m. 




410 A 

SI Direct Injection Technology (PFL212) 

Focuses on SI combustion technologies that employ direct, 

in-cylinder fuel injection. Topics of particular interest include incylinder 

fuel injection and spray studies, flow/spray interaction and 

in-cylinder mixture formation studies, and combustion chamber 

shape optimization. Focus includes “stratified” operation or other 

modes enabled by DI hardware, DI-specific emissions issues such 

as particulates and smoke, and technologies enabled by DISI (such 

as downsizing). 

11:00 a.m. - 11:30 a.m. 

Organizers: 

Jianwen Yi, Ford Motor Company; Richard S. Davis, General 

Motors Co. 

Chairpersons: 

John O. Waldman, General Motors LLC 

Investigation of Smoke Emission, Fuel dilution and Pre-ignition In a 

2.0L Turbo-Charged GDI engine 

(2016-01-0698) 

Zheng Xu, Zhou Zhou, Tao Wu, Tong Li, Chuanhui Cheng, SAIC 

Motor Technical Center; Haiting Yin, Shanghai Key Laboratory of 

Automobile Powertrain 

Planned by Engine Combustion / Powertrain Fuels and Lubricants 

Activity 


ENGINES 

Essential events for 

professionals involved with 

engine technologies. 

SAE 2016 Commercial Vehicle Engineering 

Congress 



SAE 2016 Thermal Management Systems 

Symposium 



SAE/JSAE 2016 Small Engine Technology 

Conference & Exhibition 


Charleston, South Carolina, USA 

go.sae.org/engines.events 

P160266 



TIME 





420 A 413 B 411 B 415 A 



This session covers fuel cell 

commercialization targets and advances 

from manufacturers in the first stage of 

series production FCEVs. In addition, there 

are comparative studies and evaluations of 

hybridization in PEM fuel cell systems. 

1:00 p.m. - 5:00 p.m. 

Advanced Vehicle Technology 

Competitions (PFL760) 

The EcoCAR 3 Advanced Vehicle 

Technology Competition, sponsored by 

General Motors and the U.S. Department 

of Energy, tasks university teams with 

designing, implementing and refining 

advanced technology powertrains into 

a conventional Chevrolet Camaro. This 

session presents yearly results from teams 

in the competition, highlighting the entire 

EcoCAR vehicle development process and 

team accomplishments. 

1:00 p.m. - 5:00 p.m. 



(PFL280) 







1:00 p.m. - 2:30 p.m. 
















1:00 p.m. - 3:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 



Chairpersons: 


Fuel Cell Vehicle Technology Targets and 

Market Potential 

Organizers: 

Robert Jesse Alley, Trevor Crain, Argonne 

National Laboratory; Jonathan D. Moore 

Modeling, Simulation and Control 

Development of a Pre-Transmission 

Parallel E85 PHEV for Year-1 of EcoCAR 3 

Competition 

Organizers: 



Indirect estimation of in-cylinder pressure 

through the stress analysis of an engine 

stud 


Marc W. Melaina, Aaron Brooker, Yuche 

Chen, National Renewable Energy 

Laboratory 

A Comparative Analysis for Optimal Control 

of Power Split in a Fuel Cell Hybrid Electric 

Vehicle 

Miriam Di Russo, Zhuoran Zhang, Hao Wu, 

Kathryn della Porta, Jerry C. Ku, Wayne 


Specification of a P3 Parallel Hybrid Electric 

Vehicle Architecture for the EcoCAR 3 

Competition 

Luca Romani, Giulio Lenzi, Univ. of 

Florence; Lorenzo Ferrari, National 

Research Council of Italy; Giovanni Ferrara, 

Univ. of Florence 

Innovative Exergy-Based Combustion 

Phasing Control of IC Engines 


Arya Yazdani, Mehran Bidarvatan, Michigan 


Comparative Study of Degree of 

Hybridization for Fuel Cell/Battery Hybrid 

Electric Vehicle 

Jonathan D. Cox, Michael Leamy, Georgia 


Reducing Effective Vehicle Emissions 

Through the Integration of a Carbon 

Capture and Sequestration System in the 

CSU EcoCAR Vehicle 

Meysam Razmara, Mehran Bidarvatan, 

Mahdi Shahbakhti, Rush Robinett, Michigan 

Technological Univ. 

Identification of Aging Effects in Common 

Rail Diesel Injectors Using Geometric 

Classifiers and Neural Networks 


Ke Song, Wenxu NIU, sheng sun, Tong 

Zhang, Tongji University 

Comparative Analysis of Internal 

Combustion Engine and Fuel Cell Range 

Extender 

Thomas Bradley, Clinton Knackstedt, Eric 

jambor, Colorado State University 

Weight Reduction through the Design and 

Manufacturing of Composite Half-Shafts for 

the EcoCAR 3 

Oliver Hofmann, Peter Strauß, Sebastian 

Schuckert, Benedikt Huber, Daniel Rixen, 

Georg Wachtmeister, Technical University 

of Munich 


Stuart Chubbock, Ralph Clague, Intelligent 

Energy 

Development of the Fuel Cell System in the 

Mirai FCV 


Takahiko Hasegawa, Hiroyuki Imanishi, 

Mitsuhiro Nada, Yoshihiro Ikogi, Toyota 


Eric Jambor, Thomas Bradley, Colorado 


Control Analysis for Efficiency Optimization 

of a High Performance Hybrid Electric 

Vehicle with Both Pre and Post 

Transmission Motors 

Patrick Ellsworth, Roydon Fraser, Michael 

Fowler, Daniel VanLanen, Ben Gaffney, 

Caixia Wang, Trong Shen, Wenhao Wu, 

Paul McInnis, University of Waterloo 

Organizers: 








LLC 

Design Environment for Nonlinear Model 

Predictive Control 

Kevin Walker, Behzad Samadi, Maplesoft; 

Mike Huang, University of Michigan; Jürgen 

Gerhard, Maplesoft; Kenneth Butts, TEMA; 

Ilya Kolmanovsky, University of Michigan 

A Two-Layer Approach for Predictive 

Optimal Cruise Control 

Kai-Lukas Bauer, Porsche AG; Frank 

Gauterin, Karlsruhe Institute of Technology 

Easily Verifiable Adaptive Sliding Mode 

Controller Design with Application to 

Automotive Engines 

Mohammad Reza Amini, Mahdi Shahbakhti, 

Michigan Technological University; J. Karl 

Hedrick, University of California 

ST-Lib: A Library for Specifying and 

Classifying Model Behaviors 

James Kapinski, Xiaoqing Jin, Jyotirmoy 

Deshmukh, TEMA; Alexandre Donze, 

University of California; Tomoya Yamaguchi, 

Toyota Motor Corporation; Hisahiro Ito, 

TEMA; Tomoyuki Kaga, Shunsuke Kobuna, 

Toyota Motor Corporation; Sanjit Seshia, 





TIME 





420 A 413 B 411 B 415 A 



This session covers fuel cell 

commercialization targets and advances 

from manufacturers in the first stage of 

series production FCEVs. In addition, there 

are comparative studies and evaluations of 

hybridization in PEM fuel cell systems. 

1:00 p.m. - 5:00 p.m. 

Advanced Vehicle Technology 

Competitions (PFL760) 

The EcoCAR 3 Advanced Vehicle 

Technology Competition, sponsored by 

General Motors and the U.S. Department 

of Energy, tasks university teams with 

designing, implementing and refining 

advanced technology powertrains into 

a conventional Chevrolet Camaro. This 

session presents yearly results from teams 

in the competition, highlighting the entire 

EcoCAR vehicle development process and 

team accomplishments. 

1:00 p.m. - 5:00 p.m. 



(PFL280) 







1:00 p.m. - 2:30 p.m. 
















1:00 p.m. - 3:00 p.m. 

Organizers: 



Chairpersons: 


Organizers: 

Robert Jesse Alley, Trevor Crain, Argonne 

National Laboratory; Jonathan D. Moore 

Organizers: 



Organizers: 








LLC 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 


Commercialization of Fuel Cell Vehicles and 

Hydrogen Infrastructure 

The first generation of -consumer available- 

Fuel Cell Vehicles have just begun to be 

sold in parts of the US (California and the 

Northeast) in 2015. Though, there are still 

remaining hurdles to be had regarding 

hydrogen infrastructure and cost of the 

technology. 

Moderators - Jesse Schneider, BMW 

Panelists - 

Markus Bachmeier, Linde-gas 

Ralph Clague, Intelligent Energy 

Morry Markowitz, Fuel Cell & Hydrogen 

Energy Association 

Will James, US Dept. of Energy 

Christian Mohrdieck, Daimler 

Takashi Moriya, Honda R&D Co., Ltd. 

Development of the Design of a Plug-in 

Hybrid-Electric Vehicle for the EcoCAR 3 

Competition 

(2016-01-1257) 

Sam Yacinthe, Arjun Khanna, Jason Ward, 

M.J. Yatsko, Shawn Midlam-Mohler, Ohio 


Model and Controls Development of a 

Post-Transmission PHEV for the EcoCAR 3 

Competition 

(2016-01-1252) 

Arjun Khanna, Sam Yacinthe, Jason Ward, 

M.J. Yatsko, Shawn Midlam-Mohler, Ohio 


Control Strategy for Parallel Post- 

Transmission Rear Wheel Drive Architecture 

(2016-01-1249) 

Khashayar Olia, David Blekhman, California 

State Univ-Los Angeles 














TIME 





413 A 411 C 414 B 411 A 

Controls for Hybrids and Electric 

Powertrains (PFL750) 

This session covers powertrain control 

processes related to achieving stringent 

market fuel economy, emissions, 


demands of hybrid and electric powertrains. 



supporting electromechanical subsystems 

related to energy management. 

1:00 p.m. - 5:30 p.m. 

Driveline Modeling (PFL680) 


driveline modeling, including topics related 

to transmission hardware, software, and 

system integration. 

1:00 p.m. - 4:30 p.m. 










1:00 p.m. - 2:30 p.m. 


of 2) (PFL520) 







1:00 p.m. - 4:30 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

Organizers: 

Dohoy Jung, Univ. of Michigan-Dearborn; 

Jason McConnell, IAV Automotive 

Engineering Inc.; Bin Wu, Mercedes Benz 

R&D North America 

The Effect of Hill Planning and Route Type 

Identification Prediction Signal Quality on 

Hybrid Vehicle Fuel Economy 

Organizers: 

Dongxu Li, Thomas Martin, General Motors 

Co.; David Popejoy, Ford Motor Company 

Investigating the Effect of Advanced 

Automatic Transmissions on Fuel 

Consumption Using Vehicle Testing and 

Modeling 

Organizers: 






Optimal design of switching frequency 

based on loss of PMSM and inverter used 

in vehicle 


Zachary D. Asher, Thomas Cummings, 

Thomas H. Bradley, Colorado State 

University 

Development of battery/supercapacitor 

hybrid energy management system for 

electric vehicles based on a power sharing 

strategy using terrain information 

Andrew Moskalik, Aaron Hula, Daniel Barba, 

John Kargul, US Environmental Protection 

Agency 

Modeling of a Conventional Mid-Size Car 

with CVT Using ALPHA and Comparable 

Powertrain Technologies 

Peng Yi, Zechang Sun, Xinjian Wang, Tongji 

University 

Lifetime Prediction of IGBTs in Vehicle 

Power Electronics Modules Using Active 

Power Cycling Testing 


Zhang Qiao, Weiwen Deng, Jian Wu, Feng 

Ju, Jingshan Li, Jilin University 

Optimization Energy Management Strategy 

of Plug-In Hybrid Electric City Bus Based on 

Driving Cycle Prediction 

Kevin A. Newman, Mark Doorlag, Daniel 

Barba, US Environmental Protection Agency 

Modeling the Effects of Transmission Gear 

Count, Ratio Progression, and Final Drive 

Ratio on Fuel Economy and Performance 

Using ALPHA 

Joe Proulx, Weikun-Jimmy He, Zoltan 

Sarkany, Mentor Graphics Corporation 

A Study on Dynamic Torque Cancellation in 

a Range Extender Unit 


Denggao Huang, Hui Xie, Shuo Xiong, 

Tianjin Univ; Tielong Shen, Sophia Univ; Sun 

Qiang, State Key Lab Of Engines; Ruichang 

Zhang, Tianjin Univ 

A History-Based Load Requirement 

Prediction Algorithm for Predictive Hybridand 

Thermal Operation Strategies 

Kevin A. Newman, Paul Dekraker, US 

Environmental Protection Agency 

Comparison of Parameter-Identified 

Simulation Models with Different Detailing 

Level to Reproduce the Side Shaft Torque 

of an Automotive Powertrain with Automatic 

Transmission 

Dian Liu, Leon Rodrigues, Chris Brace, 

Sam Akehurst, University of Bath; Gary 

Kirkpatrick, Tata Motors European Technical 

Centre; Lloyd Ash, Ashwoods Automotive 


Paul Karoshi, Karin Tieber, Christopher 

Kneissl, Georg Peneder, Harald Kraus, 

Martin Hofstetter, Jurgen Fabian, Martin 

Ackerl, Graz University of Technology 

Optimal Control of Intergrated Starter and 

Generator for Maximum Energy Recovery 

during Engine Stop Transition in Hybrid 


Leonard Yousif, Ivan Rot, Stephan 

Rinderknecht, TU Darmstadt 

Bond Graph Analysis of Automatic 

Transmission Shifts including Potential of 

Extra Clutch Control 


Sangjoon Kim, Hyundai Motor Co.; Kwang 

Sik Chung, Korea National Open University; 

Sungdeok Kim, Kyuhwan Jo, Hyundai 

Motor Co. 

Optimal Control of a Diesel-Electric 

Powertrain During an Up-Shift 

Vanja Ranogajec, Joko Deur, Mirko Coric, 

Univ of Zagreb 

Multi-phase simulation for studying the 

effect of different groove profiles on the 

drag torque characteristics of transmission 

wet clutch 


Vaheed Nezhadali, Lars Eriksson, Linköping 

University 

Syeda Faria Mahmud, Shahjada A. Pahlovy, 

Masamitsu Kubota, Makoto Ogawa, Norio 

Takakura, Dynax Corporation 

Organizers: 




Experimental and Numerical Analysis of 

Mechanical Friction Losses in Automotive 

Turbochargers for Automotive Application 

Silvia Marelli, Simone Gandolfi, Massimo 

Capobianco, Universita Degli Studi di 

Genova 

Determination and Representation of 

Turbocharger Thermodynamic Efficiencies 

Jan Macek, Oldrich Vitek, Czech Technical 

University in Prague 

Effectiveness of Swirl-Vanes Upstream of 

Casing-Treatment at the Compressor Inlet in 

Automotive Turbochargers 

Ahsanul Karim, Anthony Morelli, Keith 

Miazgowicz, Brian Lizotte, Robert Wade, 


Analysis of the Turbocharger Compressor 

Surge Margin Using a Hurst-Exponentbased 

Criterion 

Bertrand Kerres, Vineeth Nair, Andreas 

Cronhjort, Mihai Mihaescu, KTH Royal 


Compressor Flow Extrapolation and Library 

Design for the Modelica Vehicle Propulsion 

Library - VehProLib 

Lars Eriksson, Vaheed Nezhadali, Conny 

Andersson, Linkoping University 

Developing a performance specification for 

an electric supercharger to satisfy a range 

of downsized gasoline engine applications 

Hiep Hoang Tran, Bryn Richard, Kevin 

Gray, Aeristech Limited; Jonathon M. Hall, 

Michael Bassett, Mahle Powertrain, Ltd. 




TIME 





413 A 411 C 414 B 411 A 

Controls for Hybrids and Electric 

Powertrains (PFL750) 

This session covers powertrain control 

processes related to achieving stringent 

market fuel economy, emissions, 


demands of hybrid and electric powertrains. 



supporting electromechanical subsystems 

related to energy management. 

1:00 p.m. - 5:30 p.m. 

Driveline Modeling (PFL680) 


driveline modeling, including topics related 

to transmission hardware, software, and 

system integration. 

1:00 p.m. - 4:30 p.m. 










1:00 p.m. - 2:30 p.m. 


of 2) (PFL520) 







1:00 p.m. - 4:30 p.m. 

4:00 

p.m. 

4:30 

p.m. 

5:00 

p.m. 

Organizers: 

Dohoy Jung, Univ. of Michigan-Dearborn; 

Jason McConnell, IAV Automotive 

Engineering Inc.; Bin Wu, Mercedes Benz 

R&D North America 

An Unsupervised Machine-Learning 

Technique for the Definition of a Rule-Based 

Control Strategy in a Complex HEV 

Organizers: 

Dongxu Li, Thomas Martin, General Motors 

Co.; David Popejoy, Ford Motor Company 

Performance Evaluation Approach 

Improvement for Individualized Gearshift 

Schedule Optimization 

Organizers: 







Roberto Finesso, Ezio Spessa, Mattia 

Venditti, Politecnico di Torino 

Optimal Supervisory Control of the Series 

HEV with Consideration of Temperature 

Effects on Battery Fading and Cooling Loss 

(2016-01-1239) 

Xueyu Zhang, Zoran Filipi, Clemson-ICAR 

Development of output voltage adjusting 

control based on ADAS map information in 

low-voltage DC/DC converter system for 

HEV fuel efficiency 

(2016-01-1236) 

Jun Yeon PARK, Hojoong Lee, Hyundai 

Motor Company 




Xiaofeng Yin, State Key Lab of ASC; Xihua 

Univ; Han Lu, Panzhihua Univ; Xiaojuan 

Zhao, Nanjing Bright City Information Co., 

Ltd; Xiaohua Wu, Yongtong Zhang, Xihua 

Univ 







Organizers: 




Research on Effect of Wastegate Diameter 

on Turbocharged Gasoline Engine 

Performance 

Qinqing Chen, Jimin Ni, Xiuyong Shi, Qiwei 

Wang, Qi Chen, Si Liu, Tongji University 






TIME 





414 A 412 B 360 410 B 


of 5) (PFL320) 











1:00 p.m. - 4:30 p.m. 

General Thermodynamics & 

Fundamentals (Part 7) (PFL110) 














1:00 p.m. - 3:00 p.m. 



(Part 2 of 2) (PFL370) 











1:00 p.m. - 4:00 p.m. 
















1:00 p.m. - 5:00 p.m. 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

Organizers: 






Chairpersons: 

Michele Battistoni, Universita degli Studi di 

Perugia; Sibendu Som, Argonne National 

Laboratory 

Characterization of Internal Flow and Spray 

Behaviors of Hole-Type Nozzle under Tiny 

and Normal Injection Quantity Conditions for 

Diesel Engine 

Organizers: 

Matthias Budde, BorgWarner Automotive 

Europe; Kevin L. Hoag, Southwest 

Research Institute; Federico Millo, 


FEV GmbH 

First and Second Law Heat Release 

Analysis in a Single Cylinder Engine 

Organizers: 





Inc. 

Analytic Model of Powertrain Drive Cycle 

Efficiency, with Application to the US New 

Vehicle Fleet 

Organizers: 







Numerical Simulations of a GDI Engine Flow 

Using LES and POD 


PengBo Dong, Keiya Nishida, Takuya Inaba, 

Youichi Ogata, University of Hiroshima 

Jonathan M. S. Mattson, Christopher 

Depcik, University of Kansas 

Patrick Phlips, Ford Motor Company Nicholas J. Beavis, Salah S. Ibrahim, 

Weeratunge Malalasekera, Loughborough 

University 

Disintegration Mechanisms of Intermittent 

Liquid Jets 

Effects of Variable Piston Trajectory 

on Indicated Efficiency Using a Quasi- 

Dimensional Spark-Ignition Model and 

Genetic Algorithm Optimization 

Vehicle Tractive Energy Load Reduction 

Potential for Reducing Fuel Consumption 

and CO2 Emissions 


Alexander Nygaard, Mireia Altimira, Lisa 

Prahl Wittberg, Laszlo Fuchs, Royal Institute 

of Technology 

Effects of Numerical Schemes on Large 

Eddy Simulation of Turbulent Planar Gas Jet 

and Diesel Spray 

Henry McCabe, William F. Northrop, James 

Van de Ven, University of Minnesota 

Resonance of a Spring Opposed Free 

Piston Engine Device 

Gregory Pannone, Heidi Schroeder, 

Novation Analytics 

Vehicle Efficiency and Tractive Work: 

Rate of Change for the Past Decade and 

Accelerated Progress Required for U.S. Fuel 

Economy and CO 2 

Regulations 


Chi-Wei Tsang, Christopher Rutland, Univ. 

of Wisconsin Madison 

A Detailed Computational Analysis of 

Cavitating and Non-Cavitating High 

Pressure Diesel Injectors 

Matthew C. Robinson, Nigel N. Clark, Parviz 

Famouri, West Virginia University 

Effect of Combustion Timing and Heat Loss 

on Spring-Assisted Linear Engine Translator 

Motion 

John Thomas, Oak Ridge National 

Laboratory 

Fuel Efficiency Estimates for Future Light 

Duty Vehicles, Part A: Engine Technology 

and Efficiency 


Saeed Jahangirian, Aleksandra Egelja, 

Huiying Li, ANSYS Inc. 

Spray Modeling for Outwardly-Opening 

Hollow-Cone Injector 

Matthew C. Robinson, Nigel N. Clark, West 

Virginia University 

Robert J. Middleton, Omnaath Guptha 

Harihara Gupta, Han-Yuan Chang, George 

Lavoie, Jason Martz, Univ. of Michigan 

Fuel Efficiency Estimates for Future 

Light Duty Vehicles, Part B: Powertrain 

Technology and Drive Cycle Fuel Economy 


Jaeheon Sim, KAUST; Jihad Badra, Saudi 

Aramco; Ahmed Elwardany, Hong Im, 

KAUST 

Robert J. Middleton, Omnaath Guptha 

Harihara Gupta, Han-Yuan Chang, George 

Lavoie, Jason Martz, Univ. of Michigan 

Computing Statistical Averages from Large 

Eddy Simulation of Spray Flames 

Muhsin M. Ameen, Yuanjiang Pei, Sibendu 

Som, Argonne National Laboratory 

A Zonal Turbulence Modeling Approach for 

ICE Flow Simulation 

Vesselin Krassimirov Krastev, University of 

Tuscia; Gino Bella, University of Rome “Tor 

Vergata” 

Natural Gas Partially Stratified Charge 

combustion: an analysis of Turbulence 

Impact on Flame Propagation 

Lorenzo Bartolucci, Stefano Cordiner, 

Vincenzo Mulone, Vittorio Rocco, University 

of Rome Tor Vergata; Edward Chan, 

University of British Columbia 

Numerical Investigation of Spark Ignition 

Events in Lean and Dilute Methane/Air 

Mixtures Using a Detailed Energy Deposition 

Model 

Anqi Zhang, Riccardo Scarcelli, Argonne 

National Laboratory; Seong-Young Lee, 

Michigan Technological University; Thomas 

Wallner, Argonne National Laboratory; 

Jeffrey Naber, Michigan Technological 

University 




TIME 





414 A 412 B 360 410 B 


of 5) (PFL320) 











1:00 p.m. - 4:30 p.m. 

General Thermodynamics & 

Fundamentals (Part 7) (PFL110) 














1:00 p.m. - 3:00 p.m. 



(Part 2 of 2) (PFL370) 











1:00 p.m. - 4:00 p.m. 
















1:00 p.m. - 5:00 p.m. 

3:30 

p.m. 

4:00 

p.m. 

4:30 

p.m. 

Organizers: 






Chairpersons: 

Michele Battistoni, Universita degli Studi di 

Perugia; Sibendu Som, Argonne National 

Laboratory 

An Experimental and Numerical 

Investigation of GDI Spray Impact over 

Walls at Different Temperatures 

Organizers: 

Matthias Budde, BorgWarner Automotive 

Europe; Kevin L. Hoag, Southwest 

Research Institute; Federico Millo, 


FEV GmbH 

Organizers: 





Inc. 

Estimating GHG Reduction from 

Combinations of Current Best-Available and 

Future Powertrain and Vehicle Technologies 

for a Midsized Car Using EPAs ALPHA 

Model 


Francesco Catapano, Michela Costa, Guido 

Marseglia, Paolo Sementa, Istituto Motori 

CNR; Ugo Sorge, AVL Italia SRL; Bianca 

Maria Vaglieco, Istituto Motori CNR 

Investigation of multi hole colliding jet 

high pressure spray characteristics under 

Gasoline Engine Conditions 

John Kargul, Andrew Moskalik, Daniel 

Barba, Kevin Newman, Paul Dekraker, US 

Environmental Protection Agency 


Le Zhao; Ahmed Abdul Moiz, Seong-Young 

Lee, Jeffrey Naber, Michigan Technological 

University; Sam Barros, William Atkinson, 

Nostrum Energy LLC 








Organizers: 







Development of CFD Inverse Analysis 

Technology Using the Transient Adjoint 

Method and Its Application to Engine In- 

Cylinder Flow 

Masato Kubota, Shigefumi Tokuda, Yasushi 

Noguchi, Toyota Motor Corporation 

Scale-Resolving Simulations of the Flow in 

Intake Port Geometries 

Branislav Basara, Andrej Poredos, Primos 

Gorensek, AVL List GmbH 

Port Design for Charge Motion Improvement 

within the Cylinder 

(2016-01-0600) 

Zainal Abidin, Kevin Hoag, Douglas Mckee, 

Nicholas Badain, Southwest Research 

Institute 






TIME 





415 B 410 A 412 A 

Powertrain Actuators and Sensors (Part 

2 of 2) (PFL560) 

Topics cover actuator and sensor mechanisms, 

devices, and systems; and the impact and control of 

such actuation and sensing systems on Powertrain 

thermodynamics, combustion, fuel economy, 

emissions, and performance. 

1:00 p.m. - 3:30 p.m. 

SI Combustion Ignition (PFL215) 

This session focuses on the SI combustion 

ignition process and advanced ignition systems. 

Papers cover both 4-stroke and 2-stroke engines 

characterized by 1) ignition by an external energy 

source that serves to control combustion phasing, 

and 2) a combustion rate that is limited by flame 

propagation. 

1:00 p.m. - 4:30 p.m. 

Technological Developments in China 

(Part 2 of 2) (PFL180) 

Technical presentation, review and investigation 

focusing on China market, including powertrain 

technology roadmap, regulation review, product 

development and localization, off road applications, 

new technology evaluation etc, covering both 

conventional and alternative powertrain and other 

vehicular component and system aspects. 

1:00 p.m. - 4:00 p.m. 

Organizers: 


Organizers: 

William P. Attard, Fiat Chrysler Automobiles; Thomas 

Edward Briggs, Southwest Research Institute; 

Simona Silvia Merola, Istituto Motori CNR; Richard S. 

Davis, General Motors Co. 

Organizers: 

Liu Chuanli, General Motors Co.; Liangjun Hu, Ford 

Motor Company; Yiqun Huang, Houston Advanced 

Research Center; Jim Li, GM; Feilong Liu, Delphi 

Corp.; Shouxian Ren, General Motors Co. 

Chairpersons: 

William Attard, Fiat Chrysler Automobiles; Thomas 

Edward Briggs, Southwest Research Institute; 

Simona Merola, Istituto Motori CNR 

1:00 

p.m. 

1:30 

p.m. 

2:00 

p.m. 

2:30 

p.m. 

3:00 

p.m. 

3:30 

p.m. 

4:00 

p.m. 

Evaluation and Modeling of Rotor Position Sensor 

Characteristics for Electric Traction Motors 

Distributed Electrical Discharge to Improve the 

Ignition of Premixed Turbulence Mixtures 

Overlook of China Auto Industry 


Jens Gaechter, Mario Hirz, Graz University of Shui Yu, Meiping Wang, Ming Zheng, Univ. of Fuquan Zhao, Tsinghua Univ. 

Technology 

Windsor 

Methodology for Fast Crank Angle based 

Temperature Measurement 

Investigation of Alternative Ignition System Effects on 

EGR Dilution in a Turbocharged Homogeneous Direct 

Injected Spark Ignited Engine 

The development of Gasoline Engines at SAIC 

Motors 


Peter Schaal, Byron Mason, Sotiris Filippou, Ioannis 

Souflas, Loughborough University; Mark Cary, Ford 

Motor Company 

Matthew Bresler, William Attard, Ronald Reese, FCA 

US LLC 

Zheng Xu, SAIC Motor Corporation Ltd, 

Torque Estimation based Virtual Crank Angle Sensor 

Experimental Studies of a Liquid Propane Auxiliary 

Fueled Turbulent Jet Igniter in a Rapid Compression 

Machine 


Tobias Rosvall, KTH Royal Institute of Technology; 

Ola Stenlaas, Scania CV AB 

Development of a Device that Detects Knocking by 

Analyzing Engine Radiation noise 

Gerald R. Gentz, Elisa Toulson, Michigan State 

University 

Plasma Assisted Ignition Effects on a DISI Engine 

Fueled with Gasoline and Butanol under Lean 

Conditions and with EGR 


Masayoshi Otaka, Taro Kasahara, Kenichi Komaba, 

Ono Sokki Co., Ltd. 

Tools for Comparing Knock Signals from Multiple 

Transducer Types 

Adrian Irimescu, Simona Silvia Merola, Cinzia 

Tornatore, Gerardo Valentino, Istituto Motori CNR; 

Alberto Grimaldi, Eugenio Carugati, Stefano Silva, 

Eldor Corporation Spa 

The Effect of High-Power Capacitive Spark Discharge 

on the Ignition and Flame Propagation in a Lean and 

Diluted Cylinder Charge 

Highly Turbocharged Gasoline Engine and Rapid 

Compression Machine Studies of Super-Knock 

Hui Liu, Zhi Wang, Tsinghua University; Margaret 

Wooldridge, Mohammad Fatouraie, University of 

Michigan; Zhichao Jia, Chery Automobile Co., Ltd.; 

Yunliang Qi, Xin He, Tsinghua University; Mengke 

Wang, Chery Automobile Co., Ltd.; Jian-Xin Wang, 


The Opposed-Piston Opposed-Cylinder (OPOC) 

Engine and Applications in China - Opportunities and 

Challenges 

Rong Chen, Yuexin Huang, EcoMotors International, 

Inc. 

Trends of Automotive Fuel Systems 


Arsham J. Shahlari, University of Wisconsin Madison; 

Jaal Ghandhi, Univ of Wisconsin Madison 

Shui Yu, Kelvin Xie, Xiao Yu, Xiaoye Han, Univ. of 

Windsor; Liguang Li, Tongji Univ.; Mengzhu Liu, 

Tongxin Auto Parts Ltd.; Jimi Tjong, Ming Zheng, 


Xiaojian Tao, Southwest Research Institute 

Planned by New Engines, Components, Actuators 

and Sensors / Powertrain Fuels and Lubricants 

Activity 

Sub-200 g/kWh BSFC on a Light Duty Gasoline 

Engine 

Integrated Simulation Approach for System 

Architecture Design for xEV 


Michael Bunce, Hugh Blaxill, MAHLE Powertrain LLC Felipe Vilhena Brandao, Ricardo 

Optical Investigation on a Mulitple Spark Ignition 

System for Lean Engine Operation 

(2016-01-0711) 

Claudio Poggiani; Alessandro Cimarello, Michele 

Battistoni, Carlo N. Grimaldi, Universita degli Studi 

di Perugia; Massimo A. Dal Re, Federal-Mogul 

Powertrain; Matteo De Cesare, Magneti Marelli 








PROPULSION/POWERTRAIN EXHIBITORS 

Advanced Engine Dynamics.................... 515 

AdvanTech International...........................334 

Applus IDIADA............................................. 935 

Argonne National Laboratory................ 822 

AVL....................................................................801 

Berghof Automation GmbH.................... 703 

Cambustion...................................................906 

Camcraft....................................................... 1344 

Clean Combustion Engine Laboratory, 

Univ of Windsor......................................1234 

Concepts NREC............................................ 624 

Controlled Power Technologies............1037 

Convergent Science Inc............................ 543 

Co-Optimization of Fuels and Engines.723 

Cradle North America Inc....................... 600 

CY Myutec Co................................................316 

Daiichi Seiko Co Ltd....................................607 

dauntless.io................................................ 302P 

DeltaWing Technologies Group.............530 


(DEP) Inc.....................................................1216 

DfR Solutions.................................................1117 

dSpace.............................................................. 815 

Dynacast.........................................................606 

EDAG Inc.........................................................929 

Engine Lab...................................................... 716 

ESTECO...........................................................429 

FEV North America, Inc............................. 915 

ForceBeyond Inc.......................................... 529 


GmbH..........................................................1229 

Gamma Technologies Inc.......................... 615 

Gebauer & Griller Kabelwerke 

GmbH..........................................................1328 

Impro Industries USA Inc.......................1050 

Indo-MIM (P) Ltd......................................... 528 

Integral Technology Co Ltd....................1342 

JATCO USA Inc............................................. 923 

Jiangsu Enda General Equipment 

Co Ltd...........................................................202 

Jing-Jin Electric........................................... 322 

Jilin Province Axle Auto 

Components&Part...................................204 

KCI................................................................... 1029 

Kienle + Spiess GmbH..............................1343 

Korea Powder Metallurgy Co LTD..........314 

LaVision Inc.................................................... 701 

Melecs EWS GmbH....................................1334 

Metal Powder Products............................506 

Mirae Seal Tech Co Ltd.................................117 

Mississippi State Univ.................................149 

Nautilus Engineering................................... 417 

NTN Automotive Center...........................449 

Oak Ridge National Laboratory............. 623 

Ohdae Metal Co Ltd.................................... 216 

Origin Electric America Co Ltd...............1116 


Laboratory................................................. 623 

Programming Research Inc.....................508 

Quantum Evm Limited............................1048 

Rausch & Pausch LP..................................1336 

Sandvik Materials Technology................ 435 

Sekisui S-LEC America LLC.....................1125 

SEOHAN.........................................................309 

Seojin Automotive Co Ltd.......................... 115 

Shilla Industrial Co Ltd...............................310 

Shinhan Precision Ind Co Ltd..................209 

Shinpyung Industry Co Ltd....................... 215 

SIMERICS Inc..................................................514 

Sindo High Tech...........................................308 

SPAL USA.......................................................408 

Synergeering Group, LLC.........................807 

The Lee Company....................................... 522 

Tianjin Tanhas Technology Co Ltd......... 451 

Trensor LLC....................................................1315 

Truwin...............................................................210 

Youngshin Precision Co Ltd.....................208 

Yutaka Giken Co Ltd...................................1414 

Zeiss Industrial Metrology..................... 305P 






PARTICIPANTS INDEX 

A 

Abbas,Houssam.........................................65 

Abbott,Tim................................................. 145 

Abdelaziz,Mohamed..................................55 

Abdelaziz,Omar....................................72, 77 

Abdelhamid,Mahmoud........................... 158 

Abdel-Rahman,Abdalla.............................31 

Abdel-Rehim,Ahmed A....................111, 130 

Abdel-Salam,Tarek...........................152, 159 

Abdel-Salam,Tarek M...... 131, 135, 139, 143, 

..................................................... 152, 159, 169 

Abdullah,Marwan..................................... 138 

AbdulNour,Bashar................. 72, 74, 77, 80 

Abdussalam,Mohammed.......................144 

Abed,Ghassan............................................ 118 

Abe,Kenji..................................................... 116 

Abidin,Zainal.............................146, 154, 170 

Åbom,Mats..................................................82 

Abro,Lauren............................................... 112 

Abu-Farha,Fadi.......... 108, 109, 110, 111, 113, 

.......................................................118, 121, 122 

Achtenova,Gabriela................................. 139 

Ackerl,Martin............................................. 167 

Ackley,Robert...................................... 39, 43 

Acosta,Ricardo......................................... 148 

Adachi,Shuichi...........................................133 

Adams,Curtis G...........................................99 

Adelman,Brad...................................... 77, 80 

Adelman,Steven......................................... 77 

Ademuwagun,Ayse D.............................. 120 

Adeniran,Olusanmi.................................. 142 

Adlam,Arthur..............................................95 

Adlercreutz,Ludvig.................................. 145 

Adomeit,Philipp.........................................72 

Afjeh,Homa................................................152 

Afkhami,Behdad.......................................152 

Agarwal,Ashwini...................................... 146 

Agarwal,Avinash Kumar...........................79 

Agarwal,Jatin.............................................. 77 

Agelin-Chaab,Martin..................................31 

Agostinelli,Enrico..................................... 159 

Ahari,Homayoun............. 72, 75, 76, 78, 80 

Ahmad,Suleman.......................................108 

Ahmed,Ahfaz............................................144 

Ahn,Byung Ki............................................ 148 

Aich,Sudipto................................................45 

Aiello,M. Anthony.......................................65 

Aihara,Rodrigo..........................................152 

Ainscough,Christopher........................... 163 

airplanes................................................53, 60 

Aizawa,Tets.................................................133 

Ajayi,Oyelayo............................................ 142 

Akahori,Minoru.......................................... 113 

Akehurst,Sam...................................146, 167 

Akieda,Saneaki...........................................72 

Akihama,Kazuhiro.....................................155 

Akita,Tomoyuki..........................................152 

Akita,Yosuke............................................... 116 

Akl,Sayed Y..........................................111, 130 

Aksan,Nazan...............................................45 

Alajbegovic,Ales............. 72, 79, 82, 85, 88 

Alam,Monis.................................................. 77 

Alam,Tanjimul.............................................43 

Alba-Flores,Roccio....................................56 

Albin,Thivaharan...................................... 154 

Alcantar,Jose Velazquez...........................43 

Alden,Andrew Scott..................................69 

Alden,Marcus............................................ 138 

Alfredsson,Sara........................................ 130 

Alger,Terrence...................140, 148, 156, 157 

Algunaibet,Ibrahim.................................. 158 

Alhasia,Salah...............................................62 

Ali,Mohammed Yusuf...............................122 

Ali,Salah H. R........................................93, 117 

Ali,Sherif.......................................................67 

Ali,Syed........................................................93 

Aliukov,Sergei.............................127, 139, 151 

Alkhesho,Issam........................................144 

Alkhteeb,Sultan A......................................58 

Allen,Casey Maxwell........................145, 148 

Alley,R. Jesse............................................ 158 

Alley,Robert Jesse................................... 165 

Allocca,Luigi...................................... 135, 144 

Almeida,Carlos...........................................58 

Almond,Mathew..........................................41 

Almutairi,Mohammad................................41 

Al-Qurashi,Khalid....................................144 

Altenhof,William J..............................116, 119 

Altimira,Mireia...................................101, 169 

Alturk,Rakan.............................................. 113 

Alyukov,Alexander................................... 151 

Alyukov,Sergei Viktorovich.....................127 

Aly,Wael I. A..............................................144 

Alzubail,Abdullah..................................... 138 

Amano,Yuki................................................153 

Amati,Giorgio..............................................86 

Amati,Nicola........................................43, 142 

Ameen,Muhsin M...................................... 169 

Ames,David............................................... 148 

Amini,Mohammad Reza......................... 165 

Amoresano,Amedeo................................135 

Anand,Anuj.................................................96 

Anand,Beena..............................................96 

Anbarasu,Muniappan.............................. 148 

Anchukov,Vladislav.................................. 139 

Andersen,Johannes................................. 145 

Anderson,Ann M........................................76 

Anderson,Brian..........................................56 

Anderson,David W................................... 107 

Anderson,Zackary.....................................43 

Andersson,Conny..................................... 167 

Andersson,Öivind....................128, 138, 140 

Andert,Jakob............................................ 154 

Ando,Kenichi...............................................32 

Ando,Mitsuhiro...........................................53 

Ando,Ryuji...................................................76 

Andou,Hiroya..............................................67 

Andrew,Rob.........................................76, 142 

Angell,Linda.........................................34, 45 

Annicchiarico,Claudio....................... 40, 150 

Anschel,Paul................................................88 

Anthonysamy,Baskar................................43 

Antin,Jonathan Frank................................45 

Anton,Donald............................................ 163 

Anugu,Anil...................................................80 

Anwar,Mohammad.................................. 148 

An,Yanzhao................................................. 141 

Anzai,Jun.....................................................58 

Aoki,Toshiaki................................................61 

Apeloig,Julien........................................... 128 

Appancheal,Anand Kumar...................... 113 

Arai,Hirokazu............................................. 116 

Arat,Mustafa Ali......................................... 121 

Aravelli,Krishna..........................................76 

Archibald,Christopher...............................99 

Archibald,Ken.............................................34 

Archibald,Kyle.............................................34 

Arechiga,Nikos..................................... 63, 65 

Arft,Carl........................................................ 57 

Arimizu,Kaname........................................ 117 

Arisawa,Tatsuaki......................................140 

Armstrong,Christopher D............37, 43, 45 

Arndt,Mark William....................................29 

Arndt,Thorsten......................................... 159 

Arne,Andersson....................................... 138 

Arnold,Bill....................................................62 

Arora,Dipan.................................................96 

Arsie,Ivan.....................................................88 

Arslan,Selin...........................................61, 62 

Arulanandan,Jayanth................................76 

ArulMoni,V Jeganathan.......................... 120 

Arulraj,Kaneshalingam.............................76 

Arumugam,Murugan.................................79 

Arunachalam,Muthukumar..................... 115 

Arunkumar,S.............................................. 115 

Arvidsson,Rickard Rolf............................147 

Aryan,Devin.................................................76 

Asad,Usman.............................................. 154 

Asai,Hiromitsu...........................................153 

Asako,Tsuyoshi...........................................80 

Asami,Akihiko............................................ 116 

Asami,Shu...................................................152 

Asaoka,Kazuya........................................... 37 

Asay,Alan F.....................................37, 43, 45 

Asher,Zachary D....................................... 167 

Ashkar,Hisham Al..................................... 163 

Ash,Lloyd................................................... 167 

Asim,Kamran............................................ 120 

Askling,Joel.................................................55 

Assadian,Farhad........................................43 

Assadian,Francis.................................40, 72 

Asthana,Shikhar.......................... 87, 131, 152 

Astolfi,Davide.............................................43 

Aswath,Pranesh B.................................... 142 

Atef,Nour....................................................144 

Athani,Gopal....................................... 61, 142 

Athavale,Apoorva.....................................152 

Atkinson,Christopher...............................157 

Atkinson,William.............................. 159, 170 

Atsumi,Noritoshi........................................ 35 

Attard,William............................................ 171 

Attard,William P........................................ 171 

Aubry,Judicael............................................87 

Augusma,Imani..........................................56 

Augustine,Paul.......................................... 115 

Avella,Francesco...................................... 145 

Aversa,Christopher.................................. 156 

Avila,Santiago...........................................108 

Awajan,Arafat.............................................64 

Axbrink,Christian.......................................68 

Ayala,Alberto..............................................82 

Ayalew,Beshah....................................33, 44 

Ayeb,Mohamed..................................60, 133 

Ayyar,Diwakar.............................................97 

Azzam,Badr S. N....................................... 117 

B 

Baba,Atsushi..............................................133 

Baba,Shinichi............................................ 149 

Babinsky,H...................................................34 

Bachheibl,Florian..................................... 134 

Backhaus,Jacob..........................................82 

Badain,Nicholas........................................ 170 

Bade,Simhachalam....................................97 

Badgley,Jennifer M...............................37, 41 

Badra,Jihad................................131, 146, 169 

Badshah,Huzeifa........................................82 

Baecker,Manfred....................................... 121 

Baeten,Caroline..........................................96 

Bagi,Sujay............................................76, 142 

Bahiraei,Farid............................................. 131 

Bahrami,Behnam................................83, 86 

Bai,Hua....................................................... 159 

Bai,Jie...........................................................69 

Bailey,Derek................................................55 

Bailey,Michael............................................ 118 

Bai,Sue................................................... 53, 55 

Bai,Tian................................................ 118, 122 

Bai,Xue-Song.............................................137 

Baker,Douglas M....................................... 116 

Baker,John...................................................45 

Bakker,Egbert.............................................47 

Bakker,P.C.................................................. 128 

Bakshi,Soham.............................................62 

Balachandran,Ramanarayanan..............135 

Balasubramanian,TL................................ 145 

Balcombe,Andrea......................................86 

Balland,David..............................................68 

Balla,Vamsi Krishna................................. 145 

Ball,Douglas..........................................76, 77 

Ballinger,Robert S.......................................41 

Ballo,Federico.............................................34 

Balsley,Richard......................................... 148 

Balusu,Rajesh...............................................61 

Banerjee,Debasish.................................... 113 

Banerjee,Joydeep......................................30 

Bansal,Arpit............................................... 120 

Bansal,Shubham.......................................152 

Bao,Ran.............................................. 105, 127 

Bapty,Theodore..........................................63 

Barai,Anup...................................................80 

Barak,Adam................................................56 

Barakat,Mohamed Samy..........................55 

Baramov,Lubomir.................................... 150 

Barasa,Patrick.............................................55 

Barba,Daniel.......................................167, 170 

Barbash,Kevin P......................................... 115 

Barbat,Saeed.......................................43, 116 

Barbedette,Bertrand.................................87 

Barber,Gary................................................ 121 

Barber,Phil...................................................47 

Bardasz,Ewa Alice.................................... 142 

Bardelcik,Alexander................................. 121 

Bardi,Michele.....................................133, 143 

Bardubitzki,Sophie....................................83 

Baren,John Van..........................................94 

Bares,Jason................................................147 

Bargende,Michael....... 86, 90, 143, 151, 159 

Barickman,Frank........................................39 

Barker,Erin..................................................101 

Barker,Luke................................................ 130 

Barkley,Adam............................................127 

Barlow,Jewel................................................41 

Barone,Teresa........................................... 142 

Barros,Sam........................................ 159, 170 

Barth,Mindy............................................... 149 

Barths,Hardo..................... 145, 154, 161, 169 

Bartley,Gordon J........................................ 77 

Bartolini,Nicola..................................... 31, 43 

Bartolucci,Lorenzo........................... 136, 169 

Basara,Branislav.......................... 47, 48, 170 

Basco,J. K....................................................127 

Baseski,Igor................................................ 90 

Bassett,Michael.........................133, 137, 167 

Bates,Roberts..............................................61 

Batra,Pulkit................................................ 120 

Batterson,Joshua.......................................55 

Battista,Davide Di...................................... 75 

Battistoni,Michele........... 135, 143, 152, 159, 

......................................................160, 169, 171 

Bauer,Kai-Lukas....................................... 165 

Bauinger,Christoph................................... 113 

Baumgard,Kirby...................................73, 74 

Baumgardt,Andreas................................ 134 

Baumgarten,Oliver................................... 60 

Bayraktar,Harun....................................... 107 

Beamer,Chad.............................................. 121 

Beauchamp,Gray..................................37, 45 

Beavis,Nicholas J..................................... 169 

Becchetti,Matteo........................................43 

Becker,Juergen....................................54, 58 

Bedair,Gamal.............................................144 

Beeh,Elmar................................................. 117 

Beemster,Marcel.........................................67 

Behere,Sagar..............................................68 


173


Belanger,Paul.............................................. 111 

Belassel,Mohammed................................ 121 

Belgiovane,Domenic J..............................55 

Bella,Gino................................................... 169 

Bellis,Vincenzo De.................................... 143 

Belluz,Leanna..............................................50 

Belousov,Boris............................................56 

Belwadi,Aditya...........................................30 

Belwafa,Jamel E.........................................43 

Belyaev,Nikolay..........................................59 

Belzile,Marc.................................................50 

Bengolea,Federico....................................157 

Bengtsson,Per-Erik.................................. 128 

Bennett,Alyssa..........................................101 

Bennicke,Paul........................................... 145 

Bennur,Mallikarjuna..............93, 96, 99, 101 

Bensler,Henry.............................................47 

Benton,Mark.................................98, 99, 158 

Beran,Jaroslav..............................54, 56, 161 

Berejka,Anthony......................................108 

Berger,Christian..........................................47 

Bergman,Lawrence....................................47 

Bergmeir,Philipp....................................... 90 

Bergner,Bert................................................58 

Berkhout,Basjan........................................ 112 

Bermudez,Vicente.................................... 154 

Bernard,Guillaume................................... 154 

Bernard,Pierre-Antoine............................68 

Berneck,Dirk.............................................. 154 

Berner,Hans-Juergen.............................. 159 

Berni,Fabio......................................... 143, 161 

Berning,Torsten........................................ 148 

Bertoch,James V........................................49 

Bethel,Cindy................................................99 

Bettoja,Federica......................................... 75 

Bevly,David..................................................55 

Beyerlein,Steven W................................. 105 

Bhandarkar,Ramchandra........................ 118 

Bhardwaj,Om Parkash..............................86 

Bhatt,Antara...............................................65 

Bhatt,Shailen P............................................61 

Bhave,Amit................................................ 154 

Bhirud,Pankaj Goverdhan...................... 102 

Bhivate,Parth..............................................99 

Bianchi,Gian Marco....................................87 

Bian,Mingyuan............................................32 

Bidaine,Benoit............................................ 111 

Bidarvatan,Mehran.................................. 165 

Bielaczyc,Piotr.....................................83, 86 

Bieniek,Mitchell..........................................86 

Bierwagen,Gordon....................................110 

Biever,Wayne..............................................49 

Bi,Fengrong.........................................55, 128 

Bikas,Georgios........................................... 151 

Bilheux,Hassina.........................................135 

Bing,Zhonghui............................................99 

Biondi,Alessandro.....................................68 

Biscontini,Giulia......................................... 161 

Bish,Eric....................................................... 161 

Bishop,Neil.......................................... 115, 118 

Biswas,Kundan.........................................100 

Biswas,Sayan............................................ 142 

Bitsis,Daniel Christopher........................140 

Bi,Xiaobo.................................................... 128 

Blacha,Thomas...........................................47 

Blanchard,Antoine.....................................47 

Blanco,Diego.............................................. 131 

Blanks,Matthew......................................... 161 

Blaxill,Hugh................................................ 171 

Blekhman,David....................................... 166 

Blessinger,Matthew................................. 143 

Blomberg,Christopher Kim.................... 143 

Bloom,I........................................................127 

Bloor,Thomas..............................................69 

Blows,Andrew........................................... 102 

Blue,Craig......................................................91 

Bobba,Somasekhar.......... 107, 108, 116, 119 

Boccardo,Giulio........................................ 154 

Bock,Benjamin............................................49 

Boehman,Andre..........................79, 141, 152 

Boerensen,Christoph................................. 74 

Boese,Doyle...............................................133 

Boettcher,Eric J......................................... 121 

Boger,Thorsten.....................................73, 74 

Boggarapu,Naveen....................................69 

Bogner,Erik................................................. 161 

Bohac,Stanislav V............................... 77, 130 

Bohbot,Julien............................................ 145 

Bohn,Christian.......................................... 159 

Bolarinwa,Emmanuel O........................... 121 

Bolla,Michele......................................133, 135 

Bollapragada,Varun...................................49 

Bonitz,Sabine....................................... 42, 47 

Bonkoski,Phillip..........................................85 

Bonnaud,Patrick........................................155 

Bonnen,John J...................... 111, 115, 118, 119 

Boorgu,Sai.................................................. 118 

Bordatchev,Evgueni..................................29 

Borg,Anders.............................................. 145 

Borghesi,Davide........................................137 

Borkowski,Dariusz.....................................68 

Borman,Stephen...............................133, 137 

Borth,Jacob.................................................49 

Bortles,William.....................................37, 49 

Borz,Meghan............................................. 143 

Borz,Meghan J...........................................152 

Bosek,Jacek.................................................96 

Bose,Shankar............................................. 112 

Bosley,Alfred D......................................... 105 

Boulanger,Jean-Maxime........................ 159 

Boulouchos,Konstantinos............... 143, 151 

Bourhis,Guillaume.................................... 138 

Bova,Sergio.................................................85 

Bowker,Rick............................................... 142 

Boyer,Brad................................................. 142 

Boyle,Linda Ng...........................................34 

Bozeman,Jeffrey...........................74, 77, 80 

Bozic,Ante.................................................. 142 

Bozza,Fabio.................................131, 137, 143 

Brabetz,Ludwig..................................60, 133 

Brace,Chris..................................131, 146, 167 

Bracke,Sam................................................ 128 

Bradley,Thomas........................................ 165 

Bradley,Thomas H.................................... 167 

Brahmasani,Lakshmaiah........... 82, 85, 139 

Braisher,Mike........................................80, 86 

Branagan,Daniel J..................................... 114 

Brandao,Felipe Vilhena........................... 171 

Brand,Jan-Friedrich..................................96 

Bratt,Niclas.................................................101 

Brauss,Michael........................................... 121 

Bravo,Yolanda........................................... 138 

Brear,Michael............................................ 143 

Breda,Sebastiano..................................... 154 

Breden,Douglas P......................................155 

Breivik,Nicole............................................. 90 

Bresler,Matthew........................................ 171 

Bressan,Fabio........................................... 102 

Brezny,Rasto............................................... 77 

Briggs,Michael L................................ 131, 137 

Briggs,Thomas Edward............................ 171 

Brink,Jason...................................................41 

Brink,Morten...............................................29 

Briscoe,Kenneth........................................133 

Brito,F. P.......................................................38 

Brito,F.P...................................................... 145 

Britton,Doug...............................................53 

Brocker,Andrew.......................................... 75 

Brockmann,Paul.........................................76 

Brock,Ronald.............................................. 113 


Broekaert,Stijn..................................128, 144 

Bromberg,Leslie...........................72, 74, 135 

Broniewicz,Alexander........................ 42, 47 

Brooker,Aaron........................................... 165 

Brooks,Johnell......................45, 98, 99, 158 

Brophy,Walter.............................................93 

Brown,Alan........................................ 134, 159 

Brown,Daniel...............................................43 

Brown,Larry.................................................95 

Brown,Lindsay........................................... 113 

Brown,Timothy.....................................37, 68 

Brunberg,Johan.........................................101 

Bruneaux,Gilles..................................133, 143 

Bruno,Bradford A.......................................76 

Brusiani,Federico.......................................87 

Brusstar,Matthew.......................................79 

Bryan,Lyle Stanley... 53, 54, 57, 58, 60, 64 

Bryden,Geraint..........................................137 

Bubna,Piyush........................................91, 99 

Buchman,Michael R................................. 145 

Buckland,Julia........................................... 163 

Buckley,Stephen..................................65, 68 

Bucknell,John R.................................157, 165 

Budde,Matthias........................................ 169 

Buerkle,Ilja...................................................93 

Buesnel,Guy................................................56 

Buller,William..............................................68 

Bullough,John D.........................................32 

Bumbaroska,Mira....................................... 74 

Bumiller,Kurt...............................................80 

Bunce,Michael............................................ 171 

Burgess,Stuart............................................47 

Burluka,A. A..............................................140 

Burnett,Roger.............................................47 

Burnham,Andrew.......................................80 

Burton,David................................................41 

Burton,Jonathan.......................................127 

Buscher,William A.....................................135 

Busch,Oliver.............................................. 145 

Busch,Stephen.......................................... 128 

Bustillos,Eduardo...................................... 121 

Butcher,Brendan...................................... 143 

Butcher,Cliff.........................................118, 121 

Butcher,Daniel.......................................... 142 

Butcher,Richard........................................ 130 

Butts,Kenneth........................................... 165 

Bybee,Michael........................................... 154 

C 

Cadwell,John...............................................30 

Cai,Hao.........................................................80 

Cairns,Alasdair.......................................... 145 

Cai,Wayne................................... 127, 133, 147 

Calabrese,Francesco................................ 121 

Calamiello,Antonella................................ 161 

Calderbank,John........................................93 

Çalkan,Kemal............................................. 119 

Callahan,Timothy..................................... 154 

Camboa,Andre.........................................109 

Camm,Joseph.............................................82 

Campos,Daniel.......................................... 154 

Canova,Marcello....................... 159, 163, 167 

Cantore,Giuseppe.................................... 154 

Cao,Chong...................................................67 

Cao,Dongpu..............................................108 

Cao,Guang-Jun.......................................... 119 

Cao,Libo.......................................................34 

Capitani,Renzo................................... 40, 150 

Capobianco,Massimo...................... 159, 167 

Caputo,Sabino........................................... 161 

Card,Angela E.............................................99 

Cardone,Massimo.................................... 150 

Cardoso,Valdir............................................ 118 

Carignano,Anthony..................................123 

Carlson,Richard Barney........................... 161 

Carrera,Julio........................................96, 153 

Carrigan,Travis............................................96 

Carroll,Mary.................................................76 

Carter,Jarrod........................................ 47, 49 

Carter,Neal..................................... 43, 45, 49 

Carugati,Eugenio...................................... 171 

Cary,Mark............................................ 142, 171 

Cashen,Daniel.............................................29 

Cash,Robin Y...............................................72 

Casino,Michael............................................30 

Casper,Shawn P......................................... 90 

Castanier,Matthew.....................99, 101, 102 

Castellani,Francesco............................ 31, 43 

Castellazzi,Luca........................................ 142 

Castiglione,Teresa......................................85 

Castro,Fabio............................................... 115 

Castro,Leandro......................................... 102 

Caswell,Greg K........................................... 90 

Catapano,Francesco........................148, 170 

Caton,Jerald.............................................. 143 

Caudle,Ron................................................ 142 

Cavanaugh,Tim A...................................... 60 

Cavaretta,Michael.......................................91 

Cavicchi,Andrea......................................... 161 

Cenker,Emre...............................................133 

Cernik,Filip................................................. 136 

Cerri,Tarcisio...............................................137 

Cesare,Matteo De........................ 88, 151, 171 

Cesiel,Douglas.......................................... 159 

Chadwell,Christopher......................140, 156 

Chadwell,Christopher J........................... 156 

Chae,Dongsuk............................................137 

Chahine,Richard....................................... 163 

Chai,Lin........................................................ 113 

Chakraborty,Pulakesh...............................92 

Chalet,David..............................................160 

Chamberlain,Sam....................................... 37 

Chambon,Paul.............................................91 

Chamma,Ahmad........................................65 

Chana,Kam................................................ 128 

Chanda,Alak................................................80 

Chanda,Sreedhar.......................................86 

Chan,Edward............................................. 169 

Chaney,Larry............................................... 77 

Chang,ChenFang................................. 54, 57 

Chang,Han-Yuan...................................... 169 

Chang,Joseph Young-il........................... 159 

Chang,Junseok.................................. 131, 138 

Chang,Sehyun.............................................39 

Chang,Wayne............................................ 139 

Chang,Yan.................................................. 130 

Chang,Zhanteng....................................... 146 

Chao,Xiuli......................................................91 

Chapman,Elana................................. 133, 134 

Chaturvedi,Bhaskar...................................30 

Chaudhari,Anita.......................148, 163, 165 

Chaudhari,Prathamesh.....................43, 120 

Chavan,Jaideep Singh............................... 111 

Chavannavar,Praveen........................80, 86 

Chen,Bo................................................. 39, 67 

Chen,Bob................................................... 163 

Chen,Boxiao.................................................91 

Chen,Chaoyang..........................................34 

Chen,Chi-Chen...................................... 41, 55 

Chen,Chong................................................ 90 

Chen,Chun Lin............................................. 75 

Chendil,C.................................................... 163 

Chen,Dong.................................................108 

Chen,Gang................................................. 159 

Cheng,Chuanhui....................................... 164 

Cheng,Guang.............................................101 

Cheng,Li.....................................................140 

Cheng,Minghuang...................................... 111 

Cheng,Mu-Hua............................................43


Cheng,Sheng.............................................. 114 

Chen,Guofei....................111, 115, 116, 118, 119 

Cheng,Wai K...................................... 150, 157 

Cheng,Xiang................................................80 

Cheng,Yu.................................................... 145 

Chen,Hai-Ying..................................... 77, 163 

Chen,Harry..................................................96 

Chen,Heming..............................................68 

Chen,Hong...........................................90, 157 

Chen,Huanlei...............................................69 

Chen,Huipeng.............................................45 

Chen,Jing.................................................... 115 

Chen,Junyi.................................................100 

Chen,Kuo-huey..........................................147 

Chen,Long....................................................32 

Chen,Ming..............68, 74, 108, 115, 118, 121, 

..............................................................153, 157 

Chen,Mingyang...........................................42 

Chen,Qi....................................................... 168 

Chen,Qian............................................. 36, 93 

Chen,Qinqing............................................ 168 

Chen,Qipeng...............................................58 

Chen,Quan..................................................132 

Chen,Rong............................................ 37, 171 

Chen,Rui..................................................... 142 

Chen,Shuming........................................... 115 

Chen,Tangming..........................................153 

Chen,Tzung-Te............................................29 

Chen,Wei.......................................................91 

Chen,Weijian............................................... 74 

Chen,Weitao................................................43 

Chen,Xiang............................80, 111, 131, 154 

Chen,Xiaoming.......................... 108, 118, 121 

Chen,Xinbo..................................................39 

Chen,Xingfu.................................................99 

Chen,Xuefei....................... 142, 150, 157, 165 

Chen,Xueqian..............................................93 

Chen,Ya Lun................................................. 75 

Chen,Yaobin.................................................41 

Chen,Yin......................................................101 

Chen,Yong-Ching.....................................140 

Chen,Yuche................................................ 165 

Chen,Zhanming.........................................157 

Chesse,Pascal...........................................160 

Chiang,Peter.............................................. 148 

Chiba,Yuki.....................................................61 

Chichester,Chad W.............................101, 113 

Chien,Stanley...............................................41 

Chigada,Peter I...........................................76 

Chikazawa,Ryosuke...................................30 

Chinta,Balakrishna.................................... 90 

Chiodi,Marco.............................................. 151 

Chiriac,Constantin............................... 111, 113 

Chishty,Muhammad Aqib................133, 135 

Chmela,Franz............................................ 136 

Choi,Byeong-Ug.........................................45 

Choi,Hoimyung.......................................... 151 

Choi,Hoyeon...............................................137 

Choi,Kyoo Sil..............................................101 

Choi,Seungmok.......................................... 75 

Choi,Youngjae.............................................32 

Cho,Kukwon............................................... 131 

Cho,Mu-Jung...............................................53 

Chong,Ng Eng.............................................32 

Cho,Taehwan................................................41 

Chou,Clifford............................................... 35 

Chou,Clifford C................ 30, 34, 43, 49, 117 

Choudhury,Amit.....................53, 55, 58, 68 

Chou,Fang-Chieh.......................................65 

Chou,Pei-Ting.............................................29 

Christensen,Earl................................127, 149 

Chrysler,Susan............................................ 37 

Chuang,Ching-Hung...................................91 

Chuanli,Liu.......................................... 163, 171 

Chubbock,Stuart...................................... 165 

Chu,Chun-Wen...........................................29 

Chudnovsky,Yury.......................................47 

Chu,Edmund W.......................................... 121 

Chung,Chung Choo....................................43 

Chung,Jongwon........................................ 151 

Chung,Kwang Sik..................................... 167 

Chung,Sukho.............................................144 

Chung,TaeYoung....................................... 142 

Chung,Young rock..................................... 131 

Chupka,Gina M...........................................127 

Churkunti,Preetham................................ 149 

Ciatti,Stephen........................................... 145 

Cicalese,Giuseppe..................................... 161 

Cieslar,Dariusz............................................65 

Cimarello,Alessandro............................... 171 

Cipka,Piotr................................................... 37 

Cipollone,Roberto...................................... 75 

Ciriello,Antonio...........................................86 

Clague,Ralph............................................. 165 

Clark,Davion O............................................80 

Clark,Nigel N............................................. 169 

Clark,Timothy............................................. 161 

Clauser,Mark................................................49 

Clayton,Graham........................................ 105 

Cleary,David....................................... 131, 137 

Cleary,Martin............................................... 74 

Cleary,Matthew J...................................... 159 

Cleary,Thomas M........................................29 

Cleland,Marshall.......................................108 

Clerck,James De..................................93, 96 

Climent,Héctor.......................................... 138 

Cochran,Jack...............................................49 

Cohen,Gary......................................... 118, 123 

Cole,Zach....................................................127 

Colin,Olivier............................................... 145 

Collee,Vincent.................................... 131, 152 

Collet,Susan.................................................86 

Collin,Christopher.......................................41 

Collins,John.................................................80 

Collins,John C............................................127 

Colucci,Joseph M...................................... 105 

Colwell,Jeff D..............................................29 

Coma,Gilles................................................ 154 

Comer,Taylor...............................................99 

Comte,Pierre...............................................86 

Conley,Matthew..........................................34 

Conlon,Brendan........................................ 149 

connectivity,With.......................................53 

Connolly,Matthew.....................................110 

Constensou,Cyrille....................................152 

Conti,Piero...................................................43 

Contreras,Ulysses..................................... 116 

Corberan,José............................................ 161 

Corberan,José M.......................................157 

Cordiner,Stefano...................................... 169 

Cordon,Dan............................................... 105 

Corgnale,Claudio...................................... 163 

Coric,Mirko................................................. 167 

Cormerais,Mickael......................................87 

Corrigan,Eric................................................76 

Corson,Benjamin........................................ 77 

Cortigiani,Fabrizio......................................32 

Cort,Joel.......................................................98 

Coryell,Jason........................................ 111, 113 

Costall,Aaron W................................ 159, 167 

Costa,Michela............................................ 170 

Costanzo,Vincent...................................... 134 

Costanzo,Vincent S...................................133 

Costin,Mark..................................................63 

Cowart,Jim................................................ 130 

Cox,Andrew................................................ 118 

Cox,Jonathan D........................................ 165 

Cracknell,Roger.........................................135 

Craig,Angus.................................................76 

Craig,Scott......................................65, 67, 68 

Craig,Timothy........................................72, 77 

Crain,Trevor....................................... 158, 165 

Crandall,Jeff................................................49 

Crescenzo,Domenico............................... 150 

Cricchio,Andrea..........................................88 

Cronhjort,Andreas........... 101, 145, 150, 167 

Crosty,Nathan...................................... 53, 55 

Croswell,Peter............................................. 75 

Cruz,Camilo...............................................108 

Cubito,Claudio........................................... 161 

Cuccia,Frank Anthony.............................. 121 

Cuddihy,Jeremy........................................ 105 

Cui,Haitao.................................................... 111 

Culbertson,David.......................................76 

Cummings,Thomas.................................. 167 

Cung,Khanh....................................... 143, 152 

Curcuruto,Gabriele.....................................43 

Curran,Scott......... 79, 80, 91, 128, 135, 140, 

............................................................. 145, 154 

Currier,Neal................................................. 77 

Currier,Patrick............................................127 

Curry,Brian...................................................46 

Curtis,Eric W.............................................. 150 

Custer,Nicholas........................................... 74 

Cuyper,Thomas De...........................128, 144 

Czarnecki,Krzysztof...................................68 

Czarnetzki,Walter..................................... 163 

Czerny,Barbara J.............53, 55, 58, 61, 63, 

................................................................65, 68 

Czerwinski,Jan............................................86 

Czubay,John.............................. 152, 159, 167 

D 

Dacharum,Ganesh.................................... 102 

D’Adamo,Alessandro.............................. 154 

D’Addario,Pamela......................................45 

DAddetta,Gian Antonio............................49 

Daehn,Glenn...............................................110 

Dagci,Oguz H.............................................133 

Dahlander,Petter.............................. 142, 156 

Dahl,Daniel.................................................. 77 

Dahl,Jeffrey................................................ 121 

Dahlstrom,Jessica....................................140 

Dahnz,Christoph....................................... 136 

Daian,Philip.................................................58 

Dai,Haifeng.................................................133 

Daily,Jeremy................................................49 

Dai,Wengang............................................. 163 

Dajaku,Gurakuq........................................ 134 

Dakroub,Husein...................................58, 64 

Dalal,Sunil....................................................32 

Dalenbäck,Jan-Olof...................................80 

Dalen,Kristine............................................133 

Dalmases,Carlos Arregui..........................45 

D’Amato,Anthony......................................56 

D’Ambrosio,Joseph G......58, 61, 63, 65, 68 

Dam,Nico............................................. 131, 159 

Dam,N.J...................................................... 128 

Danaher,David............................................ 37 

Danckert,Bernd..........................................76 

Dane,Chiel................................................... 112 

Danisi,Giacomo.......................................... 40 

D’Anna,Gloria..............................................53 

Dannebaum,Udo.................................68, 70 

Dare,Ademola...........................................140 

Darin,Matthew............................................67 

Darlington,Thomas L.................................82 

Darmstadt,Patrick R................................ 150 

Darwish,Hussain.........................................68 

Dascalescu,Diana...................................... 161 

Das,Pranab................................................ 143 

Datar,Advaita..............................................67 

Datta,Sandip.............................................. 116 

Dauer,Kenneth.......................................... 150 

Dauphin,Roland........................................ 138 

D’Auteuil,Annick.........................................42 

David,Jeffrey............................................. 130 

Davies,Clifton..............................................68 

Davies,Paul Robert....................................92 

Davis,Gary A................................................46 

Davis,Richard.............................................133 

Davis,Richard S........127, 133, 140, 148, 156, 

...................................................... 157, 164, 171 

Davy,Martin.................................................82 

Daw,Charles............................................... 130 

Dawsey,Robert..........................................152 

Dawson,Jeffrey...........................................45 

Daya,Rohil....................................................86 

Day,John.................................. 53, 55, 67, 68 

Day,Terry D..................................................45 

Deb,Anindya.......................... 30, 34, 43, 117 

Debouk,Rami Ismail...................................63 

DeBry,Garrett..............................................99 

Debusk,Melanie M...................................... 74 

December,Timothy S................................ 113 

Dede,Ercan..................................................85 

DeJong,Richard...................................42, 94 

Dekraker,Paul..............................86, 167, 170 

Delaney,Matthew...................................... 119 

Delany,Matt............................................... 107 

Delorme,Gilles............................................. 57 

DelVescovo,Dan........................................ 139 

Dempsey,Adam B..................... 131, 137, 140 

Dempsey,J. Franklin................................. 90 

Denbratt,Ingemar...................................... 77 

Denggao,Huang.........................................98 

Deng,Jun..................................... 135, 137, 157 

Deng,Weiwen...39, 55, 68, 69, 109, 134, 167 

Denk,Petr.....................................................56 

Denton,Bradley......................................... 156 

Depcik,Christopher.... 83, 86, 149, 150, 169 

Dernotte,Jeremie..................................... 156 

D’Errico,Gianluca............. 133, 145, 154, 159, 

..............................................................161, 169 

Deshmukh,Jyotirmoy.............................. 165 

Deshpande,Suraj.......................................135 

DesJardins,John.........................................45 

Detwiler,Duane...........................................96 

Deur,Joko........................................... 159, 167 

Devabhaktuni,Vijay Kumar..................... 90 

Devaraj,Arun..............................................122 

Devarakonda,Maruthi........................83, 86 

Dev,Shouvik....................................... 154, 156 

Dhadyalla,Gunwant...................................67 

Dhar,Sujan....................................94, 99, 152 

Dheenadhayalan,Padmanaban......... 41, 53 

Diab,Mohammed....................................... 60 

Dibble,Robert............................................ 158 

DiBiaso,Eric..................................................58 

DiCecco,Sante............................................ 121 

Dickerson,Terrence.................................. 130 

Dickinson,Matthew W...............................93 

Digeser,Steffen...........................................83 

DiMaggio,Craig........................................... 75 

Dinesh,Fnu Renganathan.........................98 

Ding,Haichun..............................................152 

Ding,Nenggen...........................................108 

Ding,Peiran................................................ 107 

Ding,Renkai................................................. 111 

Ding,Yi......................................... 127, 133, 147 

Dion,Bernard...............................................65 

Dionnet,Frederic....................................... 128 

Dispenza,Dan............................................108 

Divekar,Prasad.......................................... 154 

Diwan,Rajat.................................................98 

Dixit,Manish.................................................39 

Dixon,George.............................................127 

DiZio,Paul.....................................................43 

Dizy,Julian.................................................. 154 


175


Djuric,Ana M.............................................. 103 

Dlugosz,Rafal Tomasz...............................68 

Dobashi,Toshiyuki.....................................110 

Dobres,Jonathan................................. 32, 45 

Dobson,Douglas......................................... 74 

Dodson,Bryan............................................ 90 

Doerr,Heiko...................................................61 

Doig,Dwight...............................................152 

Doi,Tomoyuki..............................................49 

Domenech,Vicent.............................. 131, 134 

Domeyer,Joshua.........................................65 

Dongare,Kapil..................................... 61, 142 

Dong,Libo.....................................................41 

Dong,lihui.....................................................82 

Dong,Liqiang............................................... 35 

Dong,Mike....................................................93 

Dong,Mingming.........................................101 

Dong,PengBo............................................ 169 

Dong,Xueqing............................................ 119 

Dong,ZheLin.............................................. 162 

Donze,Alexandre...................................... 165 

Doorlag,Mark............................................ 167 

Doornbos,Gerben....................................... 77 

Dou,Danan............................................ 77, 80 

Doude,Matthew..........................................99 

Douglas,Roy..........................................81, 88 

Dourra,Hussein..................................157, 159 

Downs,Daniel..............................................99 

Doyle,David................................................135 

Drabo,Mebougna.............................145, 148 

Dragoti-Cela,Eranda................................ 162 

Drennan,Scott Allen...........................80, 86 

Drignei,Dorin..............................................101 

Drikakis,Dimitris.........................................47 

Driscoll,Mark..............................................108 

Dronzkowski,David....................................93 

Drost,Kevin................................................ 163 

Drugge,Lars.................................................47 

Duarte,Gonçalo...........................................83 

Dube,Adwitiya.......................................... 145 

Du,Changqing.................................... 118, 122 

Duchemin,Matthieu.................................. 131 

Duell,Edward...............................................34 

Duell,Edward G.......... 31, 32, 34, 36, 39, 41, 

................................................................ 47, 49 

Du,Haiping.......................................... 43, 109 

Duke,Daniel....................................... 128, 136 

Dukhan,Nihad.............................................72 

Dumitrescu,Cosmin E.............................. 128 

Dumnov,Gennady......................................29 

Duncan,Allen B....................................80, 86 

Duni,Efthimio............................................. 119 

Duoba,Michael....74, 127, 133, 140, 148, 157 

Duong,T.......................................................127 

Du,Qianqian................................................ 119 

Duraisamy,Ganesh..................................... 75 

Durbin,Thomas...........................79, 142, 148 

Durbin,Thomas D........................................80 

Durst,Phillip.................................................99 

Du,Xinyu.......................................................70 

Du,Xuzhi.......................................................79 

Du,Yongchang............................................ 115 

Du,Yu......................................................70, 119 

Dvorchak,Michael...................................... 118 

E 

Eagle,W. Ethan.................................. 133, 145 

Eakle,Scott...................................................80 

Easter,Jordan Elizabeth............................ 77 

Ebbitt,Gordon.............................................42 

Ebe,Kazutoshi................................32, 34, 45 

Ebert-Hamilton,Sheila................ 30, 37, 101 

Ebina,Masaki............................................. 148 

Echempati,Raghu............................... 99, 101 

Eckhart,Jim..................................................29 

Edamoto,Yoshihiro....................................133 

Eder,Johannes............................................68 

Ee,Chris A. Van............................................30 

Eftekhari,Mohammadreza........................ 111 

Egbers,Robert..................................... 112, 113 

Egelja,Aleksandra.................................... 169 

Eichberger,Arno....................................... 162 

Eichlseder,Helmut..............................83, 135 

Eidehall,Andreas........................................55 

Eiliat,Hoda.............................112, 113, 116, 119 

Eilts,Peter..............................................74, 131 

Eisazadeh-Far,Kian.................................. 143 

Eisele,Fabian..............................................152 

Eisele,Scott..................................................63 

Ejakov,Mikhail A....................................... 163 

Ekchian,Jack................................................43 

Ekman,Petter..............................................32 

Ekoto,Isaac................................................ 143 

Elango,Adarsh............................................92 

Elango,Adarsh Viji.......................................91 

Elbel,Stefan................................................. 74 

Elfstrom,Gary...............................................31 

El-Gindy,Moustafa......................................41 

El-Hannouny,Essam....135, 143, 152, 159, 169 

ElHelw,Mohamed................................60, 65 

Ellies,Benjamin...........................................86 

Ellinghaus,Kay........................................... 118 

Elliott,Eric S................................................ 119 

Ellsworth,Patrick...................................... 165 

Elofsson,Per................................................34 

Elsasser,Devin.............................................39 

El-Sayed,Mohamed...............90, 91, 92, 96 

El-Sharkawy,Alaa........... 72, 79, 82, 85, 86, 

................................................................88, 96 

Elturk,Jayson............................................... 74 

Elwardany,Ahmed.....................131, 146, 169 

Emekwuru,Nwabueze............................. 159 

Endisch,Christian................................. 65, 93 

Endo,Hiroatsu........................................... 149 

Endo,Katsumi...............................................41 

Endo,Terumasa........................................... 37 

England,Roger........................................... 141 

Engler-Pinto,Carlos.................................... 111 

Engler-Pinto,Carlos Carvalho..........111, 115, 

...............................................................118, 119 

Englisch,D.................................................... 33 

Enloe,Charles.............................................. 111 

Enomoto,Toshio..........................................42 

Epple,Boris................................................ 154 

Erck,Robert................................................ 142 

Eriksson,Lars..................................... 158, 167 

Ernst,Markus...............................................53 

Erpolat,Serhat............................................ 119 

Espitia,Elkin...............................................108 

Esser,Frank..................................................39 

Estefanous,Fadi Adly Anis.............140, 148 

Evans,Carl....................................................59 

Evans,J. Howard................................. 60, 64 

Every,Joshua L............................................39 

Eynde,Xavier Vanden................................ 111 

F 

Fabian,Jurgen.....................................53, 167 

Fabris,Simone.............................................65 

Fadler,Gregory........................ 32, 34, 47, 49 

Faghani,Ehsan.......................................... 150 

Fairbrother,Robert.....................................83 

Fairchild,Joseph M.....................................68 

Faithfull,Paul...............................................67 

Falcucci,Giacomo........................................86 

Falfari,Stefania............................................87 

Fallon,Lisa..................................... 30, 112, 113 

Falzon,Brian...............................................108 


Famouri,Parviz.......................................... 169 

Fan,Chuang.................................................135 

Fang,Jian......................................................92 

Fang,Jianguang......................................... 119 

Fang,Tianshi............................................... 113 

Fang,Yao...................................................... 121 

Fan,Houchuan........................................... 159 

Fan,Xiangshan............................................ 74 

Farahani,Vali................................................99 

Farfan-Cabrera,Leonardo........................ 111 

Farias,Tiago.................................................83 

Farrace,Daniele..........................................133 

Fartaj,Amir............................................85, 131 

Fasching,Paul.............................................135 

Fatemi,Ali..................................................... 111 

Fatmi,Zeeshan.......................................... 143 

Fatouraie,Mohammad.............................. 171 

Fatzinger,Edward C................................... 37 

federal,representatives from...................62 

Fedewa,Andrew....................................... 142 

Fedor,William............................................ 150 

Fehr,Walton L........................................60, 61 

Fekete,James.............................................110 

Felke,Tim..................................................... 60 

Feng,Lili........................................................ 77 

Feng,Renhua..............................................137 

Feng,Xingxing............................................ 90 

Fengying,Qiao............................................. 57 

Feng,Zhaoxuan.......................................... 119 

Fenske,George.......................................... 142 

Ferrara,Giovanni....................................... 165 

Ferrari,Lorenzo......................................... 165 

Ferreira,Fabio Da Silva............................ 142 

Ferreira,Wallace......................................... 118 

Fidan,Baris...................................................54 

Fiederling,Roland.......................................29 

Fievisohn,Elizabeth M...............................34 

Figura,Jiri.....................................................86 

Filev,Dimitar................................................56 

Filipi,Zoran................................... 86, 88, 168 

Filipi,Zoran S.............................. 99, 134, 158 

Filippou,Sotiris........................................... 171 

Finch,David A............................................ 105 

Finesso,Roberto....................................... 168 

Fingerman,Michael E............................... 142 

Finney,Charles...........................................135 

Finney,Charles E.A................................... 150 

Fiocco,Marco..............................................137 

Fisher,Amit..................................................69 

Fisher,Galen B.......................................77, 82 

Fisher,Jacob L.............................................34 

Fitz,Todd............................................... 112, 113 

Fix,Ryan.......................................................38 

Flannagan,Michael J.....................29, 32, 37 

Flegel,Christopher.....................................99 

Fleming,Matthew..... 127, 133, 140, 148, 157 

Flener,Michael J........................................109 

Florea,Radu.......................................146, 154 

Floweday,Gareth...................................... 145 

Flynn,Thomas..............................................49 

Foley,James...................... 29, 32, 34, 45, 65 

Foley,Ryan...................................................82 

Foltz,Patrick................................................49 

Fontana,Edward C.....................................99 

Fontanesi,Stefano.... 143, 145, 154, 161, 169 

Forbes,David C...........................................39 

Forsmark,Joy..................................... 101, 110 

Forsmark,Joy Hines.................................108 

Forster,Nathan........................................... 161 

Foster,Craig................................................ 116 

Foster,Lee....................................................82 

Foster,Matthew.......................................... 131 

Fotowat,Shahram......................................85 

Fouts,Lisa....................................................127 

Fowler,Michael.......................................... 165 

Frait,John A................................................127 

Francqueville,Loic.....................................137 

Francy,Faye.................................................53 

Frankel,Gerald............................................110 

Franken,Tim............................................... 154 

Franzke,Bjoern............................................72 

Fraser,Roydon........................................... 165 

Freeze,Brad...........................................61, 62 

Freienstein,Heiko.......................................49 

Freiwald,Axel..............................................58 

Frerichs,Andrew E..................................... 114 

Frey,Jesse...................................................157 

Fricke,Fabian...............................................86 

Friedman,Peter..........................................110 

Friedrich,Horst........................................... 117 

Fritz,Peter....................................................96 

Fritz,Ralf.......................................................68 

Frizzi,Roberto..............................................34 

Frossard,Quentin........................................87 

Fu,Bo.............................................................72 

Fu,Chen................................................. 34, 82 

Fuchs,Laszlo.............................................. 169 

Fuchs,Robert.............................................. 44 

FU,Jianqin...................................................137 

Fujimoto,Misaki..........................................78 

Fujimoto,Mitoshi.........................................64 

Fujiyoshi,Tadashi.......................................157 

Fukagawa,Tateru....................................... 40 

Fukaya,Yuki...................................................41 

Fukazawa,Masahiro...................................45 

Fukuchi,Yuichi..............................................41 

Fukuda,Hideo..............................................32 

Fukuda,Koichiro.........................................84 

Fukudome,Hideki.......................................32 

Fukui,Kenji................................................. 143 

Fukui,Toshinao............................................38 

Fukumi,Yuki................................................. 77 

Fukushige,Takashi.....................................152 

Fukushima,Tadayoshi................................42 

Fukuyama,Satoshi................................... 139 

Fu,Li................................................................41 

Funatsumaru,Osamu................................ 112 

Funayama,Yoshihiro................................140 

Furey,Robert L............................................82 

Furry,Scott......................... 142, 150, 157, 165 

Furui,Kenji....................................................86 

Furumata,Seiji............................................137 

Furuta,Takayuki..........................................53 

Fushiki,Shunsuke..................................... 149 

Fussey,Peter...............................................157 

Futakuchi,Yusuke.....................................140 

Futamata,Hisao......................................... 119 

Futamura,Yasunori.....................................96 

Fuxman,Adrian...........................................85 

Fu,Yan............................................................91 

G 

Gabel,Klaus.................................................83 

Gabler,Hampton C..................................... 37 

Gabler,H. Clay..................................34, 37, 41 

Gaechter,Jens............................................ 171 

Gaewsky,James..........................................34 

Gaffney,Ben............................................... 165 

Gagas,Brent................................................152 

Gagliardi,Adriano.......................................39 

Gaitonde,Jaya.............................................54 

Gajanayake,Ananda..................................147 

Galante-Fox,Julie............................. 130, 135 

Galindo,José............................................... 131 

Gallagher,Kevin................................ 134, 162 

Gallardo,Ezequiel A................................... 111 

Galliera,Enrico........................................... 142 

Gallone,Alessandro................................. 154 

Galloway,Rick............................................108


Gallrein,Axel............................................... 121 

Galluzzi,Renato...........................................43 

Galvagno,Enrico....................................... 142 

Ganaoui-Mourlan,Ouafaé El.................. 150 

Ganapathy,Sakthinathan......................... 113 

Gandhi,Umesh...........................................110 

Gandhi,Yash............................................... 146 

Gandolfi,Simone....................................... 167 

Ganesan,Subramaniam.............................61 

Ganeshan,Subramanian.......................... 119 

Gangadharan,Deepak...............................58 

Ganti,Himakar............................................ 131 

Gao,Bingzhao.............................................157 

Gao,Dingwei................................................ 74 

Gao,Dongzhi.............................................. 142 

Gao,Ji............................................................69 

Gao,Litang.............................................93, 111 

Gao,Pu..................................................101, 115 

Gao,Sicun.....................................................65 

Gao,Tongyang............................................137 

Gao,Xinya.................................................... 121 

Gao,Yunkai............................................43, 119 

Gao,Zhenhai................................................34 

Gao,Zhiming..........................................72, 77 

Gao,Zhongquan........................................ 148 

Gara,Luan..................................................... 111 

Garbovan,Sandy.........................................95 

Garcia,Antonio.....128, 131, 134, 135, 145, 154 

García,Marta.............................................. 145 

Garcia-Oliver,Jose M.......128, 133, 140, 156 

Garcia-Oliver,Jose M................................ 161 

Garcia,Patrick..............................................96 

Gardhagen,Roland.....................................32 

Garg,Anmol.................................................34 

Garinei,Alberto...........................................43 

Garmory,Andrew........................................39 

Garrott,W. Riley...................... 32, 39, 43, 47 

Gaspar,John..........................................37, 68 

Gaubert,Remi.................................... 154, 156 

Gault,Roger............................................... 149 

Gauterin,Frank.......................................... 165 

Gavarraju,Srinivasa................................. 142 

Gavarraju,Srinivasa Raju...........................61 

Gaydosh,Thomas........................................93 

Gaylard,Adrian...............................39, 47, 50 

Gaylard,Adrian P........ 31, 32, 34, 36, 39, 41, 

................................................................ 47, 49 

Gegich,Matthew........................................152 

Gehmlich,Ryan K...................................... 128 

Gehrke,Christopher.................................. 154 

Geisler,Robert L........................................ 107 

Geist,Bruce K......................................107, 113 

Gentz,Gerald............................................. 154 

Gentz,Gerald R........................................... 171 

Genzale,Caroline.......................................133 

George,Agish...............................................61 

George,John............................................... 115 

George,Sam................................................. 73 

Georges,Cédric........................................... 111 

Gepner,Bronislaw................................34, 49 

Gepner,Bronislaw D...................................49 

Gergely,Peter..............................................65 

Gerhard,Jürgen........................................ 165 

Gerhart,Matthew....................................... 161 

Gerling,Dieter............................................ 134 

Germane,Geoff..............................37, 43, 45 

Ge,Yao............................................................91 

Ge,Yunshan..................................................86 

Ghandhi,Jaal...................................... 143, 171 

Gholamisheeri,Masumeh........................ 154 

Ghosh,Jyotishman.....................................43 

Gibson,Madeleine......................................65 

Gidcumb,Yuko N........................................ 113 

Gil,Gibin........................................................47 

Gindy,Sharif.................................................62 

Gingrich,Jess............................................. 156 

Giovanardi,Marco.......................................43 

Giovannoni,Nicola.................................... 154 

Girolamo,Marco Di................................... 145 

Giusto,Paolo................................................68 

Gladyshev,Pavel..........................................61 

Gladyshev,Sergey......................................59 

Gladyshev,Sergey P............61, 152, 159, 167 

Glahn,Claus................................................ 159 

Glaser,Daniel S............................................32 

Glaser,Yi G....................................................32 

Glav,Ragnar.................................................82 

Gleason,Mark E....................... 32, 34, 47, 49 

Glover,Stephen...........................................88 

Gobbi,Massimiliano............................ 34, 38 

Godara,Vikas.............................................. 90 

Goddard,Jeremy...................................... 105 

Godlewski,Larry........................................ 121 

Godwin,Olivia..............................................43 

Goebel,Kai.................................................. 60 

Goering,Jon............................................... 107 

Goey,L.P.H. de.............................................79 

Gogna,Naginder........................................ 161 

Goh,Madeline J...........................................53 

Gokhale,Apurva...........................................91 

Gokhale,Vaibhav V.....................................43 

Golden,Steve............................................... 77 

Goldsborough,Scott........................ 143, 154 

Golovashchenko,Sergey..................108, 113 

Golsch,Kevin......................................... 47, 49 

Gómez,Gaspar Luis Gil..............................47 

Gómez,Javier.............................................152 

Gomez,John................................................80 

Gonçalves,Gonçalo....................................83 

Gong,Huifeng.............................................152 

Gong,Huiming.............................................86 

Gong,Jing................................................... 139 

Goodin,Christopher...................................99 

Goodrich,Barbara............................. 130, 135 

Goodwin,Frank........................................... 111 

Gopalakrishnan,Bhaskaran......................83 

Gopalakrishnan,Venkatesh....................144 

Gorensek,Primos...................................... 170 

Gorges,Roger............................................. 113 

Gorgia,Thomas.......................................... 158 

Gosbee,Darren............................................80 

Goschutz,Martin....................................... 129 

Goto,Kuniaki............................................... 115 

Goto,Shigeaki.............................................152 

Goto,Tetsuo................................................ 113 

Goto,Yoshitsugu........................................ 116 

Goto,Yuichi...................................................83 

Gould,Thomas J......................................... 113 

Gou,Yang......................................................36 

Govindan,Nagarajan................................. 75 

Govindarajalu,Murali.................................80 

Gowda,Nikhil...............................................45 

Gowda,Sanketh......................................... 117 

Gow,Felix..................................................... 57 

Goyal,Deepesh............................................76 

Graupner,Wilhelm......................................86 

Graves,Ronald..............................................91 

Graves,William............................................43 

Gray,Kevin...........................................137, 167 

Greaves,Richard W................................... 60 

Greb,Karl......................................................63 

Greco,Giordano...........................................43 

Green,Charles A..........................................32 

Greenham,Neil............................................76 

Green,Johney...............................................91 

Gregersen,Misha Marie.............................47 

Grewe,Timothy.......................................... 148 

Grichnik,Michael Jon...........................74, 77 

Grill,Michael.........................................86, 143 

Grimaldi,Alberto........................................ 171 

Grimaldi,Carlo N........................................ 171 

Grisch,Frédéric.......................................... 128 

Groebel,David J..........................................93 

Groene,Michael...........................................58 

Groenewald,J..............................................80 

Groff,Edward G................................. 105, 137 

Groppo,Riccardo........................................55 

Gross,Daniel............................................... 115 

Grossman,Ronald S.................................. 112 

Grötsch,Stefan G........................................29 

Gruber,Rebekah........................................101 

Gruen,Petra.................................................85 

Grußmann,Elmar........................................86 

Gruszczynski,Robert..................................61 

Grygier,Paul....................................39, 43, 47 

Guan,Hao..................................................... 74 

guan,li..........................................................153 

Guan,Lifeng................................................. 57 

Gu,Cheng.....................................................39 

Guercioni,Guido Ricardo......................... 142 

Guessous,Laila........................................... 121 

Guevel,Sabine.............................................65 

Gugnani,Bindiya........................................ 113 

Guilain,Stéphane....................................... 131 

Gukelberger,Raphael............................... 156 

Gu,Liang......................................................101 

Gullberg,Peter.............................................82 

Gunaratne,Pujitha...................................... 37 

Gunasekaran,Natarajan............................ 74 

Gunderson,Joel........................................ 130 

Guo,Hengjie................................................152 

Guo,Huairui.................................................93 

Guo,Konghui.............................................108 

Guo,Mingchao....................... 111, 115, 118, 119 

Guo,Xiaoru.................................................. 115 

Guo,Xuexun...........................................39, 74 

Guo,Yang......................................................36 

Guo,Yichao........ 130, 137, 142, 143, 150, 152, 

..............................................................157, 165 

Gupta,Ashraya............................................ 77 

Gupta,Ashutosh................................. 127, 133 

Gupta,Deepak.............................................83 

Gupta,Omnaath Guptha Harihara......... 169 

Gupta,Subhabrata......................................61 

Gupta,Umashanker.............................97, 101 

Gupta,Vishal................................................34 

Gupte,Keyur................................................62 

Gu,Randy...................90, 91, 93, 96, 99, 101 

Gurjar,Soumil.............................................135 

Gu,Yi Sung...................................................43 

Guzel,Ahmet.............................................. 119 

H 

Habuchi,Ryoji............................................. 117 

Hacker,Sarah...............................................45 

Hada,Hideki....................................60, 61, 62 

Hada,Masatoshi...........................................41 

Hadl,Klaus....................................................83 

Haga,Tomoyuki...........................................58 

Hagen,Chris................................131, 142, 150 

Haggag,Salem A......................................108 

Haider,Syed F................................46, 96, 99 

Haiyum,Abdul............................................ 115 

Hajbabaei,Maryam................................... 142 

Hakeem,Mohannad................................... 161 

Hakim,Layal............................................... 159 

Ha,Kyoung-Ku.......................................... 148 

Halbhuber,Johannes................................. 111 

Halfpenny,Andrew.....................................93 

Hall,Amber...................................................41 

Hall,Carrie.......................................... 142, 145 

Haller,James.............................................. 150 

Hall,Jonathan.....................................133, 137 

Hall,Jonathon M........................................ 167 

Hallman,Jason............................................ 35 

Hallman,Jason J.........................................34 

Hall,Matthew J.......................................... 128 

Halloway,Dale.............................................34 

Hallstrom,Kevin........................................ 163 

Halow,George F......................................... 113 

Hamada,Shigetaka.................................. 107 

Hamaguchi,Takeshi.................................... 37 

Hamakawa,Takeru............................. 115, 152 

Hamalian,Shant..........................................72 

Hamamura,Yoshihiko.............................. 143 

Hamilton,Benjamin....................................29 

Hamilton,Jason....................................93, 118 

Hamilton,Len............................................. 130 

Hamilton,Travis...........................................86 

Ham,Suk Jae......................................... 30, 35 

Hamza,Karim............................................. 134 

Hanaki,Yasunari..........................................78 

Hanamura,Katsunori.................................83 

Hanano,Shingo..........................................101 

Hanauer,Christophe.................................. 151 

Hanbal,Mohab Yasser................................ 74 

Han,Bonghoon...........................................137 

Hance,Brandon M..................................... 107 

Han,Dong........................................... 139, 154 

Haneda,Hiroaki..........................................152 

Hangas,Jon.................................................. 74 

Han,Jingpeng............................................. 119 

Han,JungJae.............................................. 131 

Han,Kyoungchan...................................... 154 

Hannon,Terry............................................ 103 

Hansen,John...............................................65 

Hansen,Steve.............................................110 

Hansen,Taylor........................................... 159 

Hanson,Reed............................................. 145 

Hanssmann,Daniel.....................................48 

Han,Taehoon........................................85, 86 

Han,Taeyoung..............................47, 127, 147 

Han,Wei........................................................39 

Han,Xiaoye................................................. 171 

Han,Xin........................................................153 

Hanyu,Susumu.......................................... 139 

Hao,Han........................................................80 

Haque,Imtiaz............................................. 158 

Harada,Hironori........................................ 130 

Harada,Masaki.......................................... 139 

Harada,Tomohisa.......................................64 

Hara,Takashi............................................... 112 

Hara,Takuya.................................................72 

Hara,Yoichiro...............................................53 

Hardes,Stefan.............................................55 

Hardy,Bruce............................................... 163 

Hardy,Gilles............................................... 159 

Hardy,Warren N..........................................34 

Harinath,Arvind..........................................80 

Harms,Kevin.............................................. 145 

Harnett,Kevin..............................................53 

Harp,Spencer..............................39, 154, 156 

Harrison,Jonathan....................................152 

Hartley,Ryan................................................ 77 

Hasegawa,Miwako.....................................67 

Hasegawa,Takahiko................................. 165 

Hase,Kohei..................................................110 

Hashemian,Alireza..............................43, 44 

Hashimoto,Hisashi....................................152 

Hashimoto,Jun...........................................155 

Hashimoto,Masanori................................. 77 

Hashizume,Takeshi.................................. 134 

Hashizume,Yoshimitsu................ 36, 49, 50 

Hassaneen,Ahmed E............................... 144 

Hatakeyama,Nozomu...............................155 


177


Hata,Ryuichi...............................................137 

Hattori,Souichirou.....................................127 

Hattori,Yoshiaki........................................ 143 

Hattori,Yoshikazu........................................41 

Hattori,Yoshiyuki........................................64 

Hatzipanagiotou,Alexandros.................. 161 

Haughton,Andrew................................... 159 

Haupt,Tomasz A.........................................99 

Hauschild,Hans W......................................34 

Hawkes,Evatt.....................................133, 135 

Hawkins,Shawn........................................ 148 

Haworth,Daniel C............. 145, 154, 161, 169 

Hayakawa,Kisaburo.................................. 161 

Hayashi,Koichiro....................................... 107 

Hayashi,Yasuhiro........................................67 

Head,Larry...................................................62 

Head,Robert.............................................. 138 

Heck,Ronald................................................ 77 

Hector,Louis....................................... 113, 122 

Hector,Louis Gerard..................................101 

Hedrick,J. Karl........................................... 165 

Hedrick,R................................................... 103 

Hege,Andreas..............................................61 

Heibel,Achim............................................... 73 

Heitz,Mark.......................................39, 43, 47 

Hekal,Abd El-Rahman...............................96 

Hellier,Paul..................................................135 

Helmer,Melanie........................................... 33 

Hemdal,Stina............................................... 77 

He,Minsheng.............................................. 121 

Hendy,Muhannad.......................................96 

Henein,Naeim A........................................101 

Henner,Manuel............................................85 

Henriksson,Fredrik....................................99 

Henry,Cary..................................... 76, 80, 83 

Henry,Christopher D..................................29 

Hensel,Sebastian..................................... 136 

Henze,Roman............................................. 119 

Hernandez,Luis.......................................... 60 

Herrin,David W....................... 39, 40, 41, 45 

Herrin,Ronald....................................140, 148 

Herrin,Ronald James.......................140, 148 

Herrmann,Guido.........................................47 

He,Rui..............................39, 65, 68, 69, 109 

Hervas-Blasco,Estefanía..................157, 161 

Hessel,David..........................................37, 43 

Hess,Howard............................................... 77 

He,Weikun-Jimmy.................................... 167 

He,Xiao Yu..................................................135 

He,Xin.................................................. 133, 171 

Heydinger,Gary J...........................39, 43, 47 

He,Yucheng..................................................67 

He,Yuping.................................................... 115 

Heywood,John...........................................135 

Hibberd,Benjamin.....................................137 

Hibino,Ryoichi..............................................41 

Higgins,Nicholas........................................80 

Higuchi,Kazunori........................................ 37 

Higuchi,Kenichi...........................................96 

Higuchi,Tomoya.........................................147 

Hijawi,Mohammad.....................................93 

Hildebrandt,Harry A...................................61 

Hildebrand,Volker...............................30, 34 

Hilditch,James........................................... 161 

Hill,Haley..................................................... 121 

Hill,Leslie........................................80, 82, 86 

Himeno,Hiroshi........................................... 33 

Himmler,Andreas.......................................65 

Hinojosa,Matthew.....................................135 

Hioki,Jun......................................................99 

Hirabayashi,Satoko.................................... 35 

Hirai,Takeshi.................................. 54, 55, 65 

Hirano,Satoshi...........................................135 

Hiraoka,Kenji......................................143, 155 

Hirasawa,Takamichi..................................147 

Hirata,Yoshiro..............................................67 

Hiratsuka,Ichiro......................................... 119 

Hiratsuka,Shigeyoshi................................ 37 

Hirche,Benjamin........................................ 44 

Hirohashi,Wataru.......................................67 

Hiroki,Motoji...............................................147 

Hirose,Shogo...............................................80 

Hirose,Shota...............................................157 

Hirose,Toshiya.............................................54 

Hirota,Yasuki...............................................85 

Hirzer,Andreas............................................45 

Hirz,Mario..............................................53, 171 

Hite,Joseph..................................................63 

Hoag,Kevin................................................ 170 

Hoag,Kevin L..................................... 128, 169 

Hoard,John...................................85, 86, 152 

Hoard,John W............................................. 77 

Hocking,Ashlie B........................................65 

Hodges,Steven...........................................29 

Hodges,Steven E........................................29 

Hodgkins,Jeffrey R....................................93 

Hodgson,Devin......................................... 162 

Hoffman,Mark.............................................88 

Hoffman,Mark A.........................................86 

Hofmann,Heath..........................................99 

Hofmann,Oliver........................................ 165 

Hofstetter,Martin...................................... 167 

Hojnacki,Henry E...................................37, 41 

Hojo,Teppei...................................................31 

Holderbaum,Bastian.................................86 

Holland,Steven.......................................... 60 

Holland,Steven W...................................... 60 

Holl,Stephen M...........................................80 

Holmes,Alan.............................................. 148 

Holmes,K. John.........................................140 

Holweg,Edward.......................................... 57 

Hommen,Gillis.............................................83 

Homsi,Emile................................107, 116, 119 

Honecker,Sharon L.....................................93 

Hong,Chae-Hwan...............................112, 116 

Hong,Jeong................................................ 118 

Hong,Keum Taek....................................... 112 

Hong,Seung Hoon.....................................110 

Hong,Yao.....................................................133 

Hori,Toshikazu.............................................64 

Horning,Charles..........................................63 

Horvath,Curt............................................... 111 

Hosaka,Tomoyuki.......................................96 

Hoshikawa,Norishige................................ 57 

Hoshino,Takashi.........................................147 

Hoshi,Takashi.....................................147, 163 

Hotta,Yoshihiro................................. 143, 152 

Hou,Hangsheng........................................ 163 

Hou,Jie........................................................ 139 

Houldcroft,John.........................................86 

House,Christopher.................................... 161 

Howell,Jeff...................................................49 

Howell,Thomas Peter...............................147 

Howes,Meghan K.......................................34 

Howland,David L.................................30, 34 

Hoyer,Kevin................................................ 131 

Hrnjak,Predrag.....................................74, 77 

Hsieh,Li.........................................................32 

Hsu,Ting-Wei..............................................127 

Hua,Charles............................................... 149 

Huai,Tao........................................................82 

Huang,Denggao....................................... 167 

Huang,Jun.................................................109 

Huang,Kuohsiu David...............................127 

Huang,Libo..................................................69 

Huang,Mike................................................ 165 

Huang,Yiqun....................................... 163, 171 

Huang,Yuexin............................................. 171 

Huang,Zhen............................................... 154 

Huang,Zuohua...........................139, 145, 153 

Hua,Xin...........................................39, 40, 171 

Huber,Benedikt........................................ 165 

Huber,Robert W........................................ 113 

Hu,Bo.....................................................69, 131 

Hu,Erjiang.................................. 139, 145, 155 

Huff,Shean..........................................161, 169 

Hufnagel,Alan.............................................99 

Hu,Hongyu...................................................34 

Huisman,Sonny..........................................47 

Hui,Xie..........................................................98 

Hu,Jibin...................................................... 105 

Hu,Jie.....................................93, 137, 152, 157 

Hu,Jingwen...........................................35, 101 

Hu,Jun.....................109, 111, 113, 118, 163, 171 

Hula,Aaron................................................. 167 

Hu,Liangjun........................................ 163, 171 

Hull,Tina...................................................... 103 

Hulzen,Shon Van........................................82 

Humbert,Michael P......................................91 

Hu,Min..........................................................135 

Humphreys,Hugh Luke.............................55 

Hung,David L.S......................................... 128 

Hunter,Ross.................................................38 

Hunter,Timothy.......................................... 115 

Hupcey,Joe..................................................58 

Huq,Mohammad.........................................66 

Hurlbut,Jeffrey...........................................29 

Hurpekli,Mersin......................................... 119 

Hu,Shaohua.................................................82 

Hussein,Sama.............................................29 

Hutchins,Marcus........................................ 118 

Huten,Timothy............................................29 

Huth,Thomas............................................. 159 

Hu,Tie Gang........................................ 141, 153 

Hu,Wang.....................................................133 

Hu,Xianfeng..................................................91 

Hu,Xiaohua......................................... 113, 122 

Hu,Zongjie.................................. 137, 152, 157 

Hwang,Changsun..................................... 162 

Hwang,Eunjoo............................................ 35 

Hwang,Iljoong...........................................137 

Hwang,Kookjin..........................................137 

Hyncik,Ludek..............................................45 

Hyvärinen,Ann............................................34 

I 

Ibarra,Ireri....................................................69 

Ibrahim,Salah S........................................ 169 

Ichikawa,Takayuki......................................83 

Ichiro,Akahori.............................................53 

Ichiyanagi,Masayuki.................................135 

Ickes,Andrew.................... 128, 135, 145, 154 

Ide,Nobuhiro...............................................99 

Ide,Takanori..........................................93, 96 

Idota,Yoshinori.......................................... 134 

Iguchi,Tsuyoshi..........................................152 

Ihm,Hyungbin........................................... 142 

Iida,Akiyoshi................................................36 

Iida,Keiichiro...............................................36 

Iida,Norimasa.............................................157 

Iida,Tatsuya.................................................83 

Iida,Yoshiyuki.............................................152 

Iijima,Hiroshi................................................41 

Ikeda,Eiji..................................................... 130 

Ikeda,Shinji..................................................96 

Ikeura,Yukihiro........................................... 113 

Ike,Wataru....................................................41 

Ikogi,Yoshihiro.......................................... 165 

Iliadis,Ken....................................................45 

Imahigashi,Shoichi....................................86 

Imai,Suguru.................................................58 

Imanishi,Hiroyuki..................................... 165 

Imanishi,Tomoyuki.................................... 116 

Imaoka,Yoshihiro.......................................157 

Im,Hong.......................................131, 146, 169 

Inaba,Kenji..................................................155 

Inaba,Takuya............................................. 169 

Inagaki,Kazuhisa...................................... 134 

Inayoshi,Minaji.......................................... 143 

In,Chibum..................................................... 75 

Indinger,Thomas..........................................41 

Ingesson,Gabriel...............................137, 158 

Ingram,Kristopher.....................................76 

Inose,Syouji................................................. 77 

Inoue,Kazutaka...........................................68 

Inoue,Masahiko......................................... 119 

Inoue,Masashi................................... 130, 153 

Inoue,Satoshi.............................................. 37 

Inoue,Takao................................................157 

Inuzuka,Satoko..........................................110 

Iorio,Silvana Di.................................. 128, 148 

Iqbal,Asim.................................................. 142 

Irimescu,Adrian................................. 154, 171 

Ishibai,Nobuyoshi....................................100 

Ishibashi,Kazunobu................................. 148 

Ishida,Kenji.................................................157 

Ishida,Masaya...........................................140 

Ishiguro,Hiroshi..........................................66 

Ishihara,Yoshimichi........................... 115, 152 

Ishii,Eiji.........................................................96 

Ishii,Hajime................................................. 161 

Ishikawa,Masami.......................................135 

Ishimaru,Tomoyoshi................................ 139 

Ishizaki,Keita..............................................147 

Ishizawa,Yukie............................................155 

Islam,Asiful..................................................47 

Islam,Mafijul................................................68 

Islam,Moni...................................................47 

Ismail,Mohammed.....................................85 

Istselemov,Dmitriy.....................................59 

Itabashi,Kinnosuke...................................133 

Itakura,Eiji................................................... 40 

Ithape,Pradip..............................................96 

Itoga,Michitaro......................................... 107 

Itoh,Atsushi.................................................46 

Ito,Hayami..................................... 54, 55, 65 

Ito,Hiroaki.................................................... 111 

Ito,Hisahiro................................................ 165 

Itoigawa,Fumihiro.................................... 130 

Ito,Kiyoshi...........................................152, 153 

Ito,Masaaki.................................................. 77 

Ito,Mitsuhiro................................................ 77 

Ito,Satoshi....................................................99 

Ito,Shinya.....................................................64 

Ito,Toshio......................................................56 

Itou,Junji......................................................78 

Ito,Yoshiaki................................................ 130 

Ivanco,Andrej......32, 99, 127, 133, 134, 140, 

..................................................... 148, 157, 158 

Ivanic,Ziga...................................................72 

Ivanov,Andrey.............................................29 

Ivanovi,Vladimir........................................ 159 

Ivarsson,Anders...............................133, 160 

Ive,Hillary Page...........................................45 

Ives,Mark..................................................... 131 

Iwade,Takanobu........................................ 112 

Iwai,Akihito.................................................58 

Iwama,Takashi........................................... 113 

Iwami,Nobuya.............................................83 

Iwamoto,Masakazu....................................83 

Iwamoto,Masami........................................ 35 

Iwamoto,Shoichi.......................................109 

Iwanaga,Soichiro.......................................48 

Iwasaki,Kentaro.......................................... 73 

Iwata,Ryuichi..............................................85 



Iwata,Takashi..............................................157 

Iyer,Suresh...................................................80 

Iyoda,Motomi..............................................49 

Izawa,Takashi.............................................. 111 

Izosimov,Viacheslav...................................68 

Izui,Kazuhiro................................................93 

J 

Jabr,Rabih....................................................93 

Jackson,Gerald...........................................95 

Jackson,Matthew..................................... 102 

Jacobs,Julie.................................................98 

Jacobs,Timothy......................................... 143 

Jacques,Jason.............................................80 

Jade,Shyam....................................... 142, 163 

Jadhav,Sangram........................................83 

Jaggi,Shubham..........................................152 

Jagner,Mark............................................... 142 

Jahangirian,Saeed................................... 169 

Jahed,Hamid.............................................. 115 

Jahn,Patric................................................... 33 

Jaikamal,Vivek............................................65 

Jain,Pritesh................................................100 

Jaiswal,Ashish......................................77, 78 

Jaju,Satish..................................................100 

Jakirlic,Suad................................................48 

Jalalmaab,Mehdi........................................54 

jambor,Eric................................................ 165 

Jambor,Eric................................................ 165 

Janczur,Robert........................................... 37 

Jane,Robert S............................................100 

Jang,Bongchoon........................................39 

Jang,Yong Chul...........................................49 

Jan,James....................................................99 

Jankovic,Mrdjan..........................................85 

Jannelli,Elio.................................................86 

Jansen,Wilko.............. 47, 72, 79, 82, 85, 88 

Jansons,Marcis.......................................... 128 

Jansson,Jonas.............................................80 

Jasurda,Donald..........................................101 

Jatana,Gurneesh S...................................140 

javed,Farhan..........................................78, 91 

Javed,Farhan.........................................78, 91 

Javed,Salman........................................78, 91 

Jawad,Badih..........................................61, 62 

Jayakumar,Paramsothy.................... 99, 116 

Jayanthi,Aditya..........................................99 

Jeffers,Matthew A...................................... 77 

Jeftic,Marko........................................137, 156 

Jehlik,Forrest.............................................. 74 

Jenkins,Neil............................................... 105 

Jennings,P........................................... 67, 127 

Jennings,Paul..............................................67 

Jennings,Paul A.........................................127 

Jennions,Ian K........................................... 60 

Jensen,Michael.......................................... 60 

Jeon,Byeong Wook................................. 159 

Jeong,Donghoon..................................... 159 

Jeong,Jongryeol.......................................127 

Jeong,Yonghwan........................................65 

Jeong,Youngsoo....................................... 148 

Jeon,Sangwoo............................................67 

Jeon,Soo............................................. 54, 148 

Jeon,Soo Jung............................................43 

Jeshani,Mahesh........................................ 143 

Jesús,Yaritza M. López - De.....................76 

Jha,Kaushal Kumar................79, 80, 82, 85 

Jhavar,Rahul..........................................74, 77 

Jiang,Bangshui.........................................100 

Jiang,Binhui.......................................... 34, 35 

Jiang,Chonghua.................................. 115, 118 

Jiang,Dongying......................................... 118 

Jiang,Liying...............................................109 

Jiang,Qingkun.............................................55 

Jiang,Shengbing........................................70 

Jiang,Weihai...............................................132 

Jiang,Weiran..............................................101 

Jiang,Xuqian.............................................. 116 

Jiang,Yang.................................................. 115 

Jiang,Yanpeng........................................... 121 

Jiang,Yazhou.............................................. 90 

Jiang,Yu...................................... 142, 148, 152 

Jiao,Jianzhong...............................29, 32, 37 

Jia,Zhichao................................................. 171 

Ji,Kangping................................................. 74 

Jilesen,Jonathan........................................39 

Jimbo,Tomohiko..........................................41 

Jing,Daliang...............................................152 

Jin,Wensi......................................................65 

Jin,Woojae.................................................. 112 

Jin,Xiaoqing.............................................. 165 

Jin,Xin........................................................... 35 

Jin,Yong Sun (Steven).............................. 116 

Jin,Zebing...................................................157 

Jin,Zheyan...................................................79 

Jin,Zhihong.................................................147 

Ji,Peijun........................................................30 

Joa,Eunhyek................................................43 

Jo,ByeongRim.............................................65 

Joesel,Kevin...............................................123 

Johannessen,Kristian.................................41 

Johannsen,Heiko........................................45 

Johansen,Keld............................................76 

Johansen,Kerstin........................................99 

Johansson,Anders N............................... 156 

Johansson,Bengt...... 131, 137, 138, 142, 148 

Johansson,Inge...........................................41 

Johansson,Rolf........................... 62, 137, 158 

Johns,Mike................................................. 150 

Johns,Mishel................................................45 

Johnson,Donald V.................................... 142 

Johnson,James...........................................49 

Johnson,Kent......................................79, 142 

Johnson,Stuart......................................... 149 

Johnson,Taylor............................................ 37 

Johnson,Terry A............................... 152, 163 

Johnson,Timothy................................. 72, 82 

Johrendt,Jennifer.....................................108 

Jo,Hyunkwon.......................................92, 112 

Jo,Kyuhwan............................................... 167 

Jones,Aaron...............................................135 

Jones,Billy C................................................53 

Jones,Derek.................................................34 

Jones,James Peyton.................................157 

Jones,Michael J......................................... 105 

Jones,Monica.............................................. 37 

Jones,Monica Lynn Haumann..................30 

Jones,Stanley...............................................61 

Jono,Mitsutaka..........................................137 

Joo,Shinhyuk............................................. 156 

Jordon,Brian............................................... 115 

Joshi,Darshak..............................................94 

Joshi,Shailesh.............................................85 

Joshi,Umashankar Mohan Chandra.......101 

Joshi,Yashodhan V................................... 150 

Jo,Young Suk..............................................135 

Jr,Roberto Pesce........................................96 

Ju,Feng............................................... 134, 167 

Ju,Jaehyung.........................................30, 34 

Jung,Choongsoo....................................... 131 

Jung,Dohoy....................................... 159, 167 

Jung,Heejung....................................... 79, 82 

Jung,Se Ge...................................................94 

Jung,Sunghee.............................................45 

Junior,Eloy Martins de Oliveira................68 

Jupudi,Ravichandra S............................. 150 

Jurkovic,Sinisa...........................................152 

Juskiewicz,Michael....................................99 

Justet,Frederic.......................................... 154 

Ju,Wendy.............................................. 45, 53 

K 

Kaal,Benjamin.............................................86 

Kabanovs,Anton.........................................39 

Kabasin,Daniel.......................................... 150 

Kadam,Mahesh Balasaheb......................153 

Kaessmeyer,Michael..................................59 

Kaga,Tomoyuki................................... 67, 165 

Kahlbaum,Dennis.......................................82 

Kahnt,Sebastian....................................... 134 

Kai,Ryuji.......................................................80 

Kaiser,Sebastian....................................... 129 

Kajikawa,Katsuhiro................................... 113 

Kaji,Takefumi..............................................153 

Kajiyama,Yuko........................................... 112 

Kakinuma,Takashi.....................................137 

Kaldas,Mina M.S........................................ 119 

Kale,Manjil...................................................98 

Kaleto,Helen A.....................................30, 34 

Kalghatgi,Gautam............................ 138, 158 

Kallerdahl,Anders............................... 67, 70 

Kallweit,Stephan.........................................31 

Kalra,Anil.....................................................34 

Kamasamudram,Krishna............ 76, 83, 86 

Kameyama,Toshiyuki.............................. 143 

Kamichi,Kensuke......................................140 

Kamiya,Toshihiko..................................... 139 

Kamiya,Yusuke............................................39 

Kamp,Carl....................................................87 

Kamp,Carl Justin..................................74, 75 

Kamping,Heinz......................................... 150 

Kamra,Ketan............................................... 77 

Kan,Cing-Dao.......................................43, 44 

Kandreegula,Suresh Kumar.....................97 

Kandukuri,Pavankumar Reddy.............. 113 

Kaneda,Tomoyuki......................................42 

Kane,Erik......................................................93 

Kaneko,Naoji...............................................67 

Kaneko,Takahisa.......................................160 

Kang,Chang Mook......................................43 

Kang,HongTae..................................... 115, 118 

Kang,Hyungsouk...................................... 142 

Kang,Jidong..............................................108 

Kang,Jinsuk............................................... 159 

Kang,Julie....................................................68 

Kang,Ken....................................................108 

Kanianthra,Joseph................................37, 41 

Kannaiyan,SenthilKumar........................ 102 

Kano,Tatsuya.............................................. 113 

Kano,Tomoyuki......................................... 139 

Kansara,Saket..............................................91 

Kanuma,Tsuyoshi........................................41 

Kapinski,James......................................... 165 

Kaplan,Janna..............................................43 

Karadeniz,Hüseyin................................... 154 

Karaki,Sami............................................... 163 

Karaki,Sami H.............................................93 

Karaky,Hassan...........................................155 

Karasawa,Yoshio........................................58 

Karasev,Oleg...............................................56 

Karavalakis,George..................142, 145, 148 

Karbon,Kenneth.........................................47 

Karbowski,Dominik........................... 55, 127 

Kargul,John........................................167, 170 

Karim,Ahsanul.......................................... 167 

Karimi,Hamid Reza....................................43 

Karimvand,Reza.........................................62 

Karl,Andreas.............................................. 121 

Karlsson,Matts............................................32 

Karlsson,Mikael..........................................82 

Karnik,Amey Y............................................85 

Karoshi,Paul.............................................. 167 

Karthikeyan,Krishnan.............................. 102 

Kasahara,Taro............................................ 171 

Kasai,Akira............................................49, 50 

Kashimura,Yukiya..................................... 159 

Kashio,Ryuta.............................................. 112 

Kashiwa,Tatsuya.........................................58 

Kassa,Mateos............................................ 145 

Kass,Michael D.................................. 130, 142 

Kastengren,Alan............................... 128, 136 

Kastrinaki,Georgia.....................................83 

Katahira,Natsuhiko.................................. 107 

Kato,Akira...................................................110 

Kato,Chisachi........................................36, 49 

Katoh,Daichi.........................................49, 50 

Kato,Hisao................................................. 148 

Kato,Masaki................................................ 112 

Katori,Noriaki............................................ 107 

Kato,Shinji.....................................................41 

Kato,Shinpei................................................65 

Kato,Shinsuke.............................................78 

Kato,Takamasa............................................48 

Kato,Takashi...............................................152 

Kato,Takeshi......................................... 55, 56 

Katrasnik,Tomaz....................................... 163 

Katsuyama,Etsuo.................................32, 33 

Katz,Beverly............................................... 115 

Kauffman,Nicholas....................................30 

Kaul,Brian.................................................. 143 

Kaul,Brian C...............................128, 140, 156 

Kaulgud,Pushkaraj.....................................62 

Kaushal,Paras.............................................79 

Kaushik,Shailendra......................47, 127, 131 

Kausik,Galab................................................34 

Kavuri,Chaitanya...................................... 154 

Kawabata,Masahiko.................................135 

Kawaguchi,Akio........................................ 143 

Kawaguchi,Hiroshi.................................... 112 

Kawahara,Kosho........................................49 

Kawakami,Akifumi..................................... 77 

Kawamata,Hideyuki..................................32 

Kawamura,Jyun.........................................152 

Kawamura,Kiyomi................................... 134 

Kawamura,Makoto......................................41 

Kawano,Daisuke........................................ 161 

Kawasaki,Takashi......................................152 

Kazour,Joseph.......................................... 150 

Kazuo,Hitosugi............................................55 

Kedzior,Kathleen E............................... 53, 61 

Kee,Robert................................................. 145 

Keifer,Orion.................................................43 

Keifer,Orion P..............................................45 

Kekelia,Bidzina........................................... 77 

Keleher,Daniel Bradley.............................95 

Keller,Andrei...............................127, 139, 151 

Keller,James........................................ 112, 113 

Keller,Martin.................................................91 

Keller,Rachel................................................38 

Keon,Timothy............................................. 44 

Kerres,Bertrand........................................ 167 

Kerrigan,Jason.....................................34, 49 

Kerrigan,Jason R........................................45 

Kersten,Keith R......................................... 103 

Kerst,Stijn.................................................... 57 

Kesavan,Vigneshwara Raja.................... 145 

Keskin,Mahir Tim...................................... 143 

Kfoury,Giscard.............................................61 

Khafagy,Esraa A......................................... 111 

Khair,Magdi.................................................76 

Khair,Magdi K....................................... 77, 80 

Khalafalla,Mohammed A. H.....................93 

Khalane,Hemant.........................................87 

Khalane,Hemant R.....................................85 


179


Khaled,Nassim................................... 86, 150 

Khalef,Mohamed Shaaban..................... 130 

Khalek,Imad................................................83 

Khalek,Imad A..................................... 79, 82 

Khalid,KM.....................................................53 

Khalighi,Bahram...................47, 49, 127, 147 

Khammassi,Montassar..............................87 

Khan,Amanullah....................................... 148 

Khandaker,Masuma...................................96 

Khanger,Rakesh........................................ 114 

Khanh,T. Q.................................................... 33 

Khan,Jihas....................... 33, 62, 67, 68, 133 

Khan,Mohsin................................................80 

Khan,Muzammil.......................................... 74 

Khanna,Arjun............................................ 166 

Khan,Parvej.................................. 82, 85, 139 

Khan,Saida................................................. 119 

Khan,Siddiq..........................................83, 86 

Kharazi,Amir...............................................34 

Khastgir,Siddartha.....................................67 

Kheirkhah,Pooyan.................................... 150 

Khosrovaneh,Abolhassan.....111, 115, 118, 119 

Khurana,Rajdeep Singh.......................... 102 

Khurshid,Muneeb..................................... 146 

Kidokoro,Toru..............................................86 

Kihas,Dejan......................................... 86, 150 

Kihm,Frédéric.............................................93 

Kikuchi,Takaji............................................160 

Kil,Irfan.........................................................86 

Kim,BaekGyu..............................................58 

Kim,Bokyung............................................. 114 

Kim,Chi Myung.......................................... 148 

Kim,Dae-Kyoo.............................................58 

Kim,Dallwoo..............................................140 

KIm,Do Hoi...................................................43 

Kim,Heungchul..........................................137 

Kim,Hyung Ho.............................................66 

KIM,Hyung Seok........................................ 116 

Kim,Insu.......................................................76 

Kim,Jaekwon............................................... 57 

Kim,Jinsung............................................... 159 

Kim,Jonggyu...............................................45 

Kim,Joohan................................................ 161 

Kim,Jung Hyun.......................................... 131 

Kim,K. Han................................................... 37 

Kim,Kilsoo....................................................43 

Kim,Kwangil................................................67 

Kim,Namho..........................................151, 161 

Kim,Pyoung Beom.....................................45 

Kim,Sae Hoon........................................... 148 

Kim,Sang-Hwan....................................... 159 

Kim,Sangjoon........................................... 167 

Kim,Seok Hwan......................................... 116 

Kim,Seonwook............................................65 

Kim,Seoung Eun...................................37, 49 

Kim,Sungdeok.......................................... 167 

Kim,Tae Hyun.............................................. 37 

Kim,Taewoo................................................ 131 

Kim,Taewung...............................................49 

Kimura,Hiromichi..................................... 149 

Kimura,Kazutaka.........................72, 74, 109 

Kimura,Kentaro......................................... 117 

Kimura,Shigeyuki....................................... 37 

Kimura,Tsuyoshi........................................127 

Kim,Wonhee................................................43 

Kim,Wootae................................................137 

Kim,Yoontak...............................................152 

Kim,Youngsuk.............................................67 

Kinage,Ketan...............................................92 

King,David...................................................38 

King,David J................................................49 

King,Jason................................................. 130 

Kinney,David.............................................. 60 

Kirchen,Patrick................................. 135, 150 

Kirkpatrick,Gary...............................146, 167 

Kirsten,Martin........................................... 136 

Kishikawa,Takeshi......................................58 

Kishi,Norimasa............................................66 

Kishore,Kamal.............................................79 

Kiss,Tibor.....................................................72 

Kitagawa,Yuichi..........................................45 

Kitahama,Kenichi...................................... 40 

Kitamura,Takahiro......................................49 

Kitamura,Yoshihiko....................................58 

Kitano,Hiroaki.............................................55 

Kitazawa,Osamu......................................160 

Kittelson,David.................................... 79, 82 

Kizhedath,Govind.......................................79 

Klacza,Robert......................................58, 64 

Klampfl,Erica................................................91 

Klein,Katelyn............................................... 35 

Kleinow,Kelsi............................................. 156 

Klemm,William.......................................... 131 

Klier,Willy.....................................................49 

Klimachkova,Anna.....................................56 

Klimke,Martin..............................................58 

Klimm,Alexander.......................................54 

Klindt,Kody G.................... 142, 150, 157, 165 

Klingbeil,Adam E...................................... 150 

Klinikowski,David.......................................80 

Klomp,Ryan.................................................50 

Klos,Ralf.....................................................108 

Klyatis,Lev.................................................. 90 

Knackstedt,Clinton.................................. 165 

Knapton,Daniel J.......................................135 

Knauf,Juergen............................................ 74 

Kneissl,Christopher.................................. 167 

Knight,John C.............................................65 

Knowles,Aliyah...........................................39 

Knox,Benjamin..........................................133 

Kobayashi,Norimasa.................................93 

Kobayashi,Takao......................................... 33 

Kobayashi,Toshiaki..................................140 

Kobayashi,Yuji.........................49, 50, 72, 78 

Kobbert,Jonas............................................ 33 

Kobuna,Shunsuke.............................. 67, 165 

Kocer,Fatma Y.............................................93 

Koch,Daniel...........................................37, 43 

Kochhar,Dev S.............................................69 

Koch,Thomas...................................... 129, 161 

Koci,Chad...........................................150, 154 

Koczak,Justin..............................................79 

Kodachi,Takashi..........................................53 

Kodavasal,Janardhan...................... 132, 145 

Koehler,Armin.............................................49 

Koganti,Ramakrishna.................. 91, 99, 101 

Kogo,Tomoyuki......................................... 143 

Kogut,Krzysztof..........................................65 

Kohn,Andre.................................................68 

Kohri,Itsuhei............................49, 50, 72, 78 

Koike,Takashi.............................................. 112 

Kojima,Shinichi........................................... 37 

Kokal,Helmut..............................................58 

Kokjohn,Sage............ 128, 135, 139, 145, 154 

Kokjohn,Sage L......................................... 145 

Kolasa,Marta...............................................68 

Kolich,Michael..............................................41 

Koli,Rohit........................................... 142, 163 

Kollmeier,Marco..........................................86 

Kolmanovsky,Ilya..................................... 165 

Kolodziej,Christopher P............................ 131 

Kolomaznik,Ales.........................................53 

Komaba,Kenichi........................................ 171 

Komada,Masashi....................................... 115 

Komar,John..................................................31 

Komatsu,Satoru..........................................58 

Kondakci,Emin................................... 107, 119 

Kondo,Katsufumi......................................133 

Kondo,Nobuyo........................................... 113 

Kondo,Takashi............................................ 115 

Kong,Dandan............................................ 163 

Kong,Song-Charng.......... 128, 133, 156, 157 

Konikineni,Prabhakar................................93 

Konka,Hari Prasad.....................................96 

Kono,Tetsuya.............................................. 117 

Konstandopoulos,Athanasios G.............83 

Kook,Sanghoon.........................................135 

Koopman,Philip..........................................69 

Kopera,Kevin...............................................45 

Kopp,Gerhard............................................. 117 

Kopp,Gundolf............................................. 117 

Koreishi,Norimasa......................................93 

Kornberger,Bernhard................................93 

Korner,André............................................. 134 

Korsgren,John.......................................... 130 

Kosaka,Hidemasa............................. 143, 152 

Kosaka,Kyoko............................................. 116 

Koshika,Kenichiroh....................................83 

Kosmas,K..................................................... 33 

Kosova,Ervisa.............................................101 

Kosugi,Hajime...........................................160 

Koumura,Shingo........................................39 

Kounenis,Charalampos.............................47 

Kouno,Ryousuke........................................39 

Koushima,Motohiko................................... 111 

Koutsellis,Themistoklis........................... 102 

Kowalski,Teri..............................................135 

Kowalski,Teri D...........................................135 

Koyama,Hiroshi.......................................... 77 

Kozarac,Darko................................... 143, 154 

Kraenzlein,Jeremy................................... 142 

Krajnovic,Sinisa..........................................47 

Kralemann,Falk...........................................64 

Kraljevic,Ivica............................................ 154 

Krastev,Vesselin Krassimirov.......... 86, 169 

Kraus,Harald............................................. 167 

Kreutzer,Cory J........................................... 77 

Krieger,Roger............................................ 105 

Krier,James..................................................59 

Kriescher,Michael...................................... 117 

Krishnaraj,Srikanth................................... 113 

Kriska,Michal...............................................45 

Krivitzky,Eric..................................... 159, 167 

Krol,Artur.....................................................96 

Kroll,Svitlana........................................80, 83 

Krueger,Christian...................................... 161 

Krueger,Kristian....................................... 150 

Ksenevich,Tatiana I....................................56 

Kuan,Chih-Kuang................................85, 86 

Kubish,Scott............................................... 113 

Kubo,Nobuaki.............................................58 

Kubota,Hidenobu.......................................54 

Kubota,Masamitsu........................... 150, 167 

Kubota,Masato.......................................... 170 

Kubsh,Joseph........................................77, 82 

Kuchibhatla,Sreenivas...................... 112, 113 

Kucinschi,Bogdan R................................. 130 

Küçükay,Ferit............................................. 119 

Kudo,Yuki......................................72, 74, 109 

kugor,Branimir.......................................... 159 

Kuhl,Dennis................................................133 

Kuhl,Scott....................................................95 

Ku,Jerry C.................................................. 165 

Kuki,Yosuke.................................................39 

Kulkarni,Amit............................................. 119 

Kulkarni,Amit S......................................... 107 

Kulkarni,Shashi............................................61 

Kumagai,Koushi.........................................93 

Kumagai,Miho.............................................93 

Kumar,Akshay............................................. 77 

Kumaran,Periannan...................................99 

Kumar,Ashok........................................44, 76 

Kumar,Dhinesh...........................................83 

Kumar,Girish..............................................108 

Kumar,Malhar..............................................34 

Kumar,Narendra.........................................69 

Kumar,Naveen................ 77, 78, 87, 131, 152 

Kumar,Praveen..........................................137 

Kumar,Sathish.............................................39 

Kumar,Shyama Ashok.............................. 44 

Kumar,Vivek..............................................100 

Kumita,Kunihiko.........................................67 

Kuntz,Martin............................................... 161 

Kunz,Timothy.............................................147 

Kupper,Frank...............................................83 

Kuppusamy,Venkatesan......................... 156 

Kurachi,Hiroshi........................................... 77 

Kuratani,Naoshi..........................................32 

Kurisetty,Praneeth....................................101 

Kurman,Matthew......................................133 

Kurnool,Goutham...................................... 117 

Kuroda,Satoru.............................................32 

Kuroda,Tomoya.......................................... 73 

Kurokawa,Takanori................................... 116 

Kurokawa,Yasuaki......................................48 

Kurtz,Eric M............................................... 128 

Kurukuri,S................................................... 121 

Kutej,Lukas..................................................48 

Kuthada,Timo..............................................49 

Kuti,Olawole.............................................. 143 

Kutschi,Susanne.........................................83 

Kuwahara,Masaaki.............................. 30, 93 

Ku,Yong-Yuan............................................. 75 

Kuzhikkali,Remesh.....................................79 

Kwak,Kyoungtaek......................................47 

Kweon,Chol-Bum......................................133 

Kweon,Chol-Bum M................................. 156 

L 

Laberteaux,Ken........................................ 134 

Lacaze,Guilhem........................................ 159 

Lacey,Joshua............................................. 143 

Lackner,James R........................................43 

Laclair,Tim J...........................................72, 77 

LaClair,Tim J..........................................72, 77 

Ladommatos,Nicos...................................135 

Laget,Olivier...............................................137 

Lai,Jerry......................................................101 

Lai,Ming-Chia............................................ 128 

Laing,Ian..................................................... 113 

Lakey,Charles............................................ 143 

Lakshminarasimhan,V............................. 145 

Lalit,Manan..................................................82 

Lamb,David A.............................................96 

Lamberg,Klaus............................................65 

Lambert,Christine................................74, 77 

Lambert,Christine K.................................. 74 

Lambert,Mike M..........................................87 

Lambourn,Richard Frank.............37, 43, 45 

Landerville,Jon B....................................... 37 

Landon,Mark...............................................96 

Langella,Giuseppe....................................135 

Langness,Chenaniah............................... 150 

Lan,Ken T.....................................................82 

Lan,Song......................................................88 

Lardner,Kristian Lee...................................41 

Larose,Guy............................................42, 50 

Larouci,Cherif..............................................87 

Larrosa,Carmen........................................ 138 

Larson,Robert.............................................46 

Larsson,Lars......................................... 42, 47 

Latham,David............................................. 113 

Lauber,Andreas..........................................54 

Lauer,Thomas..............................................83 

Launois,Maxime......................................... 77 



Laurino,Adrien........................................... 60 

Lavens,Jolien............................................ 128 

Lavoie,George........................................... 169 

Lawler,Benjamin.......128, 135, 143, 145, 154 

Lawson,Philip..............................................86 

Lazzaro,Maurizio......................................144 

Lea-Langton,Amanda........................ 79, 82 

Leamy,Michael.......................................... 165 

Lee,Byungchan......................................... 159 

Lee,Byungrim..............................................39 

Lee,Chang Ha............................................ 148 

Lee,Cheol W................................................133 

Lee,Chia-Fon.............128, 136, 139, 146, 156 

Lee,Chunhao............................................. 150 

Lee,Daeheung................................... 134, 162 

Lee,Dongpil.................................................39 

Lee,Ellen...................................................... 113 

Lee,Eungkil................................................. 115 

Lee,Felix................................................38, 49 

Lee,Geesu....................................................67 

Lee,Hojoong.............................................. 168 

Lee,Hwangbok...........................................137 

Lee,Hyeongcheol..................................... 142 

Lee,Hyunchul.......................................92, 112 

Lee,Hyunsung.............................................67 

Lee,I-Hsuan.......................................... 38, 65 

Lee,Insup......................................................58 

Lee,Jaepoong.............................................67 

Lee,Jae Seung............................................127 

Lee,Jeong Cheol......................................... 37 

Lee,John................................................65, 68 

Lee,Jong.................................................73, 74 

Lee,Jongsub...............................................137 

Lee,Junyong.............................................. 154 

Lee,Kwanwoo.............................................137 

Lee,Kyoung Min........................................ 154 

Lee,Sangchul............................................. 162 

Lee,Sang Dong...........................................49 

Lee,Sangkyong...........................................67 

Lee,Sangmin...............................................32 

Lee,Sangyong.............................................65 

Lee,Seong-Young............143, 148, 152, 159, 

............................................................. 169, 170 

Lee,Seungha............................................. 154 

Lee,Seung-Hi..............................................43 

Lee,SoDuk..................................................144 

Lee,Timothy...............................136, 146, 156 

Lee,Timothy H........................................... 148 

Lee,Yi-Ching................................................ 37 

Lee,Youngbok........................................... 154 

Lee,YoungChan...........................................45 

Lee,Yung-Li............................ 93, 115, 118, 119 

Lehrheuer,Bastian.................................... 154 

Lehtiniemi,Harry..............................145, 148 

Lehto,Kalle................................................. 148 

Leick,Michael T...........................................152 

Leighton,Daniel..........................................72 

Leitner,Lukas...............................................93 

Lei,Zhengling..............................................65 

Le,Jerry.........................................................49 

Lejsek,David............................................... 151 

Lenhart-Rydzek,Matthias.........................64 

Lenzi,Giulio................................................ 165 

Leonard,Blaine......................................61, 62 

Leroy,Benjamin...........................................47 

Lester,Benjamin..........................................45 

Leteinturier,Patrick....................................55 

Leto,Raymond..............................................31 

Leufven,Oskar........................................... 150 

Levasseur,Aurélien....................................85 

Levitt,Andrew.............................................47 

Lewis,Allan K...............................................65 

Lewis,Andrew........................................... 146 

Lewis,David.................................................99 

Lewis,Jeffrey...............................................65 

Lewis,John.................................................. 90 

Lewis,Sam.................................................. 142 

Lewis,Samuel A.......................................... 74 

Liang,Chen............................................92, 121 

Liang,Long.................................................. 161 

Liang,Xingyu................................ 74, 82, 147 

Liang,Youcai................................................88 

Lian,Xiaomin............................................. 142 

Li,Bin............................................................ 141 

Li,Changle...........................................137, 148 

Li,Chenzhao.................................................93 

Lich,Thomas................................................49 

Li,Chuzhao...................................................34 

Li,Dongxu........................................... 139, 167 

Liebetrau,Thomas......................................29 

Li,Fan................................................... 107, 134 

Li,Huiying................................................... 169 

Li,Huize......................................................... 74 

Li,Jamy.........................................................53 

Li,Jan-Mou.........................55, 58, 60, 61, 67 

Li,Jianqin......................................................39 

Li,Jiaqi................................................... 96, 111 

Li,Jie............................................................. 90 

LI,Jie............................................................. 90 

Li,Jim.................................................... 163, 171 

Li,Jing..........................................................135 

Li,Jingshan......................................... 134, 167 

Li,Juan........................................................ 134 

Li,Jun...................................................... 74, 82 

Li,Junhui....................................................... 77 

Li,Junrui................................................118, 121 

Li,Kang..........................................................65 

Li,Keqiang....................................................32 

Likich,Mark.................................................. 115 

Li,Liang.................................... 29, 79, 94, 99 

Li,Liguang............. 131, 135, 137, 152, 157, 171 

Li,Lin..............................................................42 

Li,Lingxi..................................................41, 49 

Lilova,Velizara.............................................80 

Limaye,Purvi...............................................55 

Limbu,Sanjeet................................... 143, 159 

Limebeer,David.........................................157 

Li,Mei............................................................101 

Li,Meng-Feng............................................ 163 

Li,Menghan................................................ 128 

Li,Mengren..................................................135 

LI,Mian..........................................................92 

Lim,Young-Hyun........................................49 

Li,Nan............................................................ 111 

Linares,Waldemar......................................83 

Lin,Barry (Baizhong).................................97 

Lin,Bo............................................................43 

Lin,Chung-Wei............................................58 

Linden,James.............................................135 

Linden,James L..........................................135 

Lind,Randall.................................................91 

Lind,Ted...................................................... 128 

Lingadahalli,Sandhya................................67 

Lin,Jianguo.................................................. 111 

Link,Alexander............................................49 

Linkous,Haley............................................. 121 

Lin,Ko Wei.................................................... 75 

Lin,Pai-Chen...............................................110 

Lin,Shaoting............................................... 119 

Lin,Yilu........................................146, 148, 156 

Li,Qianqian..........................................145, 153 

Li,Qile..........................................................140 

Li,Qiliang......................................................79 

List,George...................................................61 

Li,Tingting.................................................. 143 

Li,Tong........................... 32, 108, 111, 157, 164 

Littlewood,Robert.......................................41 

Liu,Bert C....................................................110 

Liu,Bin.......................................................... 141 

Liu,Bohan.................................................... 119 

Liu,Changwen....................................128, 153 

Liu,ChunKai.................................................98 

Liu,Dian...................................................... 167 

Liu,Dongran.................................................53 

Liu,Eric.........................................................135 

Liu,Feilong.......... 142, 150, 157, 163, 165, 171 

Liu,Fengrui.................................................109 

Liu,Gang...............................................74, 159 

Liu,Gongwen...............................................36 

Liu,Haijiang..................................................94 

Liu,Haizhen.....................39, 65, 68, 69, 109 

Liu,Hui..................................109, 132, 139, 171 

Liu,Jia............................................................86 

Liu,Jinming................................................ 148 

Liu,Jinxiang................................................ 131 

Liu,Kai....................................................96, 98 

Liu,Liang................................................29, 94 

Liu,Liping..............................................62, 86 

Liu,Mengzhu........................................ 131, 171 

Liu,Ru-Fen................................................... 77 

Liu,Sheng.................................................... 121 

Liu,Sheng-Dong.................................116, 119 

Liu,Si........................................................... 168 

Liu,Tao......................................................... 142 

Liu,Tongxiao.............................................. 130 

Liu,Xiaobing................................................88 

Liu,Yang......................................................140 

Liu,Yaqi......................................................... 74 

Liu,Yen-Liang..............................................29 

Liu,Yi............................................................ 136 

Liu,Yintong..................................................157 

Liu,Yong...................................................... 150 

Liu,Yucheng.........................................116, 119 

Liu,Yuhang.................................................. 131 

Liu,Yungang............................................... 159 

Liu,Z. Gerald.................................. 76, 82, 86 

Liu,Zifan..................................................... 134 

Liu,Zongwei.................................................80 

Li,Wei................................58, 75, 80, 116, 119 

Li,Weihua...................................................109 

Li,Wen....................................36, 115, 128, 153 

Li,Wenfei....................................................109 

Li,Wenkai...................................................... 111 

Li,Xiang.................................................131, 141 

Li,Xuesong..................................................157 

Li,Xueyuan................................................. 105 

Li,Yanfei.......................................................152 

Li,Yang.........................82, 101, 108, 109, 140 

Li,Yangtao...................................................137 

Li,Yanheng................................................. 159 

Li,Yaoting..................................................... 74 

Li,Yibing....................................................... 119 

Li,Yun....................................................49, 163 

Li,Yuqiang..................................136, 148, 156 

Li,Yutong....................................... 32, 108, 111 

Li,Zheming................................................. 128 

Li,Zhijun........................................................82 

Li,Zhilei......................................................... 74 

Li,Ziqing....................................................... 74 

Lizotte,Brian.............................................. 167 

Ljungskog,Emil...........................................47 

Llaneras,Robert E......................................32 

Lobato,Peter...............................................135 

Lockett,R.................................................... 143 

Lockett,Russel........................................... 143 

Lococo,Kathy...............................................45 

Loeb,Helen S............................................... 37 

loesche,Jon.................................................152 

Lofdahl,Lennart.............................42, 47, 82 

Lohani,R B....................................................54 

Lombardi,Anthony...................................108 

Londhe,Abhijit.......................................... 102 

Long,Kah Wah........................................... 121 

Long,Luohui............................................... 115 

Long,Wuqiang.......................................... 136 

Long,Yan.....................................132, 133, 139 

Lopes,Shailesh.......................................... 149 

Lopez,J. Javier..................................134, 154 

Lopez,Juan................................................ 148 

Lorefice,Laura Maria..................................79 

Lorentzou,Souzana....................................83 

Lorenzo,Jim...............................................109 

Lorenzo-Martin,Cinta.............................. 142 

Lorenz,Robert............................................152 

Lo,Shihming...............................................110 

Lostetter,Alexander B..............................127 

Lotoczky,Richard E....................................58 

Love,Lonnie..................................................91 

Lovric,Tomislav...........................................62 

Loyola,Jonathan........................................ 40 

Luan,Bi-Cheng..................................... 38, 65 

Lubinski,Paul...............................................93 

Lucachick,Glenn.........................................79 

Lucas,Tom...................................................133 

Lucchini,Tommaso...........133, 145, 148, 159 

Lucien,Deon................................................56 

Ludwig,Michael...........................................54 

Luecke,William........................................... 113 

Lugaro,Carlo................................................47 

Lu,Haifeng.......................................... 137, 157 

Lu,Han......................................................... 168 

Luise,Ludovica.......................................... 148 

Lujan,Jose.................................................. 138 

Lu,Jin............................................................123 

Lu,Juncheng.............................................. 159 

Luker,Craig.................................................. 44 

Lumera,Jürgen...........................................92 

Lumsdaine,Edward....................................72 

Lundgren,Marcus..................................... 138 

Luning-Prak,Dianne................................ 130 

Luo,Alan..............................................101, 108 

Luo,Hailing.................................................. 116 

Luo,Limin....................................... 93, 111, 118 

Luo,Yugong.................................................32 

Luo,Zhiming................................................ 77 

Lu,Pengfei................................................... 131 

Lupini,Christopher.............................. 67, 70 

Lu,Sihua.......................................................135 

Lustbader,Jason.........................................72 

Lustbader,Jason Aaron.........72, 77, 79, 82, 

................................................................ 85, 88 

Lu,Wei.......................................................... 116 

Lu,Xintian....................................................157 

Lu,Yazhong................................................. 115 

Lu,Y Charles....................................... 107, 108 

Lu,Yin-Chen................................................. 57 

Lv,Chen.......................................... 32, 108, 111 

Lv,Tianqi...................................................... 119 

Lv,Yingping................................................. 115 

Lv,Yong........................................................ 121 

Lycke,Eric................................................... 150 

Lynch,Mac................................................... 115 

Lyons,Clifford............................................ 149 

Lyons,James.......................................161, 169 

Lyubimov,Eduard.......................................59 

M 

Maaita,Salamah..........................................99 

Maalouf,Khalil............................................ 60 

Ma,Biao....................................................... 150 

Mabley,Edward E........................................96 

Mabrok,Mai S.............................................. 117 

Mabson,Christopher W. J....................... 150 

Macek,Jan........................... 56, 136, 154, 167 

Machida,Koichi............................................76 


181


Mackay,Gervase..........................................80 

Mackay,Keith...............................................80 

Mackay,Robert..........................................108 

Mack,Steffen.................................................41 

Maeda,Kazuhiro..........................................49 

Maes,Noud................................................. 159 

Ma,Fangwu................................................108 

Ma,Fangwu (Mike)..................................... 119 

Maghbouli,Amin....................................... 145 

Magno,Agnese.......................................... 128 

Mahadevan,Sankaran......................... 92, 93 

Mahadevan,Shankar.................................155 

Mahadevan,Venkatraman........................80 

Mahadule,Roshan N................................... 111 

Mahmud,Syeda F...................................... 150 

Mahmud,Syeda Faria............................... 167 

Maiboom,Alain..........................................155 

Majcher,Monica T....................................... 90 

Majed,Carla..................................................93 

Ma,Jianfeng................................................ 121 

Ma,Jun........................................................ 145 

Makihara,Takafumi.....................................49 

Makino,Takafumi........................................39 

Makino,Tomohiro........................................54 

Makri,Kassandra....................................... 143 

Malalasekera,Weeratunge..................... 169 

Malbec,Louis-Marie..........133, 137, 143, 145 

Ma,Liangxu................................................108 

Malkhede,Dileep....................................... 143 

Malle,Bertram F..........................................53 

Mallon,Kevin R............................................72 

Maloney,Peter J................ 142, 150, 157, 165 

Malouf,Travis C............................................86 

Malta,Ricardo............................................109 

Mamalis,Sotirios........................................132 

Manas,Jaroslav...........................................45 

Manav,Demirhan....................................... 119 

Mancaruso,Ezio................................. 128, 150 

Manes,Enrico................................................91 

Mange,Jeremy.......................................... 102 

Manghani,Sumiran...................................108 

Mangharam,Rahul......................................65 

Mani,Guru Prasad.......................................96 

Mani,Neel K..........................................30, 34 

Manin,Julien.............................. 133, 135, 160 

Mani,Tsutomu.............................................101 

Manja,Bhargava..........................................58 

Manoharan,Jeyabharath..........................45 

Mansfield,Andrew B.................................133 

Mansouri,Abraham..................................108 

Mansvelders,Remco................................. 121 

Mao,Haojie................................................... 35 

Maram,Pardha............................................ 77 

Marantis,Timothy A............................30, 34 

Marchitto,Luca.......................................... 156 

Marco,James........................................74, 80 

Marelli,Silvia......................................160, 167 

Marialto,Renato........................................ 150 

Mariani,Francesco.......................................31 

Maricq,Matti......................................... 79, 82 

Marimbordes,Thierry.................................87 

Markatou,Penelope...................................76 

Markiewicz,Pawel.......................................68 

Marko,Carl....................................................43 

Marlino,Laura............................ 152, 159, 167 

Marmorato,Giulio..................................... 159 

Marques,Mairon........................................ 103 

Marr,James.................................................. 37 

Marseglia,Guido........................................ 170 

Marshall,Peter........................................... 142 

Marsh,Joe.....................................................47 

Mars,William V........................................... 115 

Martin,Berthold........................................ 139 

Martin,Jaime...................................... 131, 134 

Martin,John.........................................39, 130 

Martin,Jonathan........................................ 141 

Martin,Keith............................................... 105 

Martin,Michael.......................................... 162 

Martins,Jorge......................................38, 145 

Martin,Thomas.......................................... 167 

Martz,Jason....................................... 159, 169 

Maruoka,Fumiaki.........................................41 

Maruta,Ichiro..............................................133 

Maruyama,Masatoshi................................84 

Maruyama,Taketoki...................................157 

Marzougui,Dhafer......................................43 

Mashayekhi,Mehdi......................................61 

Masias,Alvaro.............................127, 133, 147 

Masimalai,Senthilkumar...................75, 156 

Mason,Byron...................................... 142, 171 

Masoudi,Mansour................................83, 86 

Masri,Assaad R......................................... 159 

Masser,David............................................. 145 

Massey,Dan..................................................53 

Mastinu,Giampiero.....................................38 

Mastinu,Gianpiero......................................34 

Mastroberti,Donato...................................34 

Masuda,Sho................................................. 37 

Masuda,Yoshio............................................39 

Ma,Teng........................................................55 

Mates,Steven.............................................. 113 

Mathai,Reji................................................. 146 

Mather,Daniel K................................. 131, 137 

Mathivanan,Elankathiravan.....................86 

Mathur,Gursaran D......... 72, 74, 79, 80, 82, 

......................................................... 85, 86, 88 

Mathur,Yash.................................................99 

Maticu,Florin...............................................68 

Matsubara,Masahiro...................................61 

Matsuda,Taku..............................................72 

Matsuhiro,Tanaka.......................................39 

Matsumoto,Arifumi...................................86 

Matsumoto,Kenji.............................. 130, 135 

Matsumoto,Manabu................................... 74 

Matsumoto,Takeki...................................... 111 

Matsuo,Shinji............................................. 130 

Matsushima,Hideki....................................58 

Matsuura,Katsuya.....................................157 

Matsuura,Kazunari.....................................85 

Mattarelli,Enrico.......................144, 146, 159 

Mattiello,Fabrizio........................................79 

Mattson,Jonathan M. S...................149, 169 

Matusik,Katarzyna................................... 128 

Maunula,Teuvo............................................76 

Mauss,Fabian............................145, 148, 154 

Mauviot,Gilles.............................................155 

Ma,Xiao........................................................152 

Maydiga,Sudhakaran.................................67 

Mayer,Brian..................................................69 

May,Ian........................................ 69, 145, 154 

Maynard,Robert Randolph...............116, 119 

Mazhar,Hammad....................................... 116 

Ma,Zhixiong.................................................42 

Mazzara,Bill.................................................55 

Mazzola,Michael S......................................99 

McAmmond,Matt..................................... 159 

McAuliffe,Brian R.......................................42 

McCabe,Henry.......................................... 169 

McColskey,Joseph.....................................110 

McConnell,Douglas....................................66 

McConnell,Jason...................................... 167 

McConomy,Shayne....................................45 

McCormick,Robert L.................127, 135, 149 

McCoy,Robert W..................................30, 34 

McCoy,Wiley R.......... 127, 133, 140, 148, 157 

McCune,Donald..........................................68 

McCune,Robert C......................................110 

McDaniel,Andrew..................................... 130 

McDavid,Robert M...........128, 133, 140, 156 

McDonald,Joseph.....................................144 

McDonough,Sean....................................... 37 

McFarland,Donald......................................47 

McGehee,Daniel V......................................34 

McGordon,A........................................ 74, 127 

McGordon,Andrew............................. 74, 127 

Mcgowen,Patrick........................................69 

McIndoe,Gordon....................................... 130 

McInnis,Paul.............................................. 165 

Mcintee,Olivia.............................................. 111 

Mckee,Douglas.......................................... 170 

McKelvey,Tomas........................................147 

McKenzie,Jacob.........................................157 

McKillen,James T.............32, 34, 36, 39, 41, 

................................................................ 47, 49 

McKinley,Thomas................................83, 86 

McLeish,James........................................... 90 

McNamara,David....................53, 54, 55, 58 

McNulty,William D....................................140 

McNutt,Ty....................................................127 

McPhee,John...............................................30 

McTaggart-Cowan,Gordon..................... 150 

Meacham,Brian E...................................... 114 

Meadows,Graham.................................... 163 

Meccariello,Giovanni...............................144 

Mechergui,Dave..........................................99 

Meda,Lakshmikanth.................................. 74 

Meduri,Sri Siva Sai.....................................39 

Meehan,Trenton......................................... 118 

Meeks,Ellen.........................................161, 162 

Megel,Anthony......................................... 128 

Megel,Marc.................................................137 

Mehler,Bruce........................................ 32, 45 

Mehra,Tarun.................................................78 

Mehravaran,Meisam..................................85 

Mehta,Darius............................................. 150 

Mehta,Prasad S......................................... 120 

Meinert,Frank...............................................41 

Melaika,Mindaugas.................................. 142 

Melaina,Marc W........................................ 165 

Melanz,Daniel............................................. 116 

Melcher,Daniel............................................38 

Melina,Juliette............................................65 

Melinmath,Chamaraj.................................53 

Meng,Dejian................................................94 

Meng,Lei..................................................... 136 

Meng,Xiangyu...................................136, 148 

Meng,Yan..................................................... 119 

Meng,Yuchi.................................................127 

Menon,Shyam K........................................ 131 

Mentink,Paul...............................................83 

Mercuri,Davide........................................... 161 

Merkisz,Jerzy..............................................86 

Merola,Simona.................. 140, 148, 154, 171 

Merola,Simona Silvia..............133, 140, 148, 

................................................................56, 171 

Mettas,Adamantios...................................93 

Metz,Joel...................................................... 111 

Metz,L. Daniel.......................... 34, 37, 43, 45 

Meyer,Mark..................................................34 

Miao,Sentao..................................................91 

Miao,Zhifen................................................ 150 

Miazgowicz,Keith..................................... 167 

Micci,Giacomo.............................................87 

Michaels,Larry.............................................99 

Michaux,Frank..............................................31 

Michelbach,Armin.......................................41 

Michelini,John.............................................56 

Michel,Jean-Baptiste.............................. 145 

Michel,Marc.................................................152 

Michel,Pierre...............................................55 

Michlik,Petr.................................................122 

Michos,Konstantinos................................ 151 

Micks,Ashley...............................................53 

Micó,Carlos................................................ 128 

Middleton,Robert J.................................. 169 

Midlam-Mohler,Shawn............................ 166 

Midorikawa,Yukinori..................................30 

Miers,Scott......................................... 142, 152 

Mihaescu,Mihai......................................... 167 

Mihara,Yuji................................................. 130 

Mikat,Daniel.................................................49 

Mikesell,David R............................39, 43, 47 

miki,Daisuke............................................... 44 

Miki,Yohei.................................................... 119 

Milhorn,Jacob..............................................42 

Miller,David..................................................45 

Miller,Greg....................................................67 

Miller,James................................ 127, 133, 147 

Miller,Joseph........................................ 63, 65 

Miller,Logan.................................................34 

Miller,II,P...............................................30, 34 

Miller,Robert................................................68 

Miller,Stephanie.........................................110 

Millo,Federico............ 131, 137, 139, 143, 154, 

......................................................161, 163, 169 

Milne,Craig................................................. 107 

Milner,Justin............................................... 113 

Milovanovic,Nebojsa.................................72 

Milpied,Jean................................................54 

Mima,Hiroki................................................. 57 

Minakawa,Masaaki.....................................47 

Minarcin,Monika.................................92, 103 

Minarcin,Monika A................................... 103 

Minelli,Guglielmo.......................................47 

Min,Kyoungdoug........................151, 154, 161 

Minovski,Blago B........................................82 

Minter,Jeffrey...............................................61 

Mirabella,Walter....................................... 145 

Mirdamadi,Mansour.................................108 

Mirzaeian,Mohsen.................................... 143 

Misawa,Takahiro.......................................140 

Mishra,Praveen.......................................... 119 

Misu,Takahiro.............................................157 

Mitakos,Dimitrios..................................... 143 

Mital,Rahul............................................ 77, 80 

Mitani,Hiroya...............................................83 

Mitsuishi,Yasushi........................................86 

Miura,Masaya............................................ 107 

Miura,Ryuji..................................................155 

Miwa,Jason............................... 140, 146, 150 

Miyachi,Tomohiro.......................................65 

Miyagi,Kyosuke..........................................127 

Miyake,Hiroyuki..........................................58 

Miyake,Kazunori........................................ 116 

Miyamoto,Akira.........................................155 

Miyamoto,Naoto........................................155 

Miyazawa,Masaya.................................... 163 

Mizoguchi,Hiroshi..................................... 139 

Mizuno,Seiji............................................... 107 

Mizushima,Norifumi................................. 161 

Mizuta,Jyunichi......................................... 134 

Mizutani,Kazuki......................................... 112 

Mizutani,Nobuaki..................................... 148 

Mizutani,Tatsuhiko................................... 149 

M.,Keerthi B............................................... 102 

Moawad,Eman Magdy.............................. 60 

Mochizuki,Kei.....................................137, 163 

Mohamed,Mohamed Tarek...................... 74 

Mohan,Pradeep..........................................43 

Mohrfeld-Halterman,Jackie A..................31 

Mohri,Masayasu......................................... 113 

Moilanen,Peter.......................................... 150 

Moisel,Jörg..................................................29 

Moiz,Ahmed Abdul.......................... 152, 170 

Mokahal,Ahmad J...................................... 74 

Mok,Brian.....................................................45 



Mokry,Miroslav.............................................41 

Molden,Nick.................................................83 

Molina,Gustavo...................................39, 156 

Möllers,Ingo.................................................29 

Momen,Faizul.................................... 148, 153 

Moncada,Jose........................................... 156 

Monforte,Roberto......................................79 

Monohon,Mark...................130, 137, 143, 152 

Montalbano,Paul........................................38 

Montanaro,Alessandro................... 135, 144 

Montenegro,Gianluca........................ 87, 137 

Montgomery,Olivia....................................65 

Montoney,Dan...........................................108 

Moody,Charles..................................... 43, 45 

Mooney,Kyle................................................47 

Moore,Jonathan D.................................... 165 

Moore,Sjon...................................................64 

Moore,Wayne............................................. 131 

Moraes,Luis Fernando Gouveia de..........41 

Morales-Menendez,Ruben....................... 33 

Morelli,Anthony........................................ 167 

Morel,Virginie.....................................137, 138 

Morgan,Peter..............................................83 

Morganti,Kai..............................138, 144, 158 

Mori,Akira................................................... 141 

Mori,Atsushi.............................................. 150 

Morikawa,Yousuke.....................................39 

Mori,Kyosuke..............................................157 

Mori,Masayoshi........................................... 74 

Mori,Motohide............................................ 112 

Morishima,Kenta........................................65 

Mori,Tadashi............................................... 117 

Morita,Masahiro.........................................133 

Morita,Masaki..............................................85 

Moriya,Kaznunari......................................152 

Morkus,Josef...............................................56 

Moros,Oleg................................................ 134 

Morris,Daniel C............................................61 

Moser,David.................................................76 

Moser,Tomas................................................45 

Moses,Ronald W........................................152 

Moshref,Muzafar.........................................62 

Moskalik,Andrew...............................167, 170 

Moskwa,John J...........................................86 

Moudgal,Vivek............................................67 

Moulinjeune,Olivier.................................... 111 

Moure,Christophe....................................... 33 

Mourelatos,Zissimos............46, 90, 96, 99, 

..............................................................101, 102 

Mozumder,Chandan............................93, 96 

Much,Alexander.........................................68 

Mudgal,Abhisek..........................................46 

Mueller,Charles J...................................... 128 

Mueller,Joerg...............................................41 

Muinos,Martin.............................39, 154, 156 

Muir,Brad......................................................49 

Mukherjee,Sayak........................................97 

Mulamalla,Sarveshwar Reddy.................80 

Muli,Mahendra............................................65 

Mulla,Shadab.............................................. 77 

Mulone,Vincenzo.........................83, 86, 169 

Muncrief,Rachel L................................83, 86 

Munjurulimana,Dinesh............................. 119 

Munnannur,Achuth.............................83, 86 

Munoz,Luis.................................................108 

Munson,Kurt................................................93 

Münster,Marco........................................... 117 

Murad,Safwan Hanis Mohd......................82 

Murakami,Akira........................ 148, 152, 157 

Murakami,Tetsuya......................................47 

Murakumo,Yutaka.......................................41 

Muralidharan,Prasanth..............98, 99, 158 

Murali,Kawshik.......................................... 158 

Murali,Vidya Nariyambut..........................53 

Murao,Tsuyoshi...........................................45 

Murase,Tutomu............................. 54, 55, 65 

Murase,Yusuke...........................................101 

Murata,Akira.............................................. 139 

Murata,Eiichiro............................................ 37 

Murata,Kazuya.......................................... 107 

Murata,Toshio..............................................85 

Murphey,Yi...................................................69 

Murray,Brian T............ 53, 55, 58, 61, 65, 68 

Musale,Gopal.............................................100 

Musculus,Mark P. B..........128, 133, 140, 156 

Musculus,Mark PB............................ 133, 145 

Mushtaq,Abid..............................................64 

Music,Nathan..............................................80 

Music,Wayne...............................................56 

Muslaev,Alexander....................................29 

Muthiya,Jenoris..........................................76 

Mutlu,Bilge..................................................65 

Mutzke,Johannes......................................157 

Myers,Marjorie........................................... 60 

Mynderse,James...................................... 150 

N 

Nabar,Aneesh......................................30, 34 

Nabawy,Ahmed........................................108 

Naber,Jeffrey.....131, 137, 148, 159, 169, 170 

Nada,Mitsuhiro......................................... 165 

Naeim,Ihab H..............................................93 

Naes,Tyler.......................................... 154, 156 

Nafziger,Eric...............................................135 

Nagai,Hiroki................................................133 

Nagakura,Hiroyuki...................................140 

Nagano,Hideaki................................... 72, 78 

Nagao,Akira................................................58 

Nagasawa,Yuji............................................ 116 

Nagata,Kanehiro.......................................101 

Nagata,Makoto...........................................76 

Naghdy,Fazel...............................................43 

Nagle,Paul...................................................34 

Nagose,Atul.................................................70 

Nagwanshi,Dhanendra............................ 119 

Nagwanshi,Dhanendra Kumar.............. 107 

Naik,Chitralkumar.............................161, 162 

Naiknaware,Ajay........................................85 

Naik,Priya................................................... 150 

Naik,Sanjeev M.................................... 54, 57 

Nair,Anoop Reghunathan......................... 75 

Nair,Vineeth............................................... 167 

Najafabadi,Mohammad Izadi................. 131 

Na,Jungmin.................................................47 

Nakade,Tomohiro...................................... 44 

Nakae,Yusuke..............................................39 

Nakagawa,Masaki.......................................31 

Nakagawa,Shun.........................................76 

Nakagawa,Tadashi.....................................85 

Nakahira,Yuko............................................. 35 

Nakajima,Hiroshi......................................140 

Nakajima,Masato.........................................41 

Nakajima,Nobuhisa...................................48 

Nakajima,Shunsuke...................................66 

Nakakita,Kiyomi........................................152 

Nakamori,Yukinori....................................127 

Nakamoto,Kazuhiko..................................38 

Nakamura,Hiroshi......................................79 

Nakamura,Masahiro................................. 112 

Nakamura,Shinobu...................................157 

Nakamura,Takeshi.................................... 150 

Nakamura,Toru.........................................140 

Nakanishi,Yoshiyuki................................... 77 

Nakano,Keito..............................................157 

Nakano,Kimihiko...................................... 142 

Nakano,Koji................................................137 

Nakao,Shiori................................................80 

Nakashima,Kazuhiko................................. 37 

Nakashima,Kohei.....................................140 

Nakashima,Masaru..................................160 

Nakashima,Takuji.......................................39 

Nakata,Koichi............................................140 

Nakatani,Hiroyuki..................................... 40 

Nakatani,Koichiro..................................... 143 

Nakatani,Shigeru.......................................80 

Nakayama,Daisuke..................................140 

Nakazawa,Keisuke......................................41 

Nalage,Laxman...........................................96 

Nalbach,Marc............................................ 134 

Nam,Hyu Hyeong....................................... 37 

Nandagopal,Sasikumar....................75, 156 

Naotoshi,Okumura................................... 130 

Narayanan,Arjun...................................... 158 

Narihiro,Shigeru........................................137 

Narisawa,Fumio...........................................61 

Narishige,Takeshi....................................... 77 

Naserian,Mohammad............54, 55, 65, 68 

Naseri,Mojghan...........................................80 

Nash,Dennis.............................................. 105 

Nasheralahkami,Saeid............................. 113 

Nasu,Takayoshi....................................49, 50 

Natale,Marco Di..........................................68 

Natarajan,Sekarapandian........................79 

Natarajan,Vinod.........................................135 

Naumov,Sergei...........................................56 

Navarro-Peris,Emilio.........................157, 161 

Navarro,Roberto............................... 131, 152 

Nayeri,Christian..........................................42 

Nazarpoor,Zahra........................................ 77 

Nazri,Gholm-Abbas.................................. 131 

Neale,William T.....................................37, 43 

Neale,William T.C.......................................43 

Neelakantan,Vijay.................................... 148 

Neely,Gary D............................................. 146 

Neema,Sandeep.........................................63 

Negoro,Yuki............................................... 159 

Negrut,Dan................................................. 116 

Neil,Andrew................................................86 

Nelson,Jody..................................................61 

Nepote,Andrea...........................................43 

Nerubenko,George.................................. 163 

Neubauer,Donald.......................................34 

Neumann,Cornelius................................... 33 

Neumann,Rainer........................................32 

Neurohr,Marius......................................... 129 

Neves,Pedro................................................38 

Nevius,Tim...................................................80 

Nevskaya,Aleksandra...............................101 

Newase,Shailesh........................................62 

Newcomb,Timothy P................ 130, 135, 147 

Newman,Kevin.......................................... 170 

Newman,Kevin A...................................... 167 

Nezhadali,Vaheed.................................... 167 

Nguy,Dan................................................... 149 

Nichani,Varun Haresh................................99 

Nicholas,Keith............................................ 60 

Nicolas,Baptiste........................................ 128 

Nie,Bingbing...............................................45 

Nielsen,Filip.................................................80 

Nielsen,Matthew........................................67 

Nieters,James M............................ 39, 41, 45 

Nie,Xueyuan............................................... 113 

Nigade,Shubhangi S.................................. 77 

Ni,Jimin.................................96, 111, 159, 168 

Ni,Jun.......................................................... 105 

Nikolaidis,Efstratios......................90, 91, 96 

Ninomiya,Kenta.........................................153 

Niola,Vincenzo...........................................135 

Nisad,Diwakar.............................................79 

Nishida,Keiya............................................ 169 

Nishida,Tomoya......................................... 116 

Nishikawa,Kazuaki................................... 143 

Nishimura,Yasuhiko.................................. 115 

Nishino,Hisashi...........................................85 

Nishira,Hikaru.............................................66 

Nishiumi,Hiroaki....................................... 107 

Nishiura,Hiroyuki...................................... 130 

Nishiwaki,Shinji..........................................93 

Nishizawa,Hiroyuki................................... 161 

Nithyanandan,Karthik.............136, 148, 156 

Nitsche,Christof......................................... 90 

Nitu,Bogdan.............................................. 107 

Niu,He..........................................................135 

Niu,Wenbo................................................. 163 

Niu,Wensen..................................................41 

Niu,Wenxu........................................... 67, 165 

NIU,Wenxu........................................... 67, 165 

Niu,Xiaoping............................................... 121 

Niwa,Shinji...................................................68 

Noakes,David..............................................30 

Nobuyama,Eitaku......................................96 

Noda,Toru...................................................157 

Noel,Ludovic..............................................137 

Noel,Phares..................................................61 

Nogi,Kazunori............................................. 37 

Noguchi,Yasushi....................................... 170 

Nomura,Kazutoshi............................143, 155 

Nomura,Takashi.........................................135 

Nonaka,Noriaki..........................................127 

Nonnast,Jürgen......................................... 90 

Noro,Tetsushi..............................................68 

Northrop,William................................82, 143 

Northrop,William F............79, 128, 135, 145, 

.............................................................154, 169 

Nosaka,Toshikazu.......................................46 

Nouzawa,Takahide.....................................39 

Nuottimäki,Jukka..................................... 148 

Nybacka,Mikael..........................................47 

Nyberg,Henrik...........................................101 

Nygaard,Alexander................................. 169 

O 

Obara,Yukiko..............................................155 

Obata,Toshikazu........................................ 112 

Obe,Tatstunori..........................................140 

O’Brien,Gary...............................................137 

Ocampo,Jennifer Solis............................ 120 

Ochiai,Hirotoshi..........................................53 

O’Connor,Jacqueline....... 135, 141, 143, 152, 

............................................................. 159, 169 

Odate,Shotaro.............................................30 

Oda,Yuji...............................................143, 155 

Odeyinka,Samuel M................................. 103 

Oefelein,Joseph........................................ 159 

Oetjens,Thomas..................................118, 121 

Ogami,Masaki............................................153 

Ogata,Youichi............................................ 169 

Ogawa,Hideyuki.......................................140 

Ogawa,Kazumi...........................................127 

Ogawa,Makoto.................................. 150, 167 

Ogawa,Takaoki.......................................... 159 

Ogawa,Toshiya............................................47 

Ogink,Roy.................................................. 145 

Ogiso,Makoto..............................................86 

Ogren,Ryan M....................................128, 157 

Oguchi,Kentaro...........................................69 

Ohba,Hiroyuki...........................................109 

Ohki,Takao................................................. 139 

Ohmori,Yoshifumi......................................67 

Ohno,Atsuhiro.............................................61 

Oho,Shigeru Thomas.................................65 

Oh,Seung Bum............................................49 

Ohtani,Makoto............................................ 74 

Oijer,Fredrik..................................................41 


183


Ojeda,William De.............................. 143, 152 

Okabe,Tomosaburo....................................45 

Okada,Hiroki...............................................99 

Okada,Yoshihiro..........................................39 

Oka,Dennis Kengo.....................................58 

Okamoto,Satoshi........................................39 

Okamoto,Takeshi......................................140 

Okamoto,Yuki............................................140 

Okamura,Masaki....................................... 159 

Okano,Takahiro...........................................39 

Okawa,Akemi.............................................157 

Okayama,Tatsuya....................................... 77 

Okazaki,Yukio............................................. 116 

O’Kelly,Matthew E......................................65 

Okrainskaya,Irina........................................61 

Okuhira,Takumi........................................... 57 

Okwudire,Chinedum E..............................43 

Oleksiak,Stanislaw.....................................86 

Olia,Khashayar.......................................... 166 

Olin,Peter................................................... 142 

Olmeda,Pablo............................................ 131 

Olofsson,Nils-Erik.................................... 128 

Olsson,Viktor............................................. 150 

Omae,Ayana................................................32 

Omer,Kaab.................................................. 121 

Omura,Tetsuo............................................140 

Onda,Kunizo................................................36 

Onishi,Hirofumi.......................54, 55, 56, 65 

Ono,Eiichi..................................................... 33 

Onorati,Angelo..... 87, 137, 139, 143, 145, 148 

Onori,Simona.......................................86, 88 

Ono,Ryuta.....................................................41 

Ono,Tomohiro............................................ 116 

Ono,Tomoya................................................67 

Ono,Yuki..................................................... 130 

Ooguro,Takashi.........................................140 

Ooi,David................................................... 154 

Oosawa,Kenta.............................................56 

Oppermann,Hermann...............................29 

Orient,George............................................ 90 

Orihashi,Manabu........................................85 

Orlowski,Mateusz.......................................65 

Oryoji,Kazuhiro...........................................96 

Osada,Yasumitsu...................................... 148 

Osamura,Kensuke.....................................133 

Osanai,Yosuke........................................... 159 

Osawa,Hideya........................................... 139 

Osawa,Yoshihiro........................................ 116 

Osborne,Dustin...........................................80 

Osborne,Matthew......................................39 

Osborne,Richard........................................86 

O’Shaughnessy,Richard.............................81 

Oshima,Munehiko......................................32 

Osipkov,Victor.............................................56 

Osman,Azmi.............................................. 139 

Ota,Atsuharu.............................................140 

Otaka,Masayoshi....................................... 171 

Otani,Koji.....................................................96 

Otomori,Masaki..........................................93 

Otsubo,Hideaki............................................41 

Otsuka,Satoshi............................................68 

Otsuki,Yoshinori.........................................79 

Otte,Dietmar...............................................45 

Ottinger,Nathan.................................. 76, 86 

Otulakowski,Brandon.............................. 142 

Owens,Justin...............................................45 

Owens,Tomas.............................................. 37 

Owlia,Shahaboddin...................................55 

Ozatay,Engin...............................................56 

Ozeki,Yoshiichi............................................72 

P 

Pachamuthu,Senthilkumar......................76 

Pachner,Daniel............................54, 150, 161 

Padmanaban,Jeya.....................................47 

Paepe,Michel De...............................128, 144 

Pae,Sangsoo.............................................. 131 

Page,Gary J.................................................39 

Page,Kerry................................................... 37 

Pagkoura,Chrysoula..................................83 

Pahlovy,Shahjada A......................... 150, 167 

Pahwa,Gurdeep Singh...............................43 

Pakko,James............................................... 74 

Pakosta,Jiri................................................ 139 

Palace,Timothy...........................................76 

Palachi,Eldad...............................................69 

Palaniappan,Palani.................................... 35 

Palani,Suresh............................................ 145 

Palardy,Margaret...................................... 149 

Pali,Harveer Singh..................................... 77 

Palmer,David Elijah.............................95, 98 

Pamminger,Michael................................. 142 

Panahi,N...................................................... 121 

Pandey,Kapil Kumar................................. 112 

Pandurangi,Sushant S.............................133 

panel,followed by an expert.....................61 

Pan,Hao........................................................93 

Panigrahi,Sumit..........................................49 

Panik,Ferdinand.................................93, 163 

Pan,Jwo................................ 110, 116, 119, 122 

Pan,Kaicen.................................................. 113 

Pannone,Gregory..............................161, 169 

Panzer,Matthew..........................................45 

Papadimitriou,Iakovos............................ 163 

Papper,Jacques..........................................47 

Park,Byoung-Keon.................................... 37 

Park,Cheolwoong..................................... 128 

Park,Chung-Kyu........................................ 44 

Parker,Donald...................................... 47, 49 

Parker,Gordon G.......................................100 

Park,Hee Sang...........................................101 

Park,Hyunil.................................................137 

Park,Hyunmin......................................92, 112 

Park,Jaemin..........................................92, 112 

Park,JaeMin..........................................92, 112 

Park,Jangwoon........................................... 37 

Park,Jin Seo.................................................55 

Park,Jongseok............................................32 

Park,Jongsool........................................... 139 

Park,Jooil..................................................... 57 

PARK,Jun Yeon......................................... 168 

Park,Se Jin......................................37, 49, 112 

Park,SeongMin......................................... 162 

Parks,James................................................72 

Parks,James E.......................................74, 77 

Park,SungJin.............................................. 131 

Parmar,Chandrakant............................... 139 

Parnasala,Sreenivasa................................53 

Paroche,Sonu..............................................97 

Partners........................................................63 

Parvereshi,Jehangir.................................. 57 

Paschereit,Christian...................................42 

Pashkovski,Eugene...................................135 

Passmore,Brandon...................................127 

Passmore,Martin........................... 39, 41, 50 

Passmore,Martin A....................................39 

Patel,Chetankumar....................................79 

Patel,Harsh...........................................30, 34 

Patel,Mihir.................................................. 142 

Patel,Prashant..................................... 39, 43 

Patel,Umesh................................................53 

Patel,Vipul....................................................53 

Pathak,Nikky.............................................. 118 

Patham,Bhaskar.........................................96 

Patri,Vasudha.....................130, 137, 143, 152 


Patterson,Reid A.......................................135 

Patzak,Adrian........................................... 134 

Pauer,Gernot...............................................45 

Paul,Richard T.............................................72 

Pauly,Thomas.......................................76, 80 

Pavia,Giancarlo...........................................50 

Pavlata,Petr.................................................45 

Pawlowski,Alexander....................... 135, 161 

Payne,Craig..................................98, 99, 158 

Payri,Raul........... 128, 133, 140, 154, 156, 161 

Paz,Susanna................................................79 

Pearson,Richard....................................... 130 

Peciura,Justinas........................................101 

Peck,Louis R................................................43 

Pedret,Paula................................................ 33 

Pedrozo,Vinícius............................... 145, 154 

Pei,Yiqiang................................. 128, 136, 153 

Pei,Yuanjiang..................... 133, 135, 145, 169 

Pekar,Jaroslav............................... 56, 85, 86 

Pelliccione,Patrizio.....................................65 

Pena,Daniel................................................. 111 

Peneder,Georg.......................................... 167 

Peng,Bo...................................................... 142 

Peng,Huei...................................................133 

Peng,Jianfei................................................135 

Peng,Ming....................................................39 

Peng,Zihang................................................86 

Pentecost,David......................................... 37 

Pereira,Carlos............................................ 145 

Perera,Amila...............................................49 

Perini,Federico.................................. 128, 155 

Perlman,Cathleen..................................... 148 

Perosino,Andrea.................................. 75, 79 

Perry,Anna-Kristina....................................41 

Persson,Håkan..........................................140 

Pesce,Francesco Concetto...................... 161 

Petersen,Benjamin.................................. 128 

Petersen,Phred......................................... 143 

Peterson,Richard C.................................. 128 

Petrakides,Sotiris..................................... 142 

Petropoulou,Stamatina............................47 

Petry,Henning Gero...................................76 

Petutschnig,Heinz......................................85 

Pfau,Johannes............................................54 

Pfeif,Erik......................................................110 

Pfeiffer,Jeffrey M...................................... 142 

Pfeil,Juergen............................................. 129 

Pfeuffer,Alexander....................................29 

Phalgaonkar,Sanket..................................99 

Pharane,Nishant........................................ 114 

Phatak,Sujit S..............................................68 

PhD,Shanshan Wang................................110 

PhD,Vinod Upadhyay...............................110 

Philipps,David..............................................41 

Phlips,Patrick............................................ 169 

Pianese,Cesare............................................88 

Piano,Andrea.....................................154, 161 

Pickett,Lyle M....................................133, 160 

Pielecha,Jacek............................................86 

Pieszkalla,Markus...................................... 118 

Pihl,Josh A................................................... 77 

Pillai,Preeti J................................................69 

Pilla,Srikanth........99, 107, 108, 116, 119, 158 

Pineault,James.......................................... 121 

Pinheiro,Luis..............................................109 

Pintar,Frank.................................................34 

Piovano,Andrea Alessandro....................79 

Piper,Scott W.......................................65, 68 

Piqueras,Pedro..........................................152 

Pirani,Mohammad......................................54 

Pirker,Gerhard........................................... 136 

Pisano,John.................................................80 

Pischinger,Stefan.......................72, 154, 159 

Pisipati,Venkat........................................... 113 

Pistorius,Felix..............................................54 

Pita,Claudio.................................................96 

Pitrof,Stephen M................................. 112, 113 

Pittala,Shyam............................................. 115 

Pitz,Jürgen...................................................56 

Piu,Alessandro.......................................... 142 

Pizzonia,Francesco....................................85 

Plankensteiner,Markus.......... 58, 61, 65, 68 

Plant,David..................................................49 

Plapper,Peter.............................................147 

Plummer,Timothy T....................................32 

Podzikowski,Paul.......................................30 

Poetsch,Christoph..............................83, 163 

Poggiani,Claudio....................................... 171 

Poley,Joseph E............................................29 

Polin,D.......................................................... 33 

Poling,Whitney..........................................122 

Pompetzki,Mark A.....................................93 

Pomraning,Eric......................... 145, 159, 162 

Ponti,Fabrizio............................................ 150 

Popat,Jugal..........................................30, 34 

Popejoy,David........................................... 167 

Pope,Mark N..........................................61, 63 

Pop,Paul.......................................................68 

Poredos,Andrej......................................... 170 

Porta,Fabrizio.............................................79 

Porta,Kathryn della................................. 165 

Porter,Scott.................................................80 

Post,Brian.....................................................91 

Postrioti,Lucio............................................ 161 

Potekin,Randi..............................................47 

Potham,Sathya Prasad........................... 159 

Pothiraj,K................................................... 163 

Potter,Michael........................................... 144 

Potts,Winston.............................................80 

Poulard,David.............................................45 

Poulos,Stephen........................................ 148 

Poursadegh,Farzad................................. 143 

Poveromo,Len...........................................108 

Powell,Christopher F....................... 128, 136 

Prabhu,Eben................................................99 

Pradhan,Anuj..............................................95 

Prado,Ricardo............................................. 33 

Pradun,James.............................................76 

Prakash,Arjun............................................135 

Prasad,Pradeep..........................................76 

Prasad,T. Kumar....................................... 163 

Premchand,Kiran....................................... 75 

Premnath,Vinay..........................................83 

Previati,Giorgio.................................... 34, 38 

Prezas,Panos D..........................................127 

Price,James.................................................53 

Price,Kenneth..............................................76 

Price,Kenneth S................................... 72, 76 

Price,Morgan...............................................65 

Price,Morgan A...........................................65 

Price,Richard............................................. 143 

Priddy,John.................................................65 

Prikhodko,Vitaly.................................. 72, 79 

Prikhodko,Vitaly Y................................74, 77 

Primus,Roy................................................ 150 

Proulx,Joe.................................................. 167 

Prucka,Michael...................................157, 165 

Prucka,Robert.....................142, 151, 157, 163 

Prucka,Robert Gary..........................157, 165 

przesmitzki,Steven.................................. 142 

Przybyla,Jay................................................38 

Pucher,Hannes............................................83 

Puduppakkam,Karthik............................. 161 

Puduppakkam,Karthik V........................ 162 

Puglisevich,Lara Schembri.......................39 

Pujols,Sergio............................................. 139 

Purushothaman,Nammalwar................. 115 

Purushotham,Deepak Kasaragod..........58 

Putrus,Johnathan........................................61


Q 

Qian,Chaoqun.............................................36 

Qiang,Sun............................................98, 167 

Qian,Lei................................................. 39, 69 

Qian,Peter................................................... 90 

Qiao,Li......................................................... 142 

Qiao,Linson..................................................55 

Qiao,Zhang........................................ 134, 167 

Qi,Baohua.................................................. 163 

Qi,Chang...................................................... 119 

Qi,Feng.........................................................99 

Qin,Jing............................................... 141, 153 

Qin,Wenxin................................................. 116 

Qin,Yanhong...............................................135 

Qiu,Na.......................................................... 119 

Qi,Yongli..................................................... 156 

Qi,Yunliang................................. 133, 139, 171 

Quaremba,Giuseppe................................135 

Quigley,Christopher...................................67 

Quigley,John P........................................... 115 

Quinlan,Liam............................................. 163 

Quiros,David................................................82 

Qu,Jun......................................................... 141 

Qureshi,Farrukh.........................................147 

Qu,Yunfei..................................................... 118 

R 

Radhakrishnan,Jayaraj.............................96 

Radous,Jiri...................................................96 

Rafigh,Mahsa............................................ 154 

Rafi,Mohammad....................................... 139 

Ragaller,Paul.........................................72, 74 

Raghavan,Kavesary.................................. 113 

Ragupathy,Ramachandran.................... 163 

Rahim,Nehal Sardar.................................. 116 

Rahman,Abid..............................................93 

Rahman,Khwaja....................................... 148 

Rahman,Khwaja M............................152, 153 

Rahman,Sadek............................................96 

Rahman,Sadek S........................................96 

Raidt,Benedikt.......................................... 150 

Raina,Sandeep........................................... 112 

Rajadurai,Sivanandi..................................96 

Rajagopalan,Sai S V............................ 54, 57 

Raja,Laxminarayan...................................155 

Rajendran,Rajeev Sakunthala.................97 

Raju,Ashwhanth.........................................83 

Raju,Saravanan.......................................... 113 

Ramachandran,Satish Narayanan..........83 

Ramadan,Bassem H................................ 145 

Ramadhas,Arumugam Sakunthalai..... 150 

Ramadhas,A S........................................... 146 

Ramaswamy,Karthik.................................96 

Ramden,Christer Michael.........................34 

Ramesh,A......................61, 127, 133, 145, 147 

Ramirez,Bryan............................................58 

Ramphal,Isaac A........................................76 

Ramschak,Erich......................................... 161 

Ramsebner,Bernhard................................83 

Ranadive,Priti..............................................69 

Ranadive,Tejas.......................................... 148 

Ranganathan,Raj....................... 131, 139, 152 

Ranjan,Ravi................................... 82, 85, 139 

Ranogajec,Vanja....................................... 167 

Rao,Kanaparty.............................................61 

Rao,Mike.......................................................49 

Rao,Nitish.....................................................67 

Rao,Sughosh...............................................39 

Rao,Sughosh J...............................39, 43, 47 

Raptis,Constantine N......127, 133, 140, 148, 

..............................................152, 157, 159, 167 

Rask,Eric............................................... 74, 127 

Rasmussen,Kirk.................................. 60, 64 

Ratcliff,Matthew A............................ 127, 135 

Ratzberger,Reinhard.................................83 

Ratz,Robert E..............................................53 

Ravaglioli,Vittorio..................................... 151 

Ravindran,C. (Ravi)..................................108 

Raymont,Jim..............................................123 

Ra,Youngchul.............................................155 

Raza,Syed Hammad................................ 120 

Razmara,Meysam..................................... 165 

Reader,Graham..........................137, 154, 156 

Reader,Simon.............................................137 

Read,Meighan.............................................34 

Rebba,Ramesh..........................127, 133, 147 

Reckamp,Bradley................................ 43, 45 

Reckamp,Bradley C...................................43 

Reckziegel,Bastian....................................49 

Recuero,Antonio Martin.......................... 116 

Reddy,Ganeshan...................................... 102 

Reddy,Jashwanth...................................... 119 

Redon,Fabien.............................................137 

Redtenbacher,Christoph......................... 136 

Reed,Matthew.........................30, 35, 37, 101 

Reese,Ronald..................................... 142, 171 

Reichert,Rudolf...........................................43 

Reihani,Amin............................................... 77 

Reimer,Bryan....................................... 32, 45 

Reinhart,Thomas.......................................137 

Reiss,Hans...................................................93 

Reiter,Christoph..........................................83 

Reitz,Rolf.................................... 139, 145, 155 

Reitz,Rolf D................................ 128, 133, 145 

Re,Luigi del........................................... 58, 83 

Re,Massimo A. Dal.................................... 171 

Renevier,Nathalie.......................................93 

Rengarajan,Sankar..........................140, 142 

Renneker,Craig......................................... 159 

Ren,Shouxian...............................83, 163, 171 

Ren,Shuojin....................................... 146, 155 

Resh,William F.....................................107, 113 

Reuss,Hans-Christian................................56 

Reyes,Victor................................................68 

Ribeiro,Bernardo......................................109 

Ribeiro,Ricardo...........................................38 

Ricciardi,Vincenzo......................................88 

Richard,Bryn......................................137, 167 

Richards,Bryn............................................137 

Richards,George........................................ 113 

Richards,Keith........................................... 162 

Richardson,Dan........................................140 

Richardson,Dave........................................82 

Richardson,Wesley....................................43 

Richards,Paul....................130, 135, 145, 148 

Richenhagen,Johannes............................68 

Richman,Douglas.....................................108 

Richter,Kai R................................................68 

Richter,Mattias.................................. 128, 138 

Rickli,J.L..................................................... 103 

Riedel,Chris..........................................62, 150 

Rieder,Martin...............................................54 

Rimondi,Marcello..............................154, 161 

Rinaldi,Alex.........................................157, 161 

Rinaldini,Carlo Alberto............144, 146, 159 

Rincón,Pablo Lopez del............................79 

Rinderknecht,Stephan............................ 167 

Rio,Luis Del..................................................86 

Risberg,Per A............................................ 130 

Risi,Francesco..............................................31 

Ritchie,Andrew..........................................133 

Ritter,Dennis............................................. 154 

Rivas,Manuel............................................. 138 

Rixen,Daniel.............................................. 165 

Rizzo,Denise M..........99, 100, 101, 142, 150, 

..............................................................157, 165 

Rizzo,Matthew............................................45 

Robb,Emily..................................................29 

Robbersmyr,Kjell Gunnar.........................43 

Robert,Gilles................................................ 111 

Roberts,Carolyn.........................................49 

Roberts,Carolyn W.....................................49 

Roberts,Charles................................. 82, 140 

Robertson,Dennis.................................... 156 

Robertson,James..................................... 107 

Roberts,William........................................144 

Robinette,Darrell.............................. 139, 142 

Robinett,Rush........................................... 165 

Robinson,Matthew C............................... 169 

Robinson,Michael A...................................82 

Robinson,Simon......................................... 74 

Rocco,Vittorio............................................ 169 

Roche,Christopher.................................... 119 

Rochussen,Jeremy....................................135 

Rockstroh,Toby..........................127, 145, 148 

Rodrigues,Leon........................................ 167 

Rodriguez,Jaime......................................108 

Rodriguez,J. Felipe.................................. 150 

Roe,Cheryl A...............................................34 

Roecker,Ryan............................................ 142 

Roemer,Dirk................................................ 77 

Róewicz,Maciej...........................................65 

Rogak,Steven N........................................ 150 

Roger,Andre................................................68 

Rohrbach,Thomas.................................... 163 

Rohwedder,Daniel.....................................30 

Rolando,Luciano....................................... 143 

Rolland,Jason............................................ 90 

Romani,Luca............................................. 165 

Romero,Carlos Alberto........................... 148 

Romero,Vicente......................................... 90 

Romzek,Martin............................................ 74 

Ronne,Jeffrey W........................................ 113 

Roostaei,Ali................................................ 115 

Rosa,Mattia De............................................88 

Rosell,Joakim............................................ 138 

Rose,Nathan................................................ 37 

Rose,Nathan A...............................37, 43, 45 

Rosenberger,Mary Ellen.................. 118, 123 

Rose,William................................................49 

Rosopa,Patrick............................................45 

Ross,Deven..................................................76 

Rostamzadeh,Cyrous................................59 

Rosu,Grigore...............................................58 

Rosvall,Tobias............................................ 171 

Roth,David B......................130, 137, 143, 152 

Rothermel,Thomas....................................56 

Roth,Gregory............................................ 142 

Rot,Ivan...................................................... 167 

Rouse,Dr. Jason......................................... 118 

Rousseau,Aymeric............. 55, 127, 134, 162 

Rovedatti,Vincent.......................................42 

Roy,Bryan....................................................72 

Royce,Michael........................................... 105 

Roy,Hillol Kumar........................................127 

Ruan,Jiageng............................................109 

Ruan,Keyu..............................................41, 49 

Rudd,Rodney..............................................34 

Ruder,Adam................................................72 

Rudynets,Mykola........................................56 

Rudzinskas,Christopher........................... 121 

Rugh,John....................................................72 

Rugh,John P................................................ 77 

Rümmele,Florian...................................... 154 

Ruona,William............................................ 161 

Rupp,Jonathan....................................35, 101 

Rush,Thomas...............................................38 

Russo,Miriam Di........................................ 165 

Rustagi,Mukesh..........................................29 

Ruth,Richard R............................................49 

Rutland,Christopher........................ 155, 169 

Rutledge,John...........................................157 

Ryan,Steve................................................. 143 

S 

Sabatini,Stefano.........................................86 

Sacco,Vincenzo........................................... 57 

Sachdev,Anil..............................................122 

Sadaoka,Kazuo........................................... 73 

Sadatomi,Masashi...................................... 111 

Sadowski,Robert....................................... 113 

Safa-Bakhsh,Robab.................................. 60 

Sager,Lauren...............................................45 

Saha,Joydip.................................................96 

Saha,Kaushik............................................. 159 

Sah,Mayur....................................................82 

Saito,Fernando............................................41 

Sajid,Muhammad..................................... 144 

Sakabe,Motoya.........................................109 

Sakai,Akira...................................................39 

Sakai,Masaharu..........................................86 

Sakairi,Minoru.............................................49 

Sakamoto,Hirofumi.................................... 77 

Sakane,Yuhei.............................................140 

Sakashita,Satoshi....................................... 77 

Sakayanagi,Hiroyuki..................................48 

Sakurai,Kohei..............................................68 

Sakurai,Tetsuya..........................................96 

Salaani,M. Kamel...........................39, 43, 47 

Salah,Mohammad......................................70 

Salaun,Erwan............................................ 128 

Salazar,Victor.................................... 142, 150 

Salecker,Elke...............................................66 

Salehi,Fatemeh......................................... 159 

Salehi,Rasoul............................................. 159 

Saltzberg,Eugene F....................................32 

Samadi,Behzad......................................... 165 

Sambel,Andreas......................................... 77 

Sami,Amr.....................................................96 

Samie,Farzad............................................ 130 

Sampath,PraveenKumar......................... 115 

Samuel,Stephen........................................157 

Sandalek,Alexander..................................58 

Sander,Oliver...............................................58 

Sandhu,Jaspal.......................................... 107 

Sandilya,Arnab.......................................... 112 

Sankaran,Chandra Mouli..........................96 

Sankey,Jeffery W.......................................47 

Sano,Toshinari........................................... 130 

Santhanam,Shyam.............................. 77, 80 

Santin,Ondrej..............................................56 

Santodonato,Louis....................................135 

Santrock,Jeffrey.........................................29 

Sanui,Ryoko................................................83 

Sappok,Alexander........................ 72, 74, 75 

Saracevic,Fariz............................................69 

Sarangapani.............................................. 139 

Sarang,Santosh Kumar..............112, 113, 119 

Sarathy,Mani............................ 144, 146, 158 

Sarkany,Zoltan.......................................... 167 

Sarkar,Avik................................................. 158 

Sarlashkar,Jayant..................................... 142 

Sasaki,Kensuke..........................................152 

Sase,Mai......................................................155 

Sasin,Dominik.............................................68 

Satake,Hiroyuki..........................................38 

Sathish,Kumar.............................. 80, 82, 93 

Sathyanarayana,Amardeep.....................65 

Sato,Akinori..................................72, 74, 109 

Sato,Emi......................................................155 

Satoh,Koichi...............................................133 

Sato,Kazuto.................................................45 

Sato,Kenji............................................ 115, 152 

Sato,Mamoru...............................................83 

Sato,Shigehiko...........................................135 

Sato,Shinya..................................................76 

Sato,Yoshihisa............................................157 

Sauceda,Jeremias......................................66 


185


Saunders,Simon.........................................67 

Savagian,Peter...................................152, 153 

Savic,Vesna.....................93, 96, 99, 101, 122 

Savimäki,Auli..............................................76 

Savioli,Tommaso...................................... 146 

Sawada,Hiroyuki........................................42 

Sawada,Jun..................................................41 

Sawa,Norihiko............................................. 111 

Sawyer-Beaulieu,Susan............................80 

Saxena,Samveg................................ 143, 154 

Scaife,Mark................................................ 154 

Scanlon,John M.......................................... 37 

Scantamburlo,Giuseppe...........................79 

Scappaticci,Lorenzo............................. 31, 43 

Scarcelli,Riccardo.....136, 142, 150, 162, 169 

Schaadt,Achim.......................................... 154 

Schaal,Peter....................................... 142, 171 

Schaberg,Paul............................................157 

Schaeffer,William...................................... 118 

Schaetz,Bernhard.......................................68 

Schaffrath,Andreas.................................... 77 

Schaik,Marcel Van..................................... 112 

Schall,David.......................................... 111, 113 

Scharf,Johannes.........................................72 

Schäuffele,Jörg...........................................68 

Scheibert,Klaus..........................................58 

Schenk,Charles.................................. 86, 144 

Scherer,Risa................................................101 

Schernus,Christof....... 72, 131, 137, 139, 143, 

............................................. 154, 161, 163, 169 

Schiferl,Elizabeth......................................147 

Schifko,Martin......................................93, 113 

Schihl,Peter.......................................... 61, 101 

Schild,Martin............................................. 129 

Schimik,Viktor.............................................83 

Schliecker,Simon........................................68 

Schmalen,Pascal.......................................147 

Schmeitz,Antoine.......................................47 

Schmidt,David P....................................... 136 

Schmidt,Karsten............................67, 68, 70 

Schmied,Roman.................................. 58, 83 

Schmitt,Andreas........................................50 

Schneider,Carsten...................................... 111 

Schneider,Jesse............... 140, 148, 163, 165 

Schneider,K................................................. 33 

Schneider,Martin........................................76 

Schneider,Rolf......................................58, 68 

Schneider,Waldemar............................... 163 

Schneidewind,Brian................................. 150 

Schoeggl,Peter.......................................... 161 

Schoenleber,Christoph..............................49 

Schrangl,Patrick.........................................83 

Schroeder,Ben........................................... 90 

Schroeder,Heidi.................................161, 169 

Schubert,Raymond....................................55 

Schubring,Brett.......................................... 75 

Schuckert,Sebastian................................ 165 

Schuessler,Martin.......................................83 

Schulze,Andreas.........................................68 

Schulze,Thomas..........................................56 

Schulze,Tino.................................................65 

Schutte,Carol.............................................108 

Schwall,Matthew........................................34 

Schwanke,Jason............................... 142, 163 

Schwarz,Chris........................................37, 68 

Scofield,Terrence........................................86 

Scott,Blane.................................................157 

Scott,Jason..................................................63 

Seaman,Sean..............................................32 

Seaton,Phil................................................. 121 

Sebastian,Maurice............................... 67, 68 

Sebben,Simone..........................................47 

Seboldt,Dimitri.......................................... 151 

Sediako,Dimitry........................................108 

Segawa,Tsutomu........................................ 57 

Sehgal,Ajay Kumar.................................. 146 

Sehgal,Tarun................................................55 

Sehitoglu,H.................................................. 111 

Selecman, Casey........................................82 

Selke,Daniel J....................................... 29, 32 

Sellnau,Mark............................................... 131 

Sellnau,Mark C.......................................... 156 

Selokar,Mayur..............................79, 80, 143 

Selvaraj,Balan Mariappan...................... 158 

Semanson,Chris...................................65, 68 

Semel,Ronald.................................74, 85, 86 

Sementa,Paolo.................................148, 170 

Senatore,Carmine......................................46 

Senecal,Peter............................................ 145 

Senecal,P. K............................... 145, 159, 162 

Senft,Victor...................................................41 

Sengupta,Somnath....................................69 

Sen,Somnath................................. 69, 79, 80 

Senthooran,Sivapalan...............................36 

Seo,Dong Hag............................................. 37 

Seo,Jung-Min.............................................. 75 

Seok,Sungchul........................................... 112 

Seong,HeeJe............................................... 75 

Seo,Seungwoo............................................47 

Seppelt,Bobbie...........................................45 

Sequino,Luigi............................................ 150 

Serban,Radu............................................... 116 

Sergueeva,Alla V....................................... 114 

Serpe,Stephen........................................... 113 

Serrano,José Ramón................................152 

Servati,Hamid........................................... 150 

Serway,Roland.......................................... 159 

Seshia,Sanjit.............................................. 165 

Sethuramalingam,T................................. 139 

Seubert,Christopher......................... 118, 123 

Severi,Elena............... 143, 145, 154, 161, 169 

Sevik,James............................... 128, 142, 162 

Seykens,Xander...................................80, 83 

Sforza,Lorenzo.......................................... 148 

Shabana,Ahmed........................................ 116 

Shah,Ashish............................................... 142 

Shahbakhti,Mahdi....................143, 154, 165 

Shah,Karan..................................................43 

Shahlari,Arsham J..................................... 171 

Shahrokni,Ali...............................................65 

Shahwan,Khaled......................................108 

Shaikh,Wasim Akram.............................. 102 

Shaik,Imran.................................................79 

Shakhshir,Saher Al................................... 148 

Shamun,Sam......................................137, 148 

Shan,Jingwei.................................... 108, 109 

Shankar,Vijai Shankar Bhavani..............144 

Shanmugam,P............................................. 75 

Shao,Huifang..............................................133 

Shaout,Adnan.............................................64 

Shao,Xinxin..................................................43 

Sharma,Abhishek.......................................58 

Sharma,Arunandan..................................137 

Sharma,Nikhil..............................................79 

Sharma,Vibhu........................................... 142 

Sharma,Yogesh Chandra......................... 60 

Shawal,Syahar.......................................... 129 

Shaw,Austin............................................... 141 

Shaw,Christopher.......................... 39, 41, 45 

Shaw,Michael............................................. 121 

Shaw,Michael L......................................... 107 

Shaw,Tyler L................................................. 37 

Shayler,Paul J............................................140 

Shelby,Michael........................................... 161 

Shelly,Patrick...............................................59 

Sheng,Gang Sheng Chen........................ 163 

Sheng,ZiQiang....................................118, 121 

Shen,Mengjing............................................58 

Shen,Ming............................................. 34, 35 

Shen,Peihong.............................................133 


Shen,Tielong................................65, 132, 167 

Shen,Trong................................................. 165 

Shen,Yuan...................................................137 

Shen,Zhanpeng..........................................93 

Sheppard,Christal..................................... 90 

Sherony,Rini......................37, 41, 49, 68, 69 

Sheth,Nitin...................................................83 

Shet,Nitesh..................................................79 

Shibano,Takeo........................................... 107 

Shibata,Gen...............................................140 

Shibata,Takumi..................................152, 153 

Shi,Chao.............................................. 115, 152 

Shida,Mitsuhisa..........................................49 

Shi,Danghe................................................108 

Shieh,Teng-Hua........................................ 130 

Shiga,Takahiro.............................................72 

Shih,Hua-Chu............................................. 113 

Shih,Huai-Ren............................................101 

Shi,Lei.................................................... 91, 101 

Shimada,Satoshi........................................65 

Shimaoka,Keiichi........................................ 37 

Shimizu,Keisuke........................................157 

Shimizu,Masaharu......................................53 

Shimizu,Takayuki........................................67 

Shimokawa,Kiyohiro...............................140 

Shimokawa,Shinnosuke........................... 40 

Shinada,Munenori......................................45 

Shin,Bosung...............................................137 

Shin,Donghwa.............................................32 

Shindo,Yusuke........................................... 159 

Shin,Hosop................................................. 116 

Shin,Jiksoo..................................................32 

Shinoda,Yoshitaka.................................... 150 

Shionoya,Takahiro......................................39 

Shiotsu,Isamu............................................ 161 

Shioya,Shunsuke........................................68 

Shiozaki,Koji...............................................127 

Shiraishi,Shinichi.......................... 58, 63, 65 

Shirai,Yasuhiro..........................................109 

Shiraki,Nobuyuki........................................ 37 

Shirk,Matthew.............................................72 

Shiverick,Jason...........................................34 

Shi,Xin........................................................... 111 

Shi,Xinfeng.................................................122 

Shi,Xiuyong........................................ 96, 168 

Shkoukani,Mutaz.................................29, 49 

Shocket,Abraham.... 53, 54, 57, 58, 60, 64 

Shogren,William G.....................................66 

Shojaei,Sina................................................. 74 

Shoji,Akira................................................. 143 

Shokouhi,Navid..........................................65 

Shonohara,Toshimitsu.............................137 

Shouji,Kiyotaka..........................................157 

Shrivatri,Aviral............................................30 

Shtilkind,Svetlana......................................29 

Shuai,Shijin................................................ 162 

Shuai,Shi-Jin...............................................135 

Shu,Ge-Qun............................74, 75, 82, 147 

Shulke,Gerald A......................................... 121 

Shurin,Scott.................................................99 

SHUTO,Hiroshi........................................... 114 

Shutty,John.................................................88 

Shwan,Soran...............................................80 

Shyrokau,Barys.......................................... 57 

Siavoshani,Saeed.......................... 39, 41, 45 

Sibi,Srinath..................................................45 

Sickle,Roger A. Van............................ 72, 76 

Siefert,Alexander....................................... 37 

Siegel,Jason B...........................................100 

Siegmund,Gunter................................45, 49 

Siemiski,Andrzej......................................... 73 

Sierra,Juan.................................................108 

Sievers,Nathan........................................... 115 

Sigelko,Jenny............................................ 149 

Sika,Zbynek.................................................56 

Silva,Evandro..............................................62 

Silva,Lucas e.............................................. 103 

Silva,Stefano.............................................. 171 

Silver,Ron.............................................. 72, 76 

Sim,Jaeheon...............................131, 146, 169 

Simmonds,Nicholas...................................47 

Simonds,Brian...........................................110 

Simon,Nakia................................................72 

Simons,Emerald.........................................39 

Simpson,Alexander...................................93 

Sims-Williams,David.................................47 

Sindler,Petr.................................................127 

Singhal,Shubham.......................................87 

Singh,Amandeep.................................32, 33 

Singh,Avinash...........................................140 

Singh,Aviral............................................... 158 

Singh,Jatinder............................................. 111 

Singh,Jatinder P................................... 111, 113 

Singh,Maneet..............................................86 

Singh,Navtej...................................74, 77, 80 

Singh,Nishant..............................................76 

Singh,Punit Kumar................................... 146 

Singh,Rajendra......................................... 158 

Singh,Ramanand........................................79 

Singh,Somendra Pratap.................... 87, 131 

Singh,Tejinder........................................... 139 

Sinha,Abhishek......................................... 102 

Sin,Hee Su.................................................... 37 

Sinnamon,James....................................... 131 

Siokos,Konstantinos........................ 142, 163 

Sirkin,David.................................................45 

Sithik,Mohamed..................................96, 97 

Sivertsson,Martin..................................... 158 

Sjöberg,Magnus.......................................140 

Skalyga,Mykola...........................................56 

Skeen,Scott A....................................133, 160 

Skinner,Nicholas P......................................32 

Skoglundh,Magnus....................................80 

Skruch,Pawel...............................................68 

Skszek,Timothy W..................................... 121 

Slade,David................................................ 149 

Slattengren,Jesper................................... 116 

Slattery,Ben................................................ 121 

Sluder,C. Scott................................... 135, 142 

Smirnov,Evgeny.......................................... 77 

Smith,Connor..............................................49 

Smith,David..................................................91 

Smith,George.......................................95, 98 

Smith,Henrik...............................................83 

Smith,Ian......................................................83 

Smith,Matthew....................................60, 62 

Smith,Michael............................... 78, 80, 86 

Smith,Michael Andrew.............................. 75 

Smith,Nick....................................................63 

Smith,Robert A..................................121, 130 

Smithson,Robert A.................................. 130 

Smith,William..............................99, 101, 102 

Soba,Alec................................................... 130 

Socci,Vincent P............................................53 

Soden,Michael............................................59 

Soderberg,Andreas...................................62 

Söderberg,Jan............................................65 

Soderblom,David.......................................34 

Söderblom,David.......................................34 

Sokawa,Shingo........................................... 77 

Sokolov,Sergey...........................................56 

Sokolsky,Oleg.............................................58 

Sola,Javier Arco........................................ 150 

Solak,Nuri........................................... 107, 119 

Solari,Jean-Pascal................................... 138 

Soliman,Aref M. A..................................... 119 

Soloiu,Valentin.....................39, 56, 154, 156 

Solomon,Samson..................................... 139 

Soloshenko,Yevheniy................................ 57 

Solsjo,Rickard............................................137


Soltis,Richard............................................. 161 

Somasundram,Kartik................................34 

Somers,Bart....................................... 131, 159 

Somers,L.M.T...............................................79 

Somerville,L...............................................127 

Som,Sibendu..................... 133, 145, 159, 169 

Song,Bongha...............................................41 

Song,Eunjee................................................58 

Song,Guangtian......................................... 115 

Song,Guangtian Gavin............................. 115 

Song,Jared.................90, 91, 93, 96, 99, 101 

Song,Kang..................................................132 

Song,Ke................................................ 67, 165 

Song,Seunghan........................................ 148 

Song,Shutao..............................................100 

Song,Xu........................................................82 

Song,Yuyang..............................................110 

Soni,Akshay............................................... 158 

Sonntag,Fabian.......................................... 74 

Son,Yochan.................................................153 

Son,Young Seop.........................................43 

Sorge,Ugo.................................................. 170 

Sorlini,Claudio.............................................34 

Souflas,Ioannis.................................. 142, 171 

Soulliere,Katie.............................................80 

Souza,Flavio.............................................. 102 

Souza,Marcelo.............................................68 

Sowards,Jeffrey W....................................110 

Spangler,Lora L...........................................29 

Spelina,Jill M..............................................157 

Spenny,Jason R........................................ 139 

Spessa,Ezio................................................ 168 

Spies,Hagen................................................55 

Spiteri,Paul................................................. 116 

Spivey,Heath...............................................49 

Splitter,Derek...... 131, 135, 137, 143, 156, 161 

Sprague,John T...........................................49 

Sprenger,Florian........................................135 

Srinivasan,Chiranth....................94, 99, 152 

Srinivasan,Kumar............ 72, 79, 82, 85, 88 

Srinivasan,Sriram.......................................86 

Srinivas,Gunti R............................34, 43, 117 

Srivastava,Sameer.................................... 112 

Stadlbauer,Stephan...................................83 

Stalker,Rose Mary.......................................81 

Stamper,Michael.........................................64 

Start,Michael...............................................93 

Stavesand,Jann-Eve..................................65 

Stecher,Andy F...........................................123 

Stefanopoulou,Anna............................... 159 

Stefanopoulou,Anna G...........................100 

Steffan,Hermann........................................42 

Steffen,Thomas..........................................127 

Steffka,Aaron Mark.....................................61 

Steffka,Mark..........................................59, 61 

Steinbauer,Pavel........................................56 

Steiner,Hans.........................................93, 113 

Steiner,John C.............................................49 

Steiner,Sepp................................................85 

Stenlaas,Ola........................................ 150, 171 

Stephens,R.G..............................................34 

Stepien,Zbigniew.......................................86 

Stepnov,Vitalii.............................................56 

Steurich,Bjoern...........................................58 

Stewart,Jonathan David............................81 

Stitzel,Joel...................................................34 

Stobart,Richard.......... 88, 105, 127, 137, 157 

Stobart,Richard K..................................... 105 

Stockar,Stephanie.................................... 163 

Stocks-Smith,Justin...................................47 

Stola,Federico............................................ 151 

Stoll,Daniel..................................................49 

Stone,Richard..............................82, 130, 157 

Storey,John................................... 72, 79, 142 

Storey,John M. E......................................... 74 

Stout,David................................................ 105 

Stoyanov,Miroslav K................................ 150 

Strauß,Peter.............................................. 165 

Streater,Stephen........................................88 

Strek,Piotr.................................................. 136 

Striegler,Radim...........................................45 

Strong,Daniel..............................................29 

Strumolo,Margaret......................................91 

Strzelec,Andrea................................... 79, 82 

Stuermer,Ingo.......................................61, 66 

Stull,David................................................... 60 

Stutenberg,Kevin...................................... 161 

Styles,Daniel........................................85, 86 

Subbarao,P.M.V......................................... 143 

Subke,Peter...........................................61, 62 

Subrahmanyam,J.P.................................. 143 

Subramaniam,MohanKumar....................76 

Subramaniyam,Murali..................37, 49, 112 

Su,Changsheng...........................................80 

Sudalaimuthu,Subash........................96, 97 

Suehiro,Yukio.............................................. 77 

Sugashima,Takeshi....................................58 

Sugawara,Hiroyoshi................................. 112 

Sugii,Taisuke................................................96 

Sugimoto,Tsuyoshi.............................110, 112 

Sugiura,Hideki............................................ 33 

Sugiura,Noboru......................................... 116 

Sugiura,Tatsuki......................................... 107 

Sugiura,Toshikazu.................................... 159 

Sugiyama,Hiroyuki.............................116, 121 

Suh,In-Soo...................................... 39, 41, 45 

Su,Jing........................................................108 

Sukegawa,Yoshihiro..................................96 

Sukumar,Balaji.....................................83, 86 

Sukumar,Naveen.......................................101 

Sul,Hyunki.............................................85, 86 

Sulic,Martin................................................ 163 

Sumiya,Hiroshi........................................... 112 

Sun,Chenxi.................................................. 141 

Sundaram,V.......................................... 39, 93 

Sundaram,V.......................................... 39, 93 

Sung,Shin-Jang..................................110, 116 

Sun,Richard L..............................................96 

sun,sheng................................................... 165 

Sun,Shishuo.................................................45 

Sun,Tao........................................................ 115 

Sun,Wenlong...............................................69 

Sun,Xichen.................................................. 121 

Sun,Xin.................................................101, 113 

Sun,Yong..............................................116, 119 

Sun,Youcheng.............................................68 

Sun,Zechang......................................133, 167 

Su,Raymond............................................... 113 

Surnilla,Gopichandra................................ 161 

Susdorf,Alexander................................... 154 

Sutherland,Andrew......................74, 85, 86 

Suway,Jeffrey Aaron.................................43 

Su,Xueying..................................................153 

Su,Xuming......101, 108, 110, 111, 115, 118, 119 

Suzaki,Takahiro...........................................49 

Suzuki,Ai.....................................................155 

Suzuki,Daichi...............................................99 

Suzuki,Hisakazu...................................83, 161 

Suzuki,Ryoji............................................... 107 

Suzuki,Taro..................................................58 

Suzuki,Tomohide...................................... 139 

Suzuki,Tomonori........................................101 

Suzuki,Yasumasa........................................49 

Svancara,Kamil...........................................65 

Svensson,Erik............................................ 148 

Svensson,Kenth........................................ 154 

Swanson,Jacob...........................................79 

Swantek,Andrew.............................. 128, 136 

Swanton,Thomas........................................76 

Szczotka,Andrzej........................................83 

Szedlmayer,Michael................................. 156 

Szolak,Robert............................................ 154 

Szulc,Micha..................................................68 

Szwabowski,Steven...................................56 

Szybist,James........................................... 143 

Szybist,James P................130, 135, 137, 143, 

............................................................. 152, 156 

T 

Taber,Geoff.................................................110 

Tadakuma,Kenji..........................................49 

Tafreshi,Reza............................................... 74 

Taguchi,Kenji...............................................58 

Taguchi,Masayuki......................................137 

Tahara,Ken...................................................39 

Tahara,Yasuaki...........................................127 

Taie,Mostafa Anwar............................60, 65 

Takada,Noriyuki........................................ 143 

Takagi,Hitoshi.............................................42 

Takagi,Noritaka..........................................49 

Takahashi,Daishi.......................................140 

Takahashi,Hiroyuki.........................37, 41, 69 

Takahashi,Jumpei.....................................135 

Takahashi,Shinichi............................ 115, 152 

Takahiko,Aoyagi.........................................66 

Takahira,Masakiyo.................................... 115 

Takahira,Takayoshi.................................... 113 

Takakura,Norio................................. 150, 167 

Takamatsu,Hiromitsu...............................153 

Takano,Masayuki.......................................110 

Takashi,Kondo.......................................... 163 

Takata,Arata................................................56 

Takatori,Yoshiki...........................................84 

Takayama,Tsutomu....................................49 

Takazawa,Nobuaki....................................110 

Takeda,Kenji................................................79 

Takekoshi,Masashi.................................... 119 

Takemori,Daisuke.......................................65 

Takeori,Hiroki.............................................. 77 

Taki,Eiji..................................................67, 149 

Takizawa,Keiji............................................ 149 

Talaska,Tomasz...........................................68 

Talekar,Apoorv...........................................72 

Talekar,Apoorv P...................................... 128 

Talibi,Midhat...............................................135 

Talon,Vincent.............................................160 

Tamburello,David A................................. 163 

Tamma,Bhaskar........................................ 150 

Tamor,Michael..............................................91 

Tamor,Michael A..........................................91 

Tamura,Kazutaka..................................... 159 

Tamura,Sayaka......................................... 149 

Tamura,Tsutomu........................................ 44 

Tanabe,Masato............................................58 

Tanabe,Yosuke............................................46 

Tanada,Hiroki.............................................152 

Tanaka,Eiichi............................................... 35 

Tanaka,Hideyuki.................................. 55, 66 

Tanaka,Hiroaki............................................65 

Tanaka,Hiroshi............................................39 

Tanaka,Koki.................................................45 

Tanaka,Shingo............................................32 

Tanaka,Shunya............................................39 

Tanaka,Takayuki.........................................66 

Tanaka,Wataru............................................39 

Tandale,Madhukar.....................................83 

Tan,Gangfeng.............................................. 74 

Tang,Chenglong................................139, 153 

Tang,Choong Fong....................................147 

Tang,Jisi.......................................................45 

Tang,Ta-Wei................................................. 75 

Tang,Weiyong........................................... 163 

Tan,Han-Shue.............................................65 

Tanida,Atsushi.......................................... 159 

Taniguchi,Makoto..................................... 149 

Taniguchi,Masanobu.................................54 

Tan,Julian...............................................73, 74 

Tanoue,Takeki..............................................30 

Tanoue,Yasuhiro.........................................78 

Tan,Qingyuan............................................. 131 

Tan,Tervin.....................................................55 

Tan,Wei.................................................75, 108 

Tao,Jian.........107, 108, 112, 113, 116, 118, 119, 

.............................................................. 123, 171 

Tao,Mingyuan............................................ 139 

Tao,Tinghong..............................................76 

Tao,Wei........................................................ 113 

Tao,Xiaojian................................................ 171 

Tao,Xinran...................................................101 

Taracko,Matthew........................................49 

Tarasow,Alex............................................. 159 

Tarí,Daniel................................................... 131 

Tartoussi,Hadi............................................ 131 

Taube,Arnold..........................................61, 91 

Tauzia,Xavier..............................................155 

Taylor,Darryl S........................................... 116 

Taylor,Mychal.............................................. 77 

Taylor,Oliver P........................................... 130 

Taylor,William...............................................61 

Temkin,Michael.......................................... 116 

Templeman,Cynthia....................113, 114, 118 

Teng,Hui..................................................... 159 

Teng,Shengping........................................ 141 

Teng,Yu J....................90, 91, 93, 96, 99, 101 

Teng,Zhenke............................................... 118 

Tennakoon,Tennakoon 

Mudiyanselage....................................... 103 

Tennison,Paul.............................................. 74 

Terachi,Shota............................................ 139 

Teranishi,Nozomu.....................................133 

Terashima,Hirohito....................................96 

Terlip,Danny.............................................. 163 

Terpstra,Toby............................................. 44 

Tesfa,Belachew...........................................87 

Tesi,Amedeo............................................. 150 

Tess,Michael...............................................133 

Testa,Francesco........................................ 154 

Testani,Michael.......................................... 116 

Tetsuka,Kenichi.......................................... 116 

Thambi,Joel Luther................................... 119 

Theis,Joseph............................................... 77 

Thelen,Bryce............................................. 154 

Thelen,Bryce Charles............................... 154 

Thesing,Thomas........................................ 115 

Thewes,Matthias...................................... 154 

Thirukkotti,Sankarasubramanian...........93 

Thomas,Bénédicte....................................152 

Thomas,Bonita J....................................37, 41 

Thomas,John......................................161, 169 

Thomas,Mary..............................................56 

Thomas,Scott D..........................................30 

Thomsen,Nicolai.........................................65 

Thorat,Pratap Dinkar.................................62 

Thorén,Anna...............................................76 

Thornber,Ben..............................................47 

Thornton,Dana............................................ 37 

Thyagarajan,Ravi........................101, 112, 113 

Tian,Hua............................................... 75, 147 

Tian,Linli.......................................................43 

Tian,Qi......................................................... 159 

Tian,Renran...........................................41, 49 

Tian,Tian......................................113, 128, 140 

Tian,Ye..........................................................55 

Tieber,Karin............................................... 167 

Tigelaar,Jonathan......................................54 

Tillaart,Erik van den...................................80 

Timpanaro,Anthony........................... 43, 45 

Tiseira,Andrés............................................ 131 

Titov,Gene....................................................72 


187


Tiwari,Nachiketa.........................................79 

Tiwari,Sashikant....................................... 139 

Tjong,Jimi............................ 113, 137, 154, 171 

Tkacik,Peter Thomas..........................30, 34 

Tochiki,Hirokazu........................................137 

Toczyski,Jacek.....................................34, 49 

Toda,Kengo.................................................53 

Toda,Kentaro...............................................96 

Toda,Tadashi............................................. 143 

Tojo,Takeshi................................................157 

Tokuda,Shigefumi.................................... 170 

Tokunaga,Tatsuya.....................................135 

Tomerlin,Jeff............................................... 77 

Tomie,Toshihisa..........................................76 

Tominaga,Satoshi.....................................152 

Tomita,Kenji................................................78 

Tomita,Yoshiki...........................................160 

Tomomatsu,Daisuke................................. 116 

Tonda,Richard Dale....................39, 107, 108 

Tong,Sunyu.................................................135 

Tonoli,Andrea......................................43, 142 

Tonuma,Toshiyuki.................................... 107 

Tonzetich,Zachary...................................... 77 

Toops,Todd.................................................135 

Toops,Todd J............................................... 77 

Tornatore,Cinzia.........................154, 156, 171 

Törngren,Martin.........................................68 

Torre,Augusto Della........................... 87, 137 

Toshiyuki,Ken.............................................127 

Totaro,Pasquale........................................140 

Totaro,Pasquale Pio.................................140 

Toulson,Elisa......................145, 148, 154, 171 

Tovar,Andres................................43, 96, 120 

Toyama,Naoki........................................... 163 

Toyama,Tomoyuki.................................... 148 

Toyoda,Fumihiko........................................96 

Toyoshima,Tetsuo......................................80 

Tran,Hiep Hoang....................................... 167 

Traussnig,Armin.........................................85 

Traver,Michael............................................137 

Tree,Dale R................................ 128, 133, 156 

Trembley,Greg.......................................... 107 

Tremsin,Anton...........................................135 

Trimbake,Santosh.................................... 143 

Trimboli,Brian A.........................................55 

Trisdale,Tom................................................49 

Trivedi,Manan Jyotin................................101 

Trobaugh,Corey................................ 130, 135 

Tropea,Cameron.........................................48 

Trujillo,Mario F............................................135 

Tsang,Chi-Wei........................................... 169 

Tschirhart,Michael............................... 29, 32 

TSIANIKA,Vasiliki...................................... 90 

Tsoutsanis,Panagiotis...............................47 

Tsubokura,Makoto.....................................39 

Tsuchida,Kenichi........................................101 

Tsuchida,Michitaka.................................. 149 

Tsuchiya,Eiji............................................... 148 

Tsuji,Hiromichi.......................................... 142 

Tsuji,Kimitoshi..............................................41 

Tsukada,Toshihiko...................................... 37 

Tsumagari,Ichiro.........................................76 

Tsurumi,Yasuaki...........................................41 

Tucker,Brian................................................ 60 

Tuner,Martin.............................. 137, 140, 148 

Tunestal,Per.............. 137, 142, 150, 158, 163 

Tung,Simon C.................................... 130, 135 

Turner,James......................................127, 130 

Turner,James W G.....................................127 

Tutunea-Fatan,O. Remus..........................29 

Tyan,Tau....................................... 110, 116, 119 

Tyson,Steven.............................................. 118 

U 

Uchanski,Michael.............................. 86, 150 

Uchida,Kiyoyuki..........................................39 

Uchida,Noboru.........................................140 

Uddheim,Åsa..............................................80 

Uddin,Ahmed.......................................85, 86 

Uddin,Mesbah....................31, 39, 47, 49, 82 

Ueda,Daiji...................................................152 

Ueda,Masahiro............................................99 

Uguru-Okorie,Daniel...............................140 

Uhlmann,Tolga............................................72 

Ujiie,Yoshihiro.............................................58 

Umbarkar,Yogesh................................ 85, 87 

Umemura,Eiji............................................. 115 

Ungermann,Anne.......................................76 

Unigame,Shingo.........................................45 

Univ,Xihua.................................................. 168 

Uno,Takanori...............................................53 

Upah,Adam.................................................49 

Uppuluri,Sudhi........... 72, 79, 82, 85, 87, 88 

Urabe,Shinichi............................................. 74 

Urabe,Takahiro............................................66 

Urbanic,R.J................................................ 103 

Urban,Martin...............................................45 

Ursu,Chandrakantha..................................53 

Ushnurcev,Stanislav................................ 139 

Usui,Tasuku.................................................. 37 

Utsunomiya,Atsushi.................................152 

Uy,Dairene................................................. 142 

V 

Vaglieco,Bianca Maria.....128, 148, 150, 170 

Vaidya,Rohit..............................................100 

Vaidya,Vinay................................................69 

Vaishnav,Dhaval.........................................93 

Vakakis,Alexander.....................................47 

Vala,Marilyn.................................................45 

Valasek,Radek............................................45 

Valentino,Gerardo.....................154, 156, 171 

Vallabhaneni,Pratapnaidu.......................45 

Valladolid,Pablo Garcia........................... 150 

Vandersickel,Annelies............................. 143 

VanLanen,Daniel...................................... 165 

VanSelous,Joseph.................................... 130 

Vappala,Indu.............................................. 118 

Varella,Roberto Aliandro..........................83 

Varney,Max..................................................39 

Vasanth,Balashunmuganathan........80, 82 

Vasudevan,Prasanna............................... 163 

Vaz,Miguel.................................................109 

Veele,Rebecca.............................................76 

Veenstra,Mike........................................... 163 

Velghe,Anthony........................................ 145 

Venditti,Mattia.......................................... 168 

Venhovens,Paul....................45, 98, 99, 158 

Ven,James Van de.................................... 169 

Venkatesh,R........................................67, 144 

Venkatraman,Vindhya...............................65 

Venkitachalam,Hariharan.........................68 

Ventura,Joel................................................43 

Vera-Tudela,Walter................................... 161 

Vereb,Wayne.............................................. 121 

Verhelst,Sebastian...........................128, 144 

Verma,Ishan............................................... 161 

Verma,Mukul K...........................................47 

Vernacchia,Mark A.....................................62 

Vertal,Peter.................................................42 

Vestlund,Johannes....................................47 

Viecenz,Hannes..........................................76 

Vigliani,Alessandro.................................. 142 

Vijayagopal,Ram.............................. 134, 162 

Vilela,Antonio.............................................68 

Villalta,David............................................. 134 

Vimalathithan,Kulothungan....................45 

Vinattieri,Francesco.......................... 40, 150 

Vint,Matti........................... 142, 150, 157, 165 

Viollet,Yoann...................................... 131, 138 

Virdung,Torbjorn........................................32 

Virmalwar,Ajay......................................... 102 

Virostko,Nicholas......................................147 

Viswanathan,K R....................................... 113 

Vitek,Oldrich.............................................. 167 

Vivek,Anupam...........................................110 

Vivek,Kumar............................................... 112 

Vlahopoulos,Nickolas...............................101 

Vlaskos,Ioannis.......................................... 151 

Vögele,Ulrich...............................................65 

Vogt,Claus....................................................80 

Voitel,Tilo.................................................... 44 

Voss,Sebastian...........................................68 

Vuillaume,Camille......................................58 

Vychytil,Jan.................................................45 

W 

Wachsmuth,Guido................................... 159 

Wachtmeister,Georg................. 111, 135, 165 

Wach,Wojciech........................................... 37 

Wada,Keita..................................................46 

Wada,Tomoyasu....................................... 139 

Wada,Yusuke..............................................137 

Wade,Robert............................................. 167 

Wade,William S..........................................63 

Wadkar,Chaitanya.................................... 145 

Waeltermann,Peter...................................67 

Wagner,Al.................................................. 145 

Wagner,David...........................................108 

Wagner,James (Jim) E.........................61, 91 

Wagner,John R..........................................101 

Wagner,Michael..........................................69 

Wagner,Robert............................91, 140, 161 

Wahab,Emad.............................................140 

Wakabayashi,Tohru...................................58 

Wakamatsu,Satoshi.................................. 116 

Wakana,Hironori........................................49 

Wakelin,Peter............................................ 102 

Wakisaka,Yoshifumi................................ 143 

Walawender,Chester S..............................29 

Waldman,John..................................133, 157 

Waldman,John O...............................133, 157 

Walker,Brad.................................................78 

Walker,Kevin............................................. 165 

Walker,N. Ryan......................................... 145 

Walker,Paul...............................................109 

Wallace,Chris...............................................63 

Wallace,Rick S......................................30, 34 

Wall,Alanna.................................................42 

Wallner,Thomas...............128, 136, 142, 145, 

.....................................................150, 162, 169 

Walls,Mark................................................. 156 

Walsh,Michael P........................................ 163 

Wang,Bingxu............................................. 121 

Wang,Boyuan........................................... 146 

Wang,Caixia.............................................. 165 

Wang,Can....................................................68 

Wang,Changsheng....................................94 

Wang,Cheng.............................................. 162 

Wang,Chien-Ping.......................................29 

Wang,Chinpei............................................ 141 

Wang,Chunlei............................................108 

Wang,Da-Zhi.............................................. 119 

Wang,De Ming.....................................94, 99 

Wang,Dengfeng........................................ 115 

Wang,Dexin.................................................39 

Wang,Guang................ 46, 72, 100, 113, 147 

Wang,Guolin............................................... 121 

Wang,Hang................................................ 159 

Wang,Honglu............................................ 107 

Wang,Hongyan.........................................100 

Wang,Hu.............................................155, 157 

Wang,Jeff.................................................... 111 

Wang,Jerry C.............................................135 

Wang,Jianxin.................... 132, 139, 146, 155 

Wang,Jian-Xin................................... 152, 171 

Wang,Li................................................ 79, 153 

Wang,Liang................................................ 115 

Wang,Lianhui............................................. 115 

Wang,Long.................................................157 

Wang,Luting................................................67 

Wang,Meiping............................................ 171 

Wang,Mengke............................................ 171 

Wang,Mianzhi........................................... 128 

Wang,Michael.............................................80 

Wang,Mingjie............................................ 145 

Wang,Mingyu........................................72, 77 

Wang,Nan..................................................108 

Wang,Peng................................................. 40 

Wang,Qian................................................... 33 

Wang,Qigui.................................................101 

Wang,Qiwei.........................................111, 168 

Wang,Ruochen........................................... 111 

Wang,Shan...................................110, 119, 131 

Wang,Shanshan.................................110, 119 

Wang,Shihui............................................... 119 

Wang,Shu...................................................157 

Wang,Shuli..................................................79 

Wang,WeiGuang.......................................147 

Wang,Xibin.................................................. 74 

Wang,Xin.............39, 86, 132, 139, 146, 152, 

.............................................................. 155, 171 

Wang,Xinjian......................................133, 167 

Wang,Xinyan............................................. 145 

Wang,Xuan.................................................. 75 

Wang,Xuguang.........................................100 

Wang,Yajun.................................................82 

Wang,Yan................................... 100, 119, 145 

Wang,Yefu................................................. 128 

Wang,Yinhui.......................................133, 135 

Wang,Yuanzhan........................................100 

Wang,Yucong....................................... 111, 113 

Wang,Yuesen....................................... 74, 82 

Wang,Yue-Yun.................. 142, 150, 157, 165 

Wang,Yujian............................................... 115 

Wang,Yujun...........................................75, 87 

Wang,Yusheng.......................................... 128 

Wang,Yushuai............................................101 

Wang,Zhe................................................... 151 

Wang,Zhenfeng.........................................101 

Wang,Zhenwen..........................................30 

Wang,Zhi............119, 128, 132, 133, 139, 146, 

...................................................... 155, 162, 171 

Wang,ZongGuang...............................46, 72 

Wani,Satishchandra C...............................79 

Wan,Yu...........................................72, 77, 148 

Ward,David..............................53, 55, 58, 69 

Ward,Jason............................................... 166 

Warey,Alok........128, 130, 131, 134, 137, 143, 

............................................................. 144, 152 

Warkins,Jason......................................74, 76 

Warren, Rebekah...................................... 113 

Wasacz,Bryon...................... 131, 137, 161, 171 

Waschl,Harald.............................................83 

Wasekura,Masaki..................................... 159 

Watanabe,Hikaru....................................... 57 

Watanabe,Masanori..................................46 

Watanabe,Seigo.........................................66 

Watanabe,Takao....................... 148, 152, 157 

Watanabe,Takayuki................................... 77 

Watanabe,Toshiaki...................................140 

Watling,Timothy C.....................................76 



Watson,Brock.............................................30 

Watson,J. Christopher..............................29 

Watta,Paul...................................................69 

Weaver,Ashley............................................34 

Weaver,Wayne..........................................100 

Webb,Amy McGuckin............................... 113 

Weber,Eileen.............................................. 118 

Weber,Jost.................................................152 

Webster,Kenneth W..................................65 

Wei,Haiqiao....................................... 142, 147 

Weimerskirch,Andre.................................53 

Weindorf,Paul.............................................59 

Weiss,Ulrich.................................................99 

Wei,Zhigang....................93, 111, 115, 118, 119 

Wei,Zuolong................................................43 

Welcher,Judson..........................................43 

Weng,Rongcheng.................................... 134 

Wentsch,Marlene...................................... 151 

Wen,Weidong............................................. 111 

Wenzel,Paul................................................ 161 

Weritz,John...............................................108 

West,Brian..........................................161, 169 

Westbrook,James Robert.......................147 

Westerfield,Zachary................................140 

Westlye,Fredrik.........................................133 

Westlye,Fredrik R.....................................160 

Whelan,Steve............................................ 145 

Whitehead,Andrew..................................133 

Whitehead,Glenn..................................... 107 

White,John................................................. 115 

White,Nicholas............................................34 

White,Theron............................................ 105 

Whittal,Ian...................................................50 

Whitted,Steven............................................91 

Wick,Maximilian....................................... 154 

Widd,Anders...............................................76 

Wiedemann,Jochen............................41, 49 

Wiederer,Julian..........................................93 

Wiegand,Brian Paul.................................. 121 

Wiemer,Eric Alexander Morales........... 154 

Wienckowski,Natalie.................................70 

Wienert,Michelle........................................68 

Wieser,Dirk..................................................42 

Wigle,Lori.....................................................53 

Wijeyakulasuriya,Sameera.................... 150 

Wilhelm,Ryan............................................. 74 

Wilken,Celeste.......................................... 145 

Wilkinson,Craig..........................................49 

Wille,Ansgar.............................................. 163 

Willems,Frank.............................................83 

Willems,R.C............................................... 128 

Williams,Jason........................................... 161 

Williams,Jimmie......................................... 75 

Williams,John............................................157 

Wilson,Brian................................................68 

Wilson,Deven..............................................63 

Wilson,Robert.............................................49 

Wilson,Ryan................................................56 

Wimmer,Andreas..................................... 136 

Winokur,Justin........................................... 90 

Winter,Amos............................................. 145 

Winters,Ruud............................................. 119 

Winward,Edward....................... 88, 137, 157 

Wiseman,Marc......................................91, 99 

Wishart,Jeffrey.......................................... 161 

Wissel,Dirk von...........................................68 

Wissink,Martin.......................................... 145 

Wittberg,Lisa Prahl.................................. 169 

Wittmeier,Felix.....................................41, 49 

Woestman,Eric...........................................66 

Wolany,Adalbert...................................... 159 

Wolfe,Edward.......................................72, 77 

Wolff,Thomas..............................................76 

Wolf,Marco...................................................54 

Wolk,Benjamin......................................... 143 

Wong,Brad................................................ 163 

Wong,Hoi................................................... 145 

Wong,Victor..........................................74, 75 

Wong,Victor W.................................. 130, 135 

Woodburn,Joseph..............................83, 86 

Wooderson,Paul.........................................55 

Woods,Andrew............................................81 

Wood,Tom....................................................45 

Wooldridge,Margaret....................... 130, 171 

Wooldridge,Steven.................................. 142 

Worswick,Michael..................................... 118 

Worswick,Michael J...........................118, 121 

Wotring,Brian.............................................45 

Wragge-Morley,Robert Timothy............47 

Wright,Daniel G.................................. 112, 113 

Wright,John F....................................140, 156 

Wright,Nolan...............................................80 

Wright,Tim.................................................. 40 

Wright,Yuri M............................. 133, 143, 151 

Wu,Bin................................................ 134, 167 

Wu,Chuanzhou........................................... 74 

Wuelfing,Jens.............................................58 

Wuensch,Matthew A................................ 60 

Wuerker,Robert..........................................58 

Wu,Guangqiang........................... 43, 111, 115 

Wu,Hai........................................................ 163 

Wu,Haibo.....................................................36 

Wu,Hao....................................................... 165 

Wu,Hequan..................................................34 

Wu,Hongwen.....................................101, 150 

Wu,Huwei.................................................... 111 

Wu,Jian...................39, 65, 68, 109, 134, 167 

Wu,Jinglai................................................... 90 

Wu,Kelly................................................ 55, 56 

Wu,Lixin.......................................................39 

Wurzenberger,Johann C...........................83 

Wu,Sean F................................................... 115 

Wu,Sijin....................................................... 121 

Wu,T.......................................................39, 40 

Wu,Tao........................................................ 164 

Wuttke,Jeff..................................................86 

Wuttke,Jeffrey............................................ 75 

Wu,Wei.................................................111, 146 

Wu,Wenhao............................................... 165 

Wu,Xiaohua............................................... 168 

Wu,Xuesong...............................................153 

Wu,Xuting................................................... 119 

Wu,Yuqing...................................................34 

Wu,Yusheng...............................................135 

Wu,Zhengbin............................................ 134 

Wu,Zhijun...................................................137 

Wyatt,Perry................................................147 

X 

Xiang,Junfeng............................................101 

Xiang,Shouzhi............................132, 133, 155 

Xiao,Baitao................................................ 163 

Xiao,Xinran................................................108 

Xiao,Yuan.....................................................68 

Xia,Yong...............................................116, 119 

Xie,Degang.................................................137 

Xie,Hui..................................65, 132, 163, 167 

Xie,Kelvin............................................ 154, 171 

Xie,Xin.......................................................... 121 

Xing,Peter....................................................49 

Xiong,Lu................................................ 39, 47 

Xiong,Shuo................................................ 167 

Xi,Yuanzhou.......................................... 76, 86 

Xi,Yubin........................................................45 

Xi,Zhimin......................................................93 

Xuan,Tiemin................................................133 

Xu,Bin.................................................. 88, 105 

Xu,Binjie..................................................... 150 

Xue,Jian................................................. 79, 82 

Xue,Qingluan.............................................140 

Xue,Zhendan.........................................91, 92 

Xu,Guangzhong........................................109 

Xu,Guoqing................................................. 151 

Xu,Hongming............................................ 150 

Xu,Hongyi............................................. 91, 101 

Xu,Hui...........................................................83 

Xu,Jiu............................................................ 74 

Xu,Min...........................................92, 128, 133 

Xu,Nan........................................................ 139 

Xu,Peijun........................................111, 115, 119 

Xu,Simon.......................................................91 

Xu,Songyun.................................................39 

Xu,Wan................................................ 118, 122 

Xu,Xiaohong...............................................135 

Xu,Xiaoqing................................................ 119 

xu,Zeren............................................... 113, 118 

Xu,Zheng.............................................164, 171 

Xu,Zhengxin......................................128, 146 

Xu,ZongYing................................................96 

Y 

Yacinthe,Sam............................................ 166 

Yadav,Kamlesh......................................... 102 

Yadav,Ketan................................................ 77 

Yadav,Vivek........................................101, 102 

Yalla,Veeraganesh......................................69 

Yamada,Kohbun........................................ 119 

Yamada,Masuyoshi....................................49 

Yamada,Takashi..........................................76 

Yamada,Takayuki.......................................93 

Yamade,Yoshinobu.............................36, 49 

Yamaguchi,Hiroyuki...................................41 

Yamaguchi,Kyohei.................................... 161 

Yamaguchi,Masamichi.............................101 

Yamaguchi,Takahiro...................................41 

Yamaguchi,Tomoya........................... 67, 165 

Yamaguchi,Tomoyuki................................39 

Yamakawa,Toshifumi.............................. 159 

Yamamori,Kazuo.......................................135 

Yamamoto,Akihito.....................................39 

Yamamoto,Katsuhiko.................................41 

Yamamoto,Kohei........................................49 

Yamamoto,Masago..................................140 

Yamamoto,Masaki..................................... 33 

Yamamoto,Michihiro................................147 

Yamamoto,Takeo...................................... 150 

Yamamoto,Tomitaka................................ 112 

Yamamoto,Toshiro.....................................83 

Yamamura,Jun............................................39 

Yamanaka,Toshihiko.................................157 

Yamaoka,Hiroo...........................................93 

Yamasaki,Takeyuki....................................152 

Yamashita,Masataka................................. 77 

Yamashita,Shuhei......................................65 

Yamashita,Taro...........................................49 

Yamasoe,Yosuke.........................................39 

Yamato,Hideaki..........................................53 

Yamauchi,Takafumi.............................84, 85 

Yamaura,Masahiro.............................. 63, 65 

Yamawaki,Hideo...................................... 159 

Yamazaki,Yuki.............................................30 

Yanagawa,Eiki..............................................41 

Yanai,Tadanori.................................. 154, 156 

Yan,Frank....................................................110 

Yan,Frank Q................................................ 116 

Yan,Fuwu................................................... 139 

Yang,Bo............................... 121, 128, 139, 157 

Yang,Dongbo............................................ 139 

Yang,Fulun............................................111, 115 

Yang,Guobiao.................................... 118, 122 

Yang,Heeseung...................................92, 112 

Yang,James................................................ 119 

Yang,Ji...........................................................91 

Yang,Jiacheng.................................. 142, 148 

Yang,Jing....................................................137 

Yang,Jinming Jim.......................................99 

Yang,Juhchin..............................................101 

Yang,Junqi............................................90, 93 

Yang,Kangkang.......................................... 74 

Yang,Ke.......................................................153 

Yang,King.................................................... 35 

Yang,Liang...................................................99 

Yang,Lianxiang...........................118, 121, 122 

Yang,Lucy....................................................76 

Yang,Qingminn.................................... 111, 113 

Yang,Qiong.................................................152 

Yang,Ren-Jye...............................................91 

Yang,Shu..................................................... 119 

Yang,Shun............................................. 39, 69 

Yang,Xiaobo............................................... 121 

Yang,Xiaofeng.................................. 139, 143 

Yang,Xiaojian............................................ 142 

Yang,Zhenyi.............................................. 154 

Yang,Zhigang..............................................79 

Yang,Zhijia................................... 88, 137, 157 

Yang,Zhongjie............................................. 74 

Yao,Changhai..............................................34 

Yao,Mingfa..................................................155 

Yarlagadda,Rahul Rama Swamy............ 90 

Yashiro,Takahisa....................................... 149 

Yassine,Mahmoud K...........................80, 86 

Yasuda,Takashi......................................... 139 

Yasuki,Tsuyoshi................ 30, 39, 45, 49, 93 

Yates,Neil.....................................................67 

Yatsko,M.J.................................................. 166 

Yau,Alice......................................................80 

Yazdani,Arya............................................. 165 

Yeakel,Skip.................................................. 77 

Yee,Kingman...............................................62 

Yee,Ryan......................................................46 

Yen,Chih-Hung (Erik)...............................127 

Yen,Erik.......................................................147 

Yeo,Jeff........................................................135 

Ye,Qing......................................................... 111 

Yerraguntla,Prasad.....................................61 

Yezerets,Aleksey..................................76, 77 

Yi,Jianwen................................................. 164 

Yi,Kyongsu...............................39, 43, 65, 67 

Yilmaz,Rifat........................................ 107, 119 

Yin,Haiting................................................. 164 

Yin,Jun..........................................................39 

Yin,Lianhao.........................................137, 158 

Yin,Xiaofeng.............................................. 168 

Yi,Peng................................................101, 167 

Yi,Qiang.........................................................41 

Yokoyama,Yukihide................................. 107 

Yonak,Serdar............................. 152, 159, 167 

Yoneya,Naoki..............................................46 

Yoo,Kwang Hee.........................................152 

Yoshida,Junji...............................................45 

Yoshida,Kazuo..................................... 55, 56 

Yoshida,Yusuke..........................................157 

Yoshihara,Yasushi....................................140 

Yoshihira,Masanori....................................66 

Yoshikawa,Tatsuya.....................................66 

Yoshimoto,Kenichiro............................... 107 

Yoshimura,Shinobu...................................36 

Yoshinari,Tsutomu.................................... 149 

Yoshino,Etsuro............................................86 

Young,Anne W...........................................133 

Young,Cole R...............................................49 

Young,Richard............................................32 

Youn,Jee Young......................................... 116 

Younkins,Matthew................................... 143 


189


Yousif,Leonard.......................................... 167 

Yuan,Charles...............................................93 

Yuan,Ding....................................................65 

Yuan,Fangen..............................................137 

Yuan,Jing................................................... 130 

Yuan,Shuang..............................................137 

Yuan,Ye.......................................... 32, 108, 111 

Yu,Chao...................................................... 146 

Yue,Guiping............................................... 163 

Yue,Hanqi....................................................157 

Yu,Hanzhengnan................................. 74, 82 

Yu,Helen................................................34, 90 

Yu,Huafeng..................................................58 

Yu,Huibin.................................................... 139 

Yu,Jun......................................................... 154 

Yu,Jungkyum..............................................67 

Yuki,Mori......................................................68 

Yum,Kiho......................................................30 

Yu,Shui................................................. 131, 171 

Yusof,M. Khairul Arif Muhammad......... 139 

Yuuki,Akihiro......................................143, 155 

Yu,Xiao.......................................... 111, 135, 171 

Yu,Zerong....................................................49 

Yu,Zhuoping............................39, 47, 69, 94 

Yvonnet,Charles-Edouard...................... 128 

Z 

Zachos,Mark......................................... 67, 70 

Zahdeh,Akram.......................................... 128 

Zahwi,Sarwat Z. A...............................93, 117 

Zalucha,Paul.........................................95, 98 

Zammit,Michael............................ 75, 78, 80 

Zanghi,Eric................................................. 128 

Zang,Hongyuan..........................................47 

Zare,Amey...................................................67 

Zebala,Jakub............................................... 37 

Zehme,John................................................. 77 

Zeltwanger,Holger.....................................67 

Zeman,Jonathan........................................99 

Zeng,Chunnian.......................................... 136 

Zeng,Danielle............................ 108, 109, 121 

Zeng,Guang................................................133 

Zeng,Ke...............................................128, 157 

Zeng,Wei....................................................140 

Zeng,Yangbing.......................................... 148 

Zeng,Yingjie...............................................133 

Zha,Kan.......................................128, 133, 152 

Zhang,Anqi........................................148, 169 

Zhang,Bo.................................................... 107 

Zhang,Chaojun..........................................153 

Zhang,Chengcai..........................................39 

Zhang,Chuanzhen......................................86 

Zhang,Chunhui..............................34, 74, 82 

Zhang,Daming...........................................137 

Zhang,Haiyan............................................ 146 

Zhang,Hongsheng..................................... 74 

Zhang,Ji........................................................58 

Zhang,Jian...........................................55, 128 

Zhang,Jiaxiang......................................... 156 

Zhang,Junzhi................................ 32, 108, 111 

Zhang,Kongming......................................157 

Zhang,Liangxiu...........................................43 

Zhang,Lijun..................................................94 

Zhang,Miao................................................ 136 

Zhang,Nan.................................................. 118 

Zhang,Nong..............................................109 

Zhang,Peng................................................133 

Zhang,Qi............................... 34, 49, 148, 169 

Zhang,Qiang...............................................157 

Zhang,Rong.......................................... 111, 113 

Zhang,Ruichang....................................... 167 

Zhang,Saifei.............................................. 146 

Zhang,Shuanlu........................................... 131 

Zhang,Shuwei.............................................32 

Zhang,Tao....................................................94 

Zhang,Tong..................................67, 165, 168 

Zhang,Weidong..................................116, 118 

Zhang,Weiguo........................................... 115 

Zhang,Xiaodong.........................................65 

Zhang,Xin..............................................111, 121 

Zhang,Xinhai...............................................68 

Zhang,Xinjie..............................................108 

Zhang,Xu....................................................108 

Zhang,Xueyu............................................. 168 

Zhang,Xunzhe........................................... 105 

Zhang,Yan..........................................136, 146 

Zhang,Yanfeng...........................................153 

Zhang,Yanliang........................................... 74 

Zhang,Yaozu...............................................152 

Zhang,Yi.......................................................85 

Zhang,Yilu....................................................70 

Zhang,Yitian................................................39 

Zhang,Yongtong....................................... 168 

Zhang,Yu.............................................137, 168 

Zhang,Yunqing............................90, 116, 119 

Zhang,Zhan.......................................... 91, 101 

Zhang,Zhaomin...........................................91 

Zhang,Zhenli..............................................147 

Zhang,Zhiqun............................................ 134 

Zhang,Zhuoran......................................... 165 

Zhan,Reggie.............................................. 163 

Zhan,Tao...................................74, 77, 80, 94 

Zhan,Zhang Song.............................. 141, 153 

Zhan,Zhenfei........................................90, 93 

Zhao,Bolin....................................................32 

Zhao,Dezong...................................... 137, 157 

Zhao,Fuquan....................................... 80, 171 

Zhao,Hong...................................................69 

Zhao,Hongxue.................................. 155, 162 

Zhao,Hua.....................................141, 145, 154 

Zhao,Hui................................................34, 90 

Zhao,Jian................................... 108, 109, 163 

Zhao,Le............................................... 159, 170 

Zhao,Peng.......................................... 139, 154 

Zhao,Qiancheng........................................ 121 

Zhao,Qiangsheng.....................................108 

Zhao,Xiaojuan........................................... 168 

Zhao,Xuan....................................................53 

Zhao,Yu........................................................152 

Zhao,ZhenFeng......................................... 131 

Zhao,Zheng................................................. 74 

Zheng,Guangze.........................................137 

Zheng,Jiang-Yu...........................................41 

Zheng,Kai.....................................................93 

Zheng,Ling.................................................. 90 

Zheng,Ming................. 131, 137, 154, 156, 171 

Zheng,Qichao............90, 91, 93, 96, 99, 101 

Zheng,Rong................................................135 

Zheng,Sifa.................................................. 142 

Zheng,Yang..................................................65 

Zheng,Yinhua.............................................. 75 

Zheng,Yuqing............................................. 119 

Zheng,Zhou................................................ 121 

Zheng,Ziliang.............................................101 

Zheng,Zunqing..........................................155 

Zhong,Jing.................................................. 141 

Zhong,Lurun.......................................107, 157 

Zhou,Aiguo................................................. 121 

Zhou,Dajun..................................118, 121, 122 

Zhou,Feng....................................................85 

Zhou,Hua.............................................. 79, 92 

Zhou,Jiangbin.............................................36 

Zhou,Jianhua..............................................92 

Zhou,Jianwei..............................................153 

Zhou,Jinwei.................................................58 

Zhou,Junjie................................................ 105 

Zhou,Kan......................................................99 

Zhou,Li.......................................................... 74 

Zhou,Qing.............................. 30, 45, 116, 119 

Zhou,Wuming............................................. 74 

Zhou,Yongjun.............................................122 

Zhou,Zhou................................................. 164 

Zhuang,Hanyang...................................... 128 

Zhu,Bing...............................55, 68, 108, 109 

Zhu,Charles................................................ 159 

Zhu,Feng........................................ 34, 35, 49 

Zhu,George.................................................. 111 

Zhu,Jian....................................................... 118 

Zhu,Jingwei................................................. 74 

Zhuo,Kaimin............................................... 90 

Zhu,Qilun............................................. 151, 157 

Zhu,Xiangyu................................................58 

Zhu,Xichan............................................42, 119 

Zhu,Xinda.....................................................79 

Zhu,Xiucheng............................ 143, 148, 152 

Zhu,Zhifu.................................................... 159 

Zhu,Zhiyong................................................94 

Ziada,Youssef.............................................101 

Zickmann,Stefan...................................... 149 

Zielinski,Kurt................................................31 

Zigler,Bradley T..........................................135 

Zindel,Jacob............................................... 121 

Zirngibl,Sebastian.....................................135 

Zolock,John.................................................46 

Zou,Junyi.....................................................39 

Zou,Qian................................................ 111, 113 

Zou,Xian......................................................155 

Zummer,Robert..........................................80 

Zuther,Frank................................................76 

Zweck,Harald..............................................70 


ADD THESE NEW, 

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CONTENT WANTED: BOOKS, CASE STUDIES, ARTICLES, 

TECH PAPERS, JOURNALS 

SAE International is actively seeking new authors and reviewers to 

join our expanding publishing program. Help move the automotive 

community forward by contributing to the vehicle industry’s body of 

technical knowledge. 

For more information and to submit your ideas for content, contact 

Kevin Jost at +1-724-772-8575 or kevin.jost@sae.org. 


191 

P1611077



CALL FOR PAPERS 

SAE 2017 World Congress 

April 4-6 

Cobo Center, Detroit, Michigan USA 

www.sae.org/events/congress/ 

World Congress 2017 is looking to you. Become a bigger part of the 

technical community by contributing to the mobility industry’s body 

of technical knowledge. 

SAE International is looking for your experience and expertise in 

Automotive Electronics, Safety, Powertrain, Materials, Emissions, 

and Propulsion. 

We are asking for you to share your time and talent to write a paper 

and / or give a presentation. 

Benefits of Authorship* 

• Expand your professional experience and influence by 

demonstrating subject matter knowledge and expertise to mobility 

practitioners throughout the world. 

• Connect with subject matter experts in the mobility industry to 

expand business opportunities. 

• Be a conduit for discussion on further advancements in mobility 

automotive Electronics, Safety, Powertrain, Materials, Emissions 

and Propulsion. 

• Discuss successes and problems encountered during research with 

your peers who may have similar experiences and lessons learned 

to share. 

• Your technical paper could be selected for SAE Journals—collecting 

our best technical papers in online and print issues throughout the 

year, increasing eligibility of inclusion into scientific indexes 

Benefits of Being a Manuscript Reviewer* 

• Expand your technical knowledge by reviewing manuscripts and 

achieving prior awareness of the latest technologies and practices 

coming to the mobility industry. 

• Demonstrate your subject matter expertise to the organizers 

developing technical sessions. 

• Become a bigger part of the technical community by contributing to 

the mobility industry’s body of technical knowledge. 

• Connect with other subject matter experts in the mobility industry to 

expand business opportunities. 

*SAE Members who author or review technical manuscripts can attend . 

Call For Reviewers 

SAE International is also seeking help from experts willing to volunteer 

their time and technical acumen to review technical manuscripts for 

the Technical Sessions. 


Topics Under Consideration 

ELECTRONICS & ELECTRICAL 

SYSTEMS 

• Electrical & Electronic Systems 

• Electrical Systems Engineering 

• Digital Modeling 

• Design Tools 

• Electronics in Powertrain 

• Electronics in the Interior 

• Testing & Instrumentation 

• Electronics in Transportation 

• Lighting Technology 

• Advanced Electronics Functions 

• Cybersecurity 

ENVIRONMENT / EMISSIONS/ 


• Emissions 

• Thermal Systems 

• Sustainable Systems 

• Noise Reduction and Abatement 

• Alternative Fuels and Power Sources 

• Lightweighting and Energy Reduction 

MATERIALS 

• Ferrous 

• Non-Ferrous 

• Materials Modeling & Testing 

• Polymers & Coatings 

• Bearings, Lubricant Systems & Tribology 

• Biomaterials 

• Interiors/Seating 

• Automotive Composities 

• Interiors 

• Plastic Components, Process and 

Technologies 

INTEGRATED DESIGN AND 

MANUFACTURING 

• CAD/CAM/CAE 

• Virtual Engineering E-manufacturing 

• Accelerated Testing and Vehicle Reliability 

• OEM Global Supply Chain 

• Reliability & Robust Design in Automotive 

Engineering 

• Axiomatic Design 

• Design for Manufacturing 

• Six Sigma 

• Reliability Testing and DOE 

• Modeling & Validation 

• Lean Manufacturing for the Mobility 

Industry 

• Concurrent Engineering 

• Body Design & Engineering 

• Design Optimization: Methods & 

Applications 

• Body Structures 

• Rapid Prototyping 


• Fuel Cells, Electric Vehicles and Hybrids 

• Other Non-Traditional Powertrains 

• Fuel & Additive Effects on Combustion 

• Compression Ignition Engines 

• Spark Ignition Engines 

• High Efficiency and Reduced CO2/km 

• Control and Optimization 

• Engine Components and Subsystems 

• Lubricants 

• Transmissions & Drivelines 

• Engine Flows and Combustion Diagnostics 

• In-Cylinder Velocity Measurements 

• Heat Transfer and Advances in Thermal & 

Fluid Sciences 

• Multi-Dimensional Modeling 

• Vehicle & Engine Systems Analysis & 

Modeling 

BODY/CHASSIS/SAFETY/ 

STRUCTURE 

• V2V/V2I Safety 

• Active Safety 

• Occupant Protection 

• Fire Safety 

• Body Design & Engineering 

• Design Optimization: Methods & 

Applications 

• Body Structures 

• Corrosion Prevention 

• Digital Human Modeling 

• Glass Applications 

• Human Factors 

• Lighting Technology 

• Aerodynamics 

• Wiper Systems 

• Steering, Chassis & Suspension 

• Tires & Wheels 

• Vehicle Dynamics and Simulation 

• Motorsports 

• Functional/ Passive Safety 

• Electronics in Safety 

• Noise, Vibration, and Harshness (NVH) 

For questions contact: 

Nori Fought 


+1.248.273.2465 

nori.fought@sae.org 

Abstracts must be submitted online via website 

page to only ONE session. Upon submission, you 

will receive an automatic reply with your paper offer 

number. If you do not receive a paper offer number 

at that point, please retry on-line submission or nori. 

fought@sae.org Offered papers shall not have been 

previously published; and if accepted, contributors 

will not release their paper for publication through 

other media. 

The following information will be required during 

the on-line submission process: 

1. A summary that states the objective of the 

paper/presentation 

2. Tentative title 

3. Name of the author and co-authors and all 

contact information 

4. Selection of the most appropriate technical 

session 

• Paper acceptance will be based on organizer 

moderated peer review of a review ready 

manuscript. 

• Refer to the author resources site at http:// 

volunteers.sae.org/authors.htm for other useful 

information in preparing your paper. 

• Portal for submission of abstracts will be open 

on June 1, 2016 

• Deadline for submitting paper offers September 

1, 2016 

• Review Ready Manuscripts due to session 

organizers October 13, 2016 

Final Manuscripts and copyright assignments due 

to SAE January 22, 2017 

Author resources 

The following SAE web sites provide useful 

information to assist you in submission of your 

materials: 

General Author resources page 

http://volunteers.sae.org/authors.htm 

How to Write an SAE International Technical Paper 

http://volunteers.sae.org/authors/sae_tech_paper.pdf 

Offered papers shall not have been published 

elsewhere; and if accepted, contributors will not 

release their paper for publication through other 

media. Abstracts should be submitted on-line. Upon 

submission, you will receive an automatic reply with 

your tracking number. 

Paper acceptance will be based on organizermoderated 

peer review of a review ready manuscript. 

About Our Journals 

SAE International’s scholarly journals report and 

archive state-of-the-art research findings obtained 

through journal Calls for Papers as well as our 

renowned SAE events. Our nine content-specific 

journals cover all areas relevant to ground vehicle 

and aerospace engineering technology, published 

online and hosted by Highwire Press. 

Each journal aims to serve the needs of academic 

and industry authors, researchers, and readers in 

a medium tailored for the discovery, integration, 

and application of research. In addition to being 

identified as some of the best published work 

at SAE International, these papers advance selfpropelled 

vehicle and system knowledge in a neutral 

forum for the benefit of society. 

Reviewer Resources 

If you are interested in becoming a paper reviewer, 

guidance and judgement information is provided 

here http://volunteers.sae.org/reviewers.htm 

SAE 2016 World Congress and P160090 Exhibition 

193

SAE INTERNATIONAL EVENTS 

2016 

SAE 2016 High Efficiency IC Engine 

Symposium 


Detroit, Michigan, USA 




SAE 2016 Aviation Technology Forum 



SAE 2016 Additive Manufacturing 

Symposium 



2016 SAE Battelle CyberAuto Challenge 

July 25-29, 2016 

Warren, Michigan, USA 

SAE 2016 On-Board Diagnostics 

Symposium 


Indianapolis, Indiana, USA 

SAE 2016 Convergence 


Novi, Michigan, USA 

SAE 2016 Heavy-Duty Diesel Emissions 

Control Symposium 


Gothenburg, Sweden 

SAE 2016 North American International 

Powertrain Conference 


Chicago, Illinois, USA 

SAE 2016 New Energy Vehicle Forum 



SAE-TONGJI 2016 Driving Technology of 

Intelligent Vehicle Symposium 

September 22, 2016 


SAE 2016 Brake Colloquium & Exhibition - 

34th Annual 


Scottsdale, Arizona, USA 

SAE 2016 Aerospace Systems and 

Technology Conference 


Hartford, Connecticut, USA 





SAE 2016 Aerospace Manufacturing 

and Automated Fastening Conference & 

Exhibition 



SAE 2016 Transmission and Driveline 




SAE 2016 All-Wheel Drive Symposium 



SAE 2016 Thermal Management Systems 

Symposium 



SAE 2016 International Powertrain, Fuels & 

Lubricants Meeting 



SAE 2016 Range Extenders for Electric 

Vehicles Symposium 



SAE/JSAE 2016 Small Engine Technology 

Conference & Exhibition 


Charleston, South Carolina, USA 

SAE 2016 Augmented and Virtual Reality 

(AR/VR) Technologies Symposium 


Philadelphia, Pennsylvania, USA 

SAE 2016 From ADAS to Automated Driving 

November 29-December 1, 2016 

Munich, Germany 

SAE 2016 Vehicle Electrification and 

Connected Vehicle Technology Forum 

November 30-December 1, 2016 


2016 Defense Maintenance and Logistics 

Exhibition 



2016 DOD Maintenance Symposium 



2017 

SAE 2017 Connect2Vehicle at CES 

January 

Las Vegas, NV 

Symposium on International Automotive 

Technology 2017 

January 18-21, 2017 

Pune, India 

SAE 2017 Light Duty Emissions Control 

Symposium 

January 23-24, 2017 

Washington, District of Columbia, USA 

SAE 2017 Government/Industry Meeting 

January 25-27, 2017 

Washington, District of Columbia, USA 

SAE 2017 Hybrid and Electric Vehicle 


February 7-9, 2017 

San Diego-Mission Valley, California, USA 

SAE 2017 On-Board Diagnostics 

Symposium - Europe 

March 

Italy 

SAE 2017 World Congress and Exhibition 

April 4-6, 2017 


SAE 2017 Noise and Vibration Conference 

and Exhibition 

June 12-15, 2017 

Grand Rapids, Michigan, USA 

SAE 2017 International Powertrains, Fuels & 

Lubricants Meeting 

June 26-28, 2017 

Brazil, Brazil 

SAE 2017 Convergence 

June 

San Jose, CA 

ICE2017, the International Conference on 

Engines & Vehicles 

September 10-14, 2017 

Capri, Napoli, Italy 

SAE Brake Colloquium & Exhibition - 

35th Annual 


Orlando, Florida, USA 

SAE 2017 On-Board Diagnostics 

Symposium 


Anaheim, California, USA 

SAE 2017 Thermal Management Systems 

Symposium 

October 10-12, 2017 

Plymouth, Michigan, USA 

SAE 2017 Powertrains, Fuels & Lubricants 

Meeting 

October 15-19, 2017 

Beijing, China 

194 For an updated listing SAE of events, 2016 World dates Congress and locations, and Exhibition please refer to http://www.sae.org/events/ 

P169281

EXHIBITOR 

DIRECTORY 

196 Floor Plan 

198 Exhibitor List 

199 Exhibitor Profiles 


195

FLOOR PLAN 

Exhibitor 

Services 

AWIM 

Career Fair 

451 

549 

1050 

1150 

348 349 

449 

548 

949 

1048 1049 1148 1149 

Tech Hub 

945 

1044 

243 342 343 

543 

642 

943 

1042 1043 

Career Fair 

Entrance 

639 

337 

1037 

334 335 

434 435 

535 

935 

1035 1134 1135 1234 

431 

530 531 

630 

YP Lounge 

931 

229 328 

429 

528 529 

631 

929 

1028 1029 1128 

324 

425 

524 525 

624 

1025 

322 323 

423 

522 523 

825 

924 

923 

1023 1122 1123 

623 

723 

822 

823 

922 

116 117 

216 217 316 

417 

- 

516 

617 716 

816 

1116 1117 1216 

114 

115 

214 215 314 315 

414 415 

514 515 

614 615 714 715 

814 815 

915 

1015 1114 1115 

1214 

110 111 

210 211 310 

708 

809 

908 

108 109 

208 209 308 309 

408 

407 

506 507 

606 607 706 

807 

906 

105 

204 

205 P 304 P 305 P 404 P 

602 

707 

TOYOTA / AISIN 

103 

202 

203 P 302 P 303 P 402 P 

401 

501 

600 

703 802 

601 

701 800 801 

901 

SAE Sales & 

Ops Office 

ENTRANCE 

SAE World 

Congress TV 

SAE 

International 

ENTRANCE 

SAE Social 

Media Wall 

Information 

Onsite 

Registration 


FLOOR PLAN 

AWIM 

Concessions 

1050 

1150 

1451 

949 

1048 1049 1148 1149 

1249 

1449 

1447 

945 

1044 

1245 1344 

943 

1042 1043 

1243 1342 1343 

1443 

935 

1037 

1237 1336 

1035 1134 1135 1234 1235 1334 1335 

1437 

1435 

YP Speed 

Mentoring 

931 

929 

1028 1029 1128 

1229 1328 

1025 

1324 

25 

924 

923 

1023 1122 1123 

1223 1322 1323 

1423 

23 

922 

15 

915 

1116 1117 1216 

1015 1114 1115 

1214 1215 

1314 1315 

1414 

Personal Mobility Vehicle 

Experience (PMV) 

09 

908 

07 

906 

TOYOTA / AISIN 

PMV 

Experience 

01 

901 

1201 

1500 

SAE Sales & 

Ops Office 

RANCE 

formation 

Onsite 

Registration 

Joe Louis 

Statue 

SAE Membership 

Lounge 

Vehicle 

Display 


197

EXHIBITOR LIST 

Company Booth Company Booth Company Booth 

A 

A2Mac1 Automotive Benchmarking................... 335 

ACE-Durham Region................................................ 516 

Addtec Co Ltd.............................................................. 111 

Advanced Engine Dynamics.................................. 515 

Advantage Austria..................................................1328 

AdvanTech International........................................ 334 

Aisin World Corp of America.................................901 

Altair Engineering...................................................1028 

Altran Concept Tech Gmbh..................................1328 

AluMag Automotive LLC.......................................1343 

Aluminum Extruders Council................................548 

Aofu Environmental Technology Co Ltd............816 

Applus IDIADA.......................................................... 935 

ArcelorMittal..............................................................507 

Argent International Inc......................................... 524 

Argonne National Laboratory.............................. 822 

Atotech North America...........................................1115 

AVL................................................................................801 

B 

Band-It Idex................................................................ 617 

Berghof Testing........................................................ 703 

Blanking Without Dies...........................................1237 

Bodycote.....................................................................431 

BrightSkies...........................................................203P 

C 

Caelynx........................................................................407 

Cambustion Ltd........................................................906 

Camcraft Inc............................................................ 1344 

CD-adapco..................................................................401 

Clean Combustion Engine Laboratory..............1234 

Concepts NREC........................................................624 

Configit........................................................................809 

Controlled Power Technologies..........................1037 

Convergent Science................................................. 543 

Co-Optimization of Fuels and Engines...............723 

Core Molding Technologies Inc............................1134 

Cradle North America Inc..................................... 600 

CTA Acoustics Inc....................................................1148 

CW Bearing Usa Inc................................................1122 

CY Myutec Co............................................................. 316 

D 

Daiichi Seiko Co Ltd................................................607 

dauntless.io............................................................. 302P 

DeltaWing Technologies Group Inc....................530 

Detroit Engineered Products (DEP), Inc...........1216 

DfR Solutions..............................................................1117 

Dimensional Control Systems Inc.........................714 

Donaldson Company Inc........................................ 423 

Dow Corning Corp...................................................1135 

DSM..............................................................................1215 

dSPACE Inc................................................................. 815 

Dynacast.....................................................................606 

E 

EASi..............................................................................602 

Eastman Chemical Company................................ 535 

Eberspaecher Exhaust Technology GmbH....... 328 

EDAG Inc.....................................................................929 

EDP Company..........................................................1025 

Endurica LLC.............................................................. 931 

EngineLab................................................................... 716 

ESTECO.......................................................................429 

F 

Faith Target Group Limited................................622 

FAW Casting...............................................................414 

FAW Forging.............................................................. 315 

FCA US LLC................................................................1123 

FEV North America, Inc........................................... 915 

FISITA 2016 World Automotive......................... 1449 

FIPA Tunisia.................................................................114 

ForceBeyond Inc....................................................... 529 

Ford Motor Company............................................ 1043 

Foryou Corporation................................................1322 

Freudenberg Sealing Technologies GmbH......1229 

G 

Gamma Technologies LLC...................................... 615 

Gebauer & Griller Kabelwerke GmbH................1328 

Granta Design Ltd.....................................................1114 

H 

Hirtenberger Automotive Safety GmbH..........1328 

Honda.......................................................................... 343 

Horiba Automotive Test Systems Corp............ 1015 

Hyperloop Technologies........................................943 

Hyundai Motor Company....................................... 323 

I 

IAV Automotive Engineering.................................601 

Impro Industries USA Inc.....................................1050 

Indo-MIM (P) Ltd...................................................... 528 

Integral Technology Co Ltd..................................1342 

Intertek........................................................................908 

Intrepid Control Systems Inc................................802 

J 

Jama Software.......................................................... 525 

Jatco USA Inc............................................................ 923 

Jeonwoo...................................................................... 217 

Jesse Garant Metrology Center..........................1243 

Jiangsu Enda General Equipment Co Ltd.........202 

Jilin Province Axle Auto Components & Part..204 

Jing-Jin Electric........................................................ 322 

Jive Software.......................................................... 205P 

K 

KAMTEC......................................................................309 

KCI.............................................................................. 1029 

Key Safety Systems Inc........................................... 715 

Kienle + Spiess GmbH............................................1343 

KIPP Car Comfort Systems...................................1343 

Korea Powder Metallurgy Co LTD........................314 

KOTRA & AIN Global................................................109 

KRAIBURG TPE.......................................................1044 

L 

LaVision Inc.................................................................701 

LieberLieber Software...........................................1328 

Light Weighting - Emission Reduction.............1343 

Liquidmetal Technologies Inc...............................708 

Lohmann Corporation............................................1324 

M 

Macedonian Government - Free Zones 

Authority............................................................... 1042 

Marufuji Seiko Co Ltd..............................................434 

MediaZen.....................................................................214 

Melecs EWS GmbH.................................................1334 

Mentor Graphics Corp............................................. 707 

Metal Powder Products Co....................................506 

Minitab Inc................................................................... 531 

Mirae Seal Tech Co Ltd............................................. 117 

Mississippi State Univ.............................................1149 

Miyaki USA.................................................................434 

MSC Software..............................................................116 

N 

Nautilus Engineering................................................ 417 

New York State Vehicle Composite Program..630 

Nikkei MC Aluminum America Inc......................1343 

Ningbo Hengshuai Micromotor Co Ltd.............1023 

NOF America Corporation....................................1245 

NTN Automotive Center........................................449 

O 

Oak Ridge National Laboratory........................... 623 

Oblong Industries Inc..............................................549 

Ohdae Metal Co Ltd................................................. 216 

Omron Corporation.................................................945 

ON Semiconductor..................................................348 

Origin Electric America Co Ltd.............................1116 

Oxford Instruments................................................1235 

P 

Pacific Northwest National Laboratory............. 623 

Permabond Engineering Adhesives..................1035 

Pittsburgh Glass Works LLC.................................. 342 

Plasmo USA LLC......................................................1334 

Programming Research Inc...................................508 

PROMEXICO..............................................................1323 

Proto Labs.................................................................1335 

Proto Manufacturing...............................................706 


Q 

Quantum Analytics............................................... 303P 

Quantum Evm Limited......................................... 1048 

R 

Rausch & Pausch LP...............................................1336 

Rheinfelden ALLOYS GmbH & Co Kg................1343 

Ricardo Inc.................................................................949 

Ricardo Software......................................................949 

S 

Saati Americas Corp................................................ 324 

SAE International Mobility History 

Committee.............................................................1249 

Samjin Jeonggong Co Ltd....................................... 211 

Sandvik Materials Technology.............................. 435 

Sato Shoji Corporation...........................................434 

Satyam Venture Engineering Services................337 

Schock Metal America Inc....................................1343 

Sekisui S-LEC America LLC...................................1128 

SEOHAN......................................................................309 

Seojin Automotive Co Ltd....................................... 115 

Seoul Industry Engineering Co............................1314 

Shilla Industrial Co Ltd.............................................310 

Shinhan Precision Ind Co Ltd................................209 

Shinpyung Industry Co Ltd.................................... 215 

Simerics Inc.................................................................514 

Sindo High Tech........................................................308 

Sinocat Environmental Protection Co Ltd........ 425 

SPAL USA...................................................................408 

Spirent..........................................................................814 

Stevens Institute of Technology.........................1437 

Stratasys Inc...............................................................501 

SUHNER Manufacturing Inc...............................404P 

Synergeering Group, LLC.......................................807 

Syn-Tech Ltd.............................................................. 523 

T 

Taizhou Xinyu Precision Manufacture Co......... 1150 

Tianjin Tanhas Technology Co Ltd........................451 

The Federation....................................................... 402P 

The Lee Company.................................................... 522 

Toyota Motor Corporation......................................901 

Transportation Research Center Inc....................614 

Transtek Magnetics, Inc......................................... 800 

Trensor LLC................................................................1315 

Tru Vue, Inc................................................................. 415 

Trusted Computing Group.......................... Tech Hub 

TRUWIN.......................................................................210 

TwintecBaumot Group............................................ 628 

U 

Unique Fabricating Inc......................................... 1049 

Univ of Detroit Mercy........................................... 304P 

V 

Velodyne LiDAR, Inc................................................642 

Visit Anchorage.......................................................1435 

Visual Components North America.....................103 

Voestalpine Steel Division....................................1328 

W 

Wacker Chemical Corp..........................................1223 

WARDSAUTO...........................................................1423 

Woelfel Engineering GmbH + Co. KG.................1214 

Y 

Youngshin Precision Co Ltd..................................208 

Yutaka Giken Co Ltd............................................... 1414 

Z 

Zeiss Industrial Metrology.................................. 305P 

LOBBY VEHICLE DISPLAYS 

University of Michigan Solar Car Team........ Atrium 

AAM - American Axle & Manufacturing.... LOBBY1 

UNIVERSITY DISPLAYS Located in the Atrium 

Milwaukee School of Engineering..........................U1 

Univ of Detroit Mercy................................................ U2 

University of Puerto Rico......................................... U2 

Univ of Maine Clean Snowmobile Club...............U4

EXHIBITOR PROFILES 

Exhibitor Directory text is published as submitted by exhibiting companies. 

A 

A2Mac1 Automotive Benchmarking 

8393 Rawsonville Rd 

Belleville, MI 48111 

United States 

www.a2mac1.com 

BOOTH #335 

ACE-Durham Region 

2000 Simcoe St N 

Oshawa, Ontario L1H 7K4 

Canada 

www.ace.uoit.ca 

Booth: 516 

The ACE research and testing facility offers 

chambers and technology for climatic, structural 

durability and life-cycle testing. Facilities 

include one of the largest and most sophisticated 

climatic wind tunnels (CWT) on the 

planet. In the CWT, wind speeds can reach 

300 kilometres per hour with temperatures 

that range from -40 to +60°C. With our solar 

arrays and storm generators we can create 

any weather conditions imaginable, from 

sweltering jungle downpours to the paralyzing 

cold of an arctic storm. We use these 

chambers to test automotive and aerospace 

products, to improve the performance of 

elite athletes and to provide services to many 

other markets, including the Unmanned 

Aerial Vehicle industry, high performance 

sport testing, and motorsports. ACE is available 

for rent to clients from any industry who 

are seeking climatic testing capabilities to 

bring their ideas into a proof of concept or 

market readiness. The facility is suitable for 

a wide range of testing needs; it can subject 

test products to severe wind, humidity, 

snow, icing or desert heat. Clients can rent 

the entire facility, specific chambers, offices, 

laboratories or conference rooms at a globally 

competitive hourly rate. ACE fosters an 

environment for collaboration and interaction 

between industry, researchers and students. 

Addtec Co Ltd 

169 Jayumuyeok 3-gil Masanhoewon-gu 

Changwon 51338 

South Korea 

Booth: 111 

Addtec is a major company in the field 

of air conditioning parts and electronic 

components for vehicles. The company is 

growing into an international company specialized 

in automotive air conditioning parts 

by developing and manufacturing parts 

like HVAC ACTUATOR, PTC PRE HEATER, 

CONTROL as its main products. 

Advanced Engine Dynamics 

7260 W Azure Dr 

Las Vegas, NV 89130 

United States 

Booth: 515 

Advanced Engine Dynamics Corp designs 

highly efficient internal combustion engines. 

Its compact barrel engine designs deliver 

high torque and greater thermal efficiency 

when compared to conventional engine 

designs. The company’s engine technology 

is particularly suited to large commercial 

and industrial applications. The ability to 

realize high compression ratios is another 

hallmark of our company’s technology. A 

feature that enables greater efficiency and 

lower emissions through the use of dualfueling 

systems such as a combination of 

natural gas and pilot diesel oil. 

Advantage Austria 

500 N Michigan Ave # 1950 

Chicago, IL 60611 

United States 

www.advantageaustria.org/us 

Booth: 1328 

ADVANTAGE AUSTRIA – the Austrian Trade 

Commissions in the U.S. located in New 

York (head office; with branch offices in 

Washington D.C. and Atlanta), Chicago 

and Los Angeles. We offer Austrian and 

Austrian-funded businesses in the U.S. a 

wide array of information and individual 

consulting services and support their industry 

specific business efforts. 

AdvanTech International 

1600 Cottontail Ln Ste 3 

Somerset, NJ 08873 

United States 

www.advantechinternational.com 

Booth: 334 

Advantech International, established in 1951 

as an international trading and development 

company, partners with world class 

manufacturers to deliver engineered components 

through our strategically located 

global sales, marketing and distribution 

offices. The Vehicle Components Group 

offers cutting edge component solutions 

with precision cold forming, light weight 

high-pressure die casting, hot forging and 

rotational position sensor technologies to 

automotive and motorcycle manufacturers. 



Aisin World Corp of America 

15300 Centennial Dr 

Northville, MI 48168 

United States 

www.aisinworld.com 

Booth: 901 

Aisin World Corp. of America is the NA 

sales center of the Aisin Group, a $27 billion 

company headed by Aisin Seiki, Japan. 

Michigan has been home to Aisin for 30 

years with sales and R & D facilities in 

Northville Township, Plymouth, Ann Arbor 

and Fowlerville. 

Altair Engineering 

1820 E Big Beaver Rd 

Troy, MI 48083 

United States 

www.altair.com 

Booth: 1028 

Altair is focused on the development and 

broad application of simulation technology 

to synthesize and optimize designs, processes 

and decisions for improved business 

performance. Privately held with more than 

2,600 employees, Altair is headquartered 

in Troy, Michigan, USA and operates more 

than 45 offices throughout 24 countries. 

Today, Altair serves more than 5,000 corporate 

clients across broad industry segments. 

To learn more, please visit our website. 

Altran Concept Tech Gmbh 

Concept Straße 1 

Gratkorn 8101 

Austria 

www.concept-tech.com 

Booth: 1328 

Concept Tech, part of the Altran group, is a 

leading provider of engineering, simulation, 

testing and test equipment for vehicle passive 

safety, including pedestrian protection. 

Concept Tech innovations are recognized in 

the industry and help clients all over the world 

to develop safer vehicles more efficiently. 

199


AluMag Automotive LLC 

20929 Sunnydale St 

Farmington Hills, MI 48336 

United States 

www.alumag.de 

Booth: 1343 

AluMag® is a global market developing 

company offering the following services: 

1.Market Research; 2.Roadshows & Techevents; 

3.Market Development; 4.Strategic 

Localization; AluMag® has extensive knowledge 

and worldwide contacts as well as 

excellent references within the automotive 

& aluminum-, magnesium- and composite 

industry. We access new markets and open 

doors for your business – regardless of 

application, material, process or product. 

Aluminum Extruders Council 

1000 N Rand Rd Ste 214 

Wauconda, IL 60084 

United States 

www.aec.org 

Booth: 548 

The Aluminum Extruders Council (AEC) is 

the trade association of the North American 

aluminum extrusion industry, representing 

over 70% of North American production. 

Technical experts from the Council’s 

Automotive Team will be present at SAE 

showcasing examples of innovative automotive 

extrusion applications and design 

reference materials. 

Aofu Environmental Technology Co Ltd 

Fumin Rd Economy Dev Area 

Dezhou 251500 

China 

www.trendaofu.com 

Booth: 816 

Aofu Environmental Technology Co.,Ltd is 

committed itself to produce Flow-through 

and Wall-flow ceramic catalyst substrates. 

We have annual production capacity 6 million 

liters which applied on different commercial 

vehicles. 

Applus IDIADA 

PO Box 20 Santa Oliva 

L’Albornar, PO BOX 20, Tarragona 43710 

Spain 

www.idiada.com 

Booth: 935 

Applus+ IDIADA offers design, testing, engineering, 

and homologation services to the 

automotive industry worldwide. Our reputation 

is founded on the expertise of an international 

team of 2,000 technical experts, 

our client focus and a constant drive 

towards innovation. IDIADA is present in 24 

countries in Europe, Asia and America. 

ArcelorMittal 

1 S Dearborn St Fl 19 


United States 

usa.arcelormittal.com 

Booth: 507 

ArcelorMittal is the world’s leading steel 

and mining company, with a presence in 

60 countries and an industrial footprint in 

19 countries. Guided by a philosophy to 

produce safe, sustainable steel, we are the 

leading supplier of quality steel in the major 

global steel markets including automotive, 

construction, household appliances and 

packaging, with world-class research and 

development and outstanding distribution 

networks. 

Argent International Inc 

41016 Concept Dr 

Plymouth, MI 48170 

United States 

www.argent-international.com 

Booth: 524 

We utilize over 250 different raw materials 

used for attachment, buzz, squeak & 

rattle / NVH, fastening, gasketing & sealing, 

labeling, printing & identification, masking, 

safety, surface protection, wind noise / 

sound dampening, and much more! Argent 

is more than a just a tape converter, we are 

a solution designer. 


9700 S Cass Ave Bldg 362 

Lemont, IL 60439 

United States 

www.arriaga@anl.gov 

Booth: 822 

Argonne National Laboratory’s transportation 

research program deploys experts from 

many disciplines to address the problems 

of foreign oil dependency and greenhouse 

gas emissions. Working with the U.S. transportation 

industry, Argonne researchers 

improve processes, create transferrable 

technologies, and provide cost-effective 

solutions in support of U.S. Department of 

Energy goals. 

Atotech North America 

1750 Overview Dr 

Rock Hill, SC 29730 

United States 

www.atotech.com 

Booth: 1115 

Chemistry, equipment, service and solutions 

for decorative and functional surface 

finishing, semiconductor and printed circuit 

board manufacturing – all from one source. 

Platinum Sponsor 

AVL 

47603 Halyard Dr 


United States 

www.avl.com 

Booth: 801 

AVL is the world’s largest independent 

company for development, simulation and 

testing of powertrains (hybrid, combustion 

engines, transmission, electric drive, batteries 

and software) for passenger cars, trucks 

and large engines. The company offers 

combined solutions of powertrain engineering, 

simulation software, and testing and 

instrumentation systems. 

B 

Band-It Idex 

4799 Dahlia St 

Denver, CO 80216 

United States 

www.band-it-idex.com 

Booth: 617 

BAND-IT IDEX, INC., The World’s Leader 

in Engineered Band Clamping Systems is 

able to supply your Automotive Banding 

& Clamping requirements for Side Curtain 

Airbags, Exhaust and Cable Shields, CV 

Boots and many other vehicle applications. 

Visit us at our website. 



Berghof Automation GmbH 

Berghof Testing 

Harretstrasse 1 

Reutlingen 72800 

Germany 

www.berghof-testing.com 

Booth: 703 

Berghof Testing manufactures innovative 

R&D and End of Line testing solutions for 

the automobile industry. Affiliate Berghof 

Fluoroplastics develops new applications 

based on the most modern fluoropolymers 

and their special material properties. 

Blanking Without Dies 

30500 Van Dyke Ave Ste 701 

Warren, MI 48093 

United States 

www.blankingwithoutdies.com 

Booth: 1237 

Blanking Without Dies uses coil fed metal 

technology, high power fiber lasers, linear 

motor propulsion and a moving gantry 

assembly to produce laser cut blanks. This 

is the future of metal blanking which will 

eliminate costly mechanical dies, provide 

more design flexibility and deliver superior 

metal blanks. 

Bodycote 

443 E High St 

London, OH 43140 

United States 

www.bodycote.com 

Booth: 431 

Specialty stainless steel processes (S3P) 

featuring Nivox® technology offer unique 

surface hardening solutions for austenitic 

stainless steel, nickel-based alloys 

and cobalt-chromium alloys producing 

increased mechanical and wear properties 

without adversely affecting corrosion resistance. 

BrightSkies 

4 lbrahim Sherif St 

Moustafa Kamel 

Alexandria 21646 

Egypt 

Booth: 203P 

C 

Caelynx 

325 E Summit St 

Ann Arbor, MI 48104 

United States 

www.caelynx.com 

Booth: 407 

ESS and Delight develop computer aided 

engineering (CAE) software and provide 

CAE services. Their flagship products are 

used for fully automatic meshing, paint 

dip simulation, CFD and electro deposition 

simulation. Caelynx, a full service product 

development company, is the North 

American distributor of ESS and Delight 

software and Dassault Systemes software. 

Cambustion Ltd 

347 Cherry Hinton Road 

J6 The Paddocks 

Cambridge CB1 8DH 

United Kingdom 

www.cambustion.com 

Booth: 906 

Cambustion’s fast-response gas and particulate 

analyzers enable engineers worldwide 

to understand engine operation and 

meet emissions targets, including real world 

driving. Rapid mapping and transient mapping 

capabilities offer cost effective routes 

to emissions compliance. Cambustion’s 

Particulate Filter Testing System has been 

embraced by GPF/DPF and vehicle manufacturers 

for filter testing and development. 

Camcraft Inc 

1080 Muirfield Dr 

Hanover Park, IL 60133 

United States 

www.camcraft.com 

Booth: 1344 

Camcraft manufactures precision machined 

components for high pressure and flow 

control systems, with a focus on engine, 

fuel system, pump and hydraulic valve 

applications. Camcraft provides engineering, 

prototyping and product development 

to support series volume production with 

emphasis on components requiring post 

machining heat treatment, advanced grinding, 

super-finishing and assembly. 

CD-adapco 

60 Broadhollow Rd 

Melville, NY 11747 

United States 

www.cd-adapco.com 

Booth: 401 

CD-adapco is the world’s largest independent 

CFD-focused provider of engineering 

simulation software, support and services. It 

has over 30 years of experience in delivering 

industrial strength engineering simulation 

to a wide range of industries and 

application. 

Clean Combustion Engine Laboratory 

Univ of Windsor 

401 Sunset Ave 

Windsor, Ontario N9B 3P4 

Canada 

www.uwindsor.ca/cleancombustion 

Booth: 1234 

Automotive Research and Education at the 

University of Windsor is an area of tremendous 

strength and excellence, with research 

areas in advanced engine research, alternative 

fuel, hybrid and propulsion systems, 

advanced vehicle control systems, lightweight 

processes and products, recyclable 

materials and recycling processes, and 

semi-autonomous drive and driver assistant 

systems. 

Concepts NREC 

217 Billings Farm Rd 

White River Junction, VT 05001 

United States 

www.conceptsnrec.com 

Booth: 624 

For over 50 years, Concepts NREC has 

helped leading OEMs improve the performance 

and manufacturability of their turbomachines. 

Our offer includes engineering 

design services, CAE and CAM software, 

manufacturing, laboratory testing, assembly, 

and installation. Concepts NREC has the 

vision to create great designs and a hardearned 

reputation for delivering them. 


201


Configit 

Kristianiagade 7 

Copenhagen DK-2100 

Denmark 

www.configit.com 

Booth: 809 

All Configit products are based on the patented 

technology Virtual Tabulation. This 

technology has redefined what is possible 

with configuration in terms of complexity 

and speed, and enables Configit to make 

software that can handle and utilize complex 

product configurations that are both 

powerful to business and easy to use. 

Controlled Power Technologies Ltd 

Unit 4 Westmayne Industrial Park 

Bramston Way Laindon 

SS15 6TP Essex 


www.cpowert.com 

Booth: 1037 

Controlled Power Technologies (CPT) presents 

a family of CO2-reducing powertrain 

products, based on water cooled, dynamically 

optimized, switched reluctance motor 

technology, while incorporating advanced 

control and power electronics. These boosting 

and energy-recovery technologies support 

micro, mild, and full hybrid powertrain 

strategies and offer integration into existing 

mechanical and electrical architectures. 

Convergent Science 

6400 Enterprise Lane 

Madison, WI 53719 

United States 

www.convergecfd.com 

Booth: 543 

Founded in Madison, Wisconsin, Convergent 

Science is a world leader in computational 

fluid dynamics (CFD) software. Its flagship 

product, CONVERGE, includes groundbreaking 

technology that eliminates the 

user-defined mesh, fully couples the automated 

mesh and the solver at runtime, and 

automatically refines the mesh when and 

where it is needed. 

Core Molding Technologies Inc 

800 Manor Park Dr 

Columbus, OH 43228 

United States 

www.coremt.com 

Booth: 1134 

Core Molding Technologies is a manufacturer 

of sheet molding compound and a 

molder of fiberglass reinforced plastics 

specialized in Heavy Truck, Automotive and 

Marine industries. 

Co-Optimization of Fuels and Engines 

United States 

www.energy.gov/eere/bioenergy/fuelengine-co-optimization 

Booth 723 

The Co-Optimization of Fuels and Engines 

initiative is accelerating the introduction of 

affordable, scalable, and sustainable biofuels 

and energy-efficient, low-emission vehicle 

engines. The Energy Department and national 

laboratories are collaborating to improve 

fuels and engines currently in use, as well as 

to develop revolutionary engine technologies 

for longer-term, higher-impact solutions. 

Cradle North America Inc 

50 Chestnut St Ste A-214 

Beavercreek, OH 45440 

United States 

www.cradle-cfd.com 

Booth: 600 

Cradle is a leading provider of 

Computational Fluid Dynamics (CFD) software 

including SC/Tetra (general purpose 

unstructured mesh), scSTREAM (general 

purpose Cartesian mesh), and HeatDesigner 

(Cartesian mesh for electronics). Since 

inception in 1984, Cradle has established 

itself as a major innovator for advancing the 

role of simulation in engineering design. 

CTA Acoustics Inc 

25211 Dequindre Rd 

Madison Heights, MI 48071 

United States 

www.ctaacoustics.com 

Booth: 1148 

CTA has been manufacturing high-quality 

acoustical and thermal fiberglass insulated 

products since 1972. As a Tier-1 & Tier-2 

supplier, our forward-thinking, engineeringfocused 

solutions offer the automotive 

industry a variety of exclusive technologies 

to solve thermal and acoustical challenges 

and enhance products. We pride ourselves 

in being an innovator in fibrous-based 

acoustical and thermal technology. 

CW Bearing Usa Inc 

28550 Cabot Dr Ste 700 

Novi, MI 48377 

United States 

www.cwbearing.com 

Booth: 1122 

CW Bearing USA is the 2nd largest bearing 

manufacturer in China. Our production is 

embodied by quality management system 

ISO/TS16949. Our commitment is to support 

automotive suppliers with highly engineered 

solutions. CW Bearing is currently 

constructing a North American Center 

for Design, Sales, and Manufacturing in 

Northville, MI. 

CY Myutec Co 

338-1 Leemok-dong Jangan-gu 

Suwon. 440-301 

South Korea 

www.cymutec.co.kr 

Booth: 316 

CY Myutec is specialized in development 

and manufacturing of Synchronizer Rings 

for Transmission. As a total solution provider, 

the company offers Synchronizer Ring 

pack design consulting including tests and 

simulations. On the basis of self-developed 

carbon friction material technology, portfolio 

comprises steel stamping & forging and 

brass Synchronizer Rings. 

D 

Dai-Ichi Seiko Co Ltd 

41700 Gardenbrook Rd Ste 133 


United States 

http://www.daiichi-seiko.co.jp 

Booth: 607 

Dai-Ichi Seiko has a vertical integrated manufacturing 

system consisting of design and 

fabrication of mold and automated assembly 

machine, stamping and plating of metal terminals 

and assembly of molded plastic parts 

with metal parts, and we are stably providing 

the quality products from Alabama and 

Asian countries including Japan. 



dauntless.io 

2401 7th Ave 

Oakland, CA 94606 

United States 

Booth: 302P 

Dauntless.io provides cloud-based 

combustion analysis and data acquisition 

systems for connected vehicles. We 

specialize in using adaptive machine 

learning for cycle-to-cycle prediction and 

control of engine combustion in real-time. 

Target applications include the control of 

advanced combustion and SI knock. 

DeltaWing Technologies Group Inc 

1394 Broadway Ave 

Braselton, GA 30517 

United States 

www.deltaWingTech.com 

Booth: 530 

DeltaWing Technology Group Inc. provides 

design, engineering, and manufacturing 

expertise and proven automotive, motorsports, 

aviation, aerospace, and defense 

industry solutions. It includes DeltaWing 

Technologies, DeltaWing Manufacturing, 

Panoz sports cars, and Panoz DeltaWing 

Racing, and an agreement with DHX 

Electric Machines. 

Detroit Engineered Products (DEP), Inc 

850 E Long Lake Rd 


United States 

www.depusa.com 

Booth: 1216 

DEP is an engineering services, software 

development, consulting and staffing company. 

Headquartered in Troy, USA, DEP has 

footprints globally. DEPs proprietary software, 

MeshWorks rapidly reduces the development 

time of products for all segments 

across industries. DEP has the capability to 

support initial concept evaluation through 

product execution on projects ranging from 

concept and styling all the way to prototypes 

and volume production. 

DfR Solutions 

9000 Virginia Manor Rd Ste 290 

Beltsville, MD 20705 

United States 

www.dfrsolutions.com 

Booth: 1117 

DfR Solutions is the leading provider of 

quality, reliability, and safety services and 

software for the electronics industry. We 

support clients across every market as well 

as throughout the electronic component 

and material supply chain. Our innovative, 

Physics of Failure-based reliability software, 

Sherlock Automated Design Analysis and 

industry expertise empower customers to 

accelerate and improve product design and 

development, saving time, resources, and 

improving customer satisfaction. For more 

information regarding DfR Solutions, visit 

our website for more information. 

Dimensional Control Systems Inc 

5750 New King Dr Ste 330 


United States 

www.3dcs.com 

Booth: 714 

DCS offers a complete manufacturing quality 

solution which includes two primary 

software systems: 3DCS, a CAD based 

simulation tool to optimize G&T and reduce 

manufacturing costs, supported by QDM, a 

SPC system to analyze and report on measurement 

data from the plant. These technologies 

are being leveraged by leading 

OEM’s to reduce their Costs of Quality. 

Donaldson Company Inc 

PO Box 1299 

Minneapolis, MN 55440 

United States 

www.donaldsonventing.com 

Booth: 423 

Donaldson Company has manufactured 

more than a billion vents that protect components 

and enclosures from pressure fluctuations, 

liquids, and harmful contaminants. 

From automotive electronics, lighting, powertrain 

components, and fluid reservoirs, we 

have a vent that will work for you – or our 

industry-leading designers can provide custom 

venting solutions. 

Dow Corning Corp 

2200 Salzburg St 

Midland, MI 48686 

United States 

www.dowcorning.com/auto. 

Booth: 1135 

In the transportation industry, you need 

innovative technologies to meet your needs 

today and your tough challenges tomorrow. 

You can count on Dow Corning to help you 

develop cost-effective answers for automotive 

safety, reliability, comfort, aesthetics, 

performance, fuel efficiency and environmental 

sustainability. Learn more at website. 

DSM 

203 W. Big Beaver 


United States 

www.dsm.com 

Booth: 1215 

DSM is a global science-based company 

active in health, nutrition, and materials. 

DSM offers a broad portfolio of engineering 

thermoplastics that meet the high demands 

of automotive applications and industry 

standards from lower system costs through 

metal replacement to productivity improvements 

in plastics processing. 

dSPACE Inc 

50131 Pontiac Trl 

Wixom, MI 48393 

United States 

www.dspaceinc.com 

Booth: 815 

dSPACE is the world’s leading provider of 

hardware and software tools for developing 

and testing sophisticated electronic control 

systems. For over 25 years, dSPACE’s highquality, 

off-the-shelf software and hardware 

tools have empowered engineers to design 

and innovate, while dramatically reducing 

development times and cost. To learn more, 

visit www.dspaceinc.com. 

Dynacast 

14045 Ballantyne Corporate Pl Ste 400 

Charlotte, NC 28277 

United States 

www.dynacast.com 

Booth: 606 

E 

EASi 

7301 Parkway Dr 

Hanover, MD 21076 

United States 

www.easi.com/ 

Booth: 602 

EASi®, a subsidiary of Aerotek® Inc., provides 

innovative engineering support services to 

companies worldwide. EASi introduces new 

solutions and process improvements to fulfill 

engineering and design services to customers 

in the automotive industry. 

See our ad on page 4 


203


Eastman Chemical Company 

575 Maryville Centre Dr 

Saint Louis, MO 63141 

United States 

https://www.saflex.com 

Booth: 535 

Eastman Chemical is a global specialty 

company that produces a broad range of 

advanced materials including Saflex® high 

performance interlayers for laminated windscreens 

and sidelams. In 2016, Eastman 

is launching Saflex VIEWóa next generation 

variable angle wedge PVB interlayer 

made with a proprietary process to further 

improve image resolution. 

See our ad on inside back cover 

Eberspaecher Exhaust Technology 

GmbH 

29101 Haggerty Rd 


United States 

www.eberspaecher.com 

Booth: 328 

Eberspaecher Exhaust Technology provides 

exhaust management solutions from conventional 

mufflers to highly complex emission 

control systems for light-duty vehicles, 

commercial vehicles and non-road applications. 

Cleaner, lighter, quieter – our exhaust 

systems reduce more than 95 percent of 

pollutants and pioneer new levels of lightweight 

design and construction. 

EDAG Inc 

1875 Research Dr Ste 200 


United States 

www.edag.com 

Booth: 929 

The EDAG Group, one of the world’s largest 

independent engineering service providers, 

develops production-ready solutions 

to meet the total mobility needs of today 

and in the future. EDAG’s range of services 

covers the entire development process from 

early concept through production-optimized 

solutions ready for complete vehicles, 

modules and manufacturing plants. 

EDP Company 

36704 Commerce St 

Livonia, MI 48150 

United States 

www.edpcompany.com 

Booth: 1025 

EDP Technical Services, a Livonia, Michigan 

based testing resource, specializes in thermal 

& climatic testing of vehicles, engines, 

transmissions and other automotive components. 

EDP provides testing services such 

as full vehicle climate simulation including 

temperature, humidity, sun and wind. EDP 

also provides thermal shock testing of 

engines, transmissions and components. 

Endurica LLC 

1219 W Main Cross St 

Findlay, OH 45840 

United States 

endurica.com 

Booth: 931 

Endurica LLC developed the world’s most 

versatile and best-validated elastomer 

fatigue life simulation system. Founded in 

2008 to bring fatigue life prediction capabilities 

to the rubber industry to directly 

address fatigue of elastomers under realworld 

service conditions. We offer fatigue 

analysis software, material characterization, 

consulting & training, and FEM. 

EngineLab 

2709 Pine St 

Boulder, CO 80302 

United States 

www.growdesign.net 

Booth: 716 

EngineLab is a control system development 

company focused on building a flexible, 

cost-effective solution for automotive electronic 

control. With a simple-to-use interface 

that allows the designer to create a behavioral 

model directly on the hardware, the 

EngineLab technology allows development 

for a full spectrum of applications including 

engine control, CAN, general IO, diagnostics, 

testing, data logging and analysis. 

ESTECO 

Suite 457 

39555 Orchard Hill Pl 


United States 

www.esteco.com 

Booth: 429 

ESTECO is a pioneer in numerical optimization 

solutions, specialized in research and 

development of engineering software for 

all stages of the simulation-driven design 

process. With over 250 international clients 

in the automotive, aerospace and electronics 

industries, ESTECO was named “Cool 

Vendor” in the Product Design and Life 

Cycle Management 2015 report by Gartner. 

Faith Target Group Limited 

2F No 6 Ln 602 Zhongzheng Rd Yonghe 

Dist 

New Taipei City 23455 

Taiwan 

Booth: 622 

Faith Target has the capability to meet the 

various demands from customers. To make 

development and production more efficient, 

we have been making all our efforts to 

improve the technologies including casting, 

forging and powder metal. Today we manufacture 

more productively, and we enhance 

the durability of the products as well. 

F 

FAW Casting 

11677 S Wayne Rd Ste 112 

Romulus, MI 48174 

United States 

Booth: 414 

FAW Casting -The best and largest Casting 

supplier from China , now is local in Detroit 

to serve You., -Your one stop Casting supplier, 

from Ferro to Non Ferro , from Gray 

Iron, Ductile iron , vermicular iron, steel 

casting, investment casting, shell core casting 

, die casting, gravity casting , low pressure 

casting all available., -Your advanced 

and light weight material solution provider 

like aluminum and magnesium. - Casting 

blanks and or finished condition of casting 

parts for power train , drive lines and chassis 

application like cylinder block, cylinder 

head, crankshafts, transmission housing, 

clutch housing, axle housing, differential 

housing, wheel housing, Oil sump tank, 

engine bracket , water pump shell, crossbeam, 

engine cover, Come and visit us at 

Booth: 414 at SAE Show. 



FAW Forging 

11677 S Wayne Rd Ste 112 

Romulus, MI 48174 

United States 

Booth: 315 

FAW Forging -The best and largest forging 

supplier from China, now is in local Detroit 

to serve You. Your one stop forging supplier, 

from aluminum to steel, from cold, warm 

to hot forging all available. Your advanced 

and light weight material solution provider. 

Forging blanks and or finished condition of 

forging parts for power train , drive lines 

and chassis application like crankshafts, 

connecting rods, I-beam, steering knuckles, 

gears and shafts for transmission, control 

arm, wheel hubs and spindle. Come and 

visit us at Booth: 351 at SAE Show. 

OEM Industry Leader 

FCA US LLC 

800 Chrysler Dr 

Auburn Hills, MI 48326 

United States 

www.fcanorthamerica.com. 

Booth: 1123 

FCA US LLC is a global automaker headquartered 

in Auburn Hills, Michigan. A 

member of the Fiat Chrysler Automobiles 

N.V. (FCA) international automotive group 

(NYSE: FCAU, MI: FCA), FCA US sells vehicles 

under the Chrysler, Dodge, Jeep, Ram, 

Mopar, SRT, FIAT and ALFA ROMEO brands. 

Learn more at our website. 

Platinum Sponsor 

FEV North America, Inc. 

4554 Glenmeade Ln 


United States 

www.fev.com 

Booth: 915 

The FEV Group is a global powertrain and 

vehicle engineering company that offers 

a complete range of engineering services, 

providing support to customers in the 

design, analysis, prototyping, powertrain 

and transmission development, NVH, vehicle 

integration, and calibration for advanced 

propulsion systems. We also offer electronics 

engineering/connected vehicle services 

and are a testing solutions supplier. 

Fipa Tunisia 

Tunis 

Tunisia 

www.investintunisia.com 

Booth#114 

ForceBeyond Inc 

6 Dickinson Dr Ste 115 

Chadds Ford, PA 19317 

United States 

www.forcebeyond.com 

Booth: 529 

ForceBeyond, headquartered in Chadds 

Ford, PA, as an engineering design and 

development company, delivers cuttingedge 

and innovative parts, components and 

solutions with light weight die casting, precision 

investment casting, cold forming and 

hot forging. Through our strategically located 

global offices and by partnering with 

world class manufacturers, ForceBeyond 

creates superior value for our customers. 

FISITA 2016 World Automotive 

Congress 

4F Sungli Bldg 1P2 Bangbae-ro 

Seoul 137-835 

South Korea 

www.fisita2016.com 

BOOTH #1449 

The Korean Society of Automotive 

Engineers (KSAE) is proud to host the 

36th FISITA World Automotive Congress 

in Busan, Korea from 26 to 30 September, 

2016. At FISITA 2016, worldwide specialists 

in automotive industry share their creative 

thoughts and knowledge to bring our 

next generation a whole new era of 

transportation. under the theme ‘Creative 

Thinking for Future Automobiles’. 



21500 Oakwood Blvd 

Dearborn, MI 48124 

United States 

www.corporate.ford.com 

Booth: 1043 

Ford Motor Company, a global automotive 

industry leader based in Dearborn, Mich., 

manufactures or distributes automobiles 

across six continents. Ford is aggressively 

pursuing a vehicle strategy called “Power 

of Choice” – offering a range of fueling and 

electrified vehicle options to reduce CO2 

emissions, deliver leading fuel economy 

across our lineup and meet different customers’ 

transportation needs. With about 

197,000 employees and 67 plants worldwide, 

the company’s automotive brands include 

Ford and Lincoln and Ford Motor Credit 

Company provides financial services. For 

more information regarding Ford and its 

products worldwide, please visit our website. 

Foryou Corporation 

No 1 North Shangxia Rd Dongjiang 

Huizhou Guangdong 516005 

China 

www.foryougroup.com 

Booth: 1322 

Foryou Corporation was founded in 1993. 

After more than 20 years of development, 

Foryou Corporation has become a 

leader in four major industries, namely, 

Automotive Electronics, Precision Electronic 

Components, Precision Die Casting, and 

LED Lighting. For Automotive Electronics, 

most products are from Foryou General 

Electronics Co., Ltd., which is a whollyowned 

subsidiary of Foryou Corporation 

established in 2002. 


GmbH 

Hoehnerweg 2-4 

Weinheim 69469 

Germany 

www.fst.com 

Booth: 1229 

Freudenberg-NOK Sealing Technologies is a 

leading-edge focus on the core competencies 

of sealing and elastomeric technologies. 

The company pursues product and 

process perfection through proprietary lean 

manufacturing and Six Sigma programs. It 

is a valued development partner for OEMs 

and system suppliers and total costs and an 

innovative industry leader. 


205


G 

Gamma Technologies LLC 

601 Oakmont Lane Suite 220 

Westmont, IL 60559 

United States 

www.gtisoft.com 

Booth: 615 

Gamma Technologies develops and commercially 

licenses GT-SUITE CAE simulation 

software, the tool of choice of all major OEMs 

and suppliers worldwide. GT-SUITE includes 

a complete library of physics-based modeling 

templates, as well as higher level modeling 

templates specifically designed for the vehicle 

industry. GT-SUITE applications include: 

engine, aftertreatment, acoustics, thermal 

management, HVAC, hydraulics, fuel systems, 

lubrication, bearings, vehicle, HEV, driveline, 

transmission, and mechanical systems. 

Gebauer & Griller Kabelwerke GmbH 

GG Cables & Wire USA Inc 

Muthgasse 36 Postfach 2 

Wien A 1194 

Austria 

www.griller.at 

Booth: 1328 

Founded in 1940, Gebauer & Griller is a leading 

manufacturer of cables, wires and cable 

harnesses for the automotive industries. We 

are a family-owned business and employ 

approximately 3,300 people at 11 locations 

across Europe, India, the USA, Mexico and 

China.The strong technical expertise of our 

employees, state-of-the-art technology, and 

the focus on high quality products enable 

the company to develop and implement 

highly complex solutions to the requirements 

of customers across the globe. 

Granta Design Ltd 

300 Rustat House 

62 Clifton Rd 

Cambridge CB1 7EG 


www.grantadesign.com 

Booth: 1114 

Granta Design are the materials information 

technology experts. Our materials information 

management solutions help automotive 

enterprises to: manage critical data to 

improve global standardization, efficiency, 

and quality; support lightweighting and 

emissions reduction initiatives; minimize 

legislative and supply chain risk; and integrate 

with CAD, CAE, and PLM. 

H 

Hirtenberger Automotive Safety 

GmbH 

Leobersdorfer Str 31-33 

Hirtenberg 2552 

Austria 

www.hirtenberger.co 

Booth: 1328 

Hirtenberger, established in 1860, is based 

in the heart of Europe and specializes in 

the development and series production of 

pyrotechnic solutions designed to protect 

occupants and pedestrians. Hirtenberger is 

the market leader for pyrotechnic actuators 

used in systems designed to protect pedestrians. 

Hirtenberger is also a development 

partner and manufacturer of pyrotechnic 

solutions for other applications within the 

automotive industry and beyond (i.e. medical 

and energy sector). 


Honda 

1000 Town Ctr Ste 2400 

Southfield, MI 48075 

United States 

www.honda.com/ 

Booth: 343 

Honda Motor Co., Ltd. (Honda), is a leading 

mobility company and the world’s largest 

producer of engines that power a variety of 

automobile, motorcycle and power equipment 

products. Conducting its business 

through six regional operations around the 

world, including Japan, North America, 

South America, Europe, Asia & Oceania and 

China. 

Gold Sponsor 

Horiba Automotive Test Systems Corp 

5900 Hines Dr 


United States 

www.horiba.com 

Booth: 1015 

HORIBA, the long-standing global leader 

in motor exhaust gas analysis, is the first 

choice for engine and chassis testing. 

Powertrain and E-motor developers and 

manufacturers also depend on HORIBA 

for its experience, sound engineering, 

and comprehensive product portfolio. 

Partnering with HORIBA early in the 

development process ensures that 

your final system will provide years of 

dependable performance, meet current 

regulations, and be adaptable to future 

development needs. 

Hyperloop Technologies 

2161 Sacramento St 

Los Angeles, CA 90021 

United States 

www.hyperlooptech.com 

Booth: 943 

Hyperloop Tech is developing the technology 

and hardware to make Hyperloop a reality. 

At Hyperloop Tech we are inventing the 

5th mode of transportation. Hyperloop will 

change the way space and time exist as we 

know it sending goods and people at 750+ 

mph. Imagine the possibilities, you can live 

anywhere, work anywhere, be anywhere. 


Hyundai Motor Company 

772-1 Jangduk-Dong Hwaseong-Si 

Gyeonggi-Do 445 706 

South Korea 

www.hyundaimotorgroup.com 

Booth: 323 

Established in 1967, Hyundai Motor Co. has 

grown into the Hyundai Motor Group, with 

more than two dozen auto-related subsidiaries 

and affiliates. Hyundai Motor Co. has 

seven manufacturing bases outside of South 

Korea including Brazil, China, the Czech 

Republic, India, Russia, Turkey and the U.S. 

Hyundai Motor Company offers a full line-up 

of products including small to large passenger 

vehicles, SUVs and commercial vehicles. 

I 

IAV Automotive Engineering 

15620 Technology Drive 


United States 

www.iav.com 

Booth: 601 

As one of the leading development partners 

to the automotive industry, IAV offers 

over 30 years of experience with more than 

6,000 engineers worldwide. IAV works with 

clients from initial ideas to mass production. 

Focusing on powertrain, electrification, 

alternative fuels, active and functional 

safety, infotainment, fleet development and 

more, IAV is the single source for OEM and 

supplier needs. 



Impro Industries USA Inc 

21660 Copley Dr Ste 100 

Diamond Bar, CA 91765 

United States 

www.impro.com 

Booth: 1050 

Impro is a leading manufacturer of critical 

application areas of the automotive industry 

such as fuel systems, turbo chargers, EGR 

systems, air conditioning systems, steering 

systems, emission systems, airbag sensors 

for passenger vehicles/ heavy-duty trucks. 

Our one-stop-shop can help Customers 

reduce overall time and cost for the development/production 

of components. 

Indo-MIM (P) Ltd 

Ste 104 

214, Carnegie Ctr Ste 104 

Princeton, NJ 08540 

United States 

www.indo-mim.com 

Booth: 528 

Indo-MIM is a leading global supplier of 

precision-engineered products using Metal 

Injection Molding (MIM) as the core manufacturing 

technology. With headquartered 

in Bangalore, India; Indo-MIM has achieved 

a leadership position in the field of MIM, 

providing precision-engineered products to 

customers in more than forty countries in 

the Americas, Europe and Asia. 

Integral Technology Co Ltd 

1-10-2 Edobori Nishi-Ku 

Osaka 550-0002 

Japan 

www.integral-technology.co.jp/en/index. 

html 

Booth: 1342 

Integral Technology is a CAE software 

company that is focused on automatic FE 

mesh generation with its unique 3D feature 

recognition technique. Applying its product 

FORTUNA, the users can reduce their 

cost and time on creating FE mesh models 

maintaining the quality of the result mesh 

for their simulations. 

Bronze Sponsor 

Intertek 

70 Codman Hill Rd 

Boxborough, MA 01719 

United States 

www.intertek.com/automotive 

Booth: 908 

Intertek Transportation Technologies serves 

many consumer and commercial manufacturing 

industries, including: automotive, 

electric vehicles, commercial and more. We 

evaluate to industry standards and international 

regulations, and deliver top-tier testing 

for current and emerging markets such 

as interiors, electric/hybrid vehicles, charging 

components, automotive telematics, 

and aftermarket components. Visit www. 

intertek.com/automotive for information. 

Intrepid Control Systems Inc 

31601 Research Park Dr 

Madison Heights, MI 48071 

United States 

www.intrepidcs.com 

Booth: 802 

Intrepid Control Systems creates tools for 

engineers in vehicle, test, and embedded 

engineering. Intrepid provides embedded 

communication interfaces for AUTOSAR, 

CAN, LIN, FlexRay, CAN FD, Automotive 

Ethernet, Keyword, UART, J1939, ISO14229 

and GMLAN. Intrepid is part of the 

Automotive Engineering Tool Alliance (www. 

aeta-rice.com), a comprehensive tool chain 

for automotive electronics development. 

J 

Jiangsu Enda General Equipment Co 

Ltd 

No 6 Xiyuan Rd Industrial Park 

Jiangsu 226000 

China 

www.edty.com 

BOOTH #202 

Jama Software 

135 SW Taylor 

Portland, OR 97204 

United States 

www.jamasoftware.com 

Booth: 525 

Jama Software is the definitive system of 

record and action for product development. 

The company’s modern requirements and 

test management solution helps enterprises 

accelerate development time, mitigate 

risk, slash complexity and verify regulatory 

compliance. More than 600 product-centric 

organizations, including NASA, Thales, 

Boeing and Caterpillar have used Jama 

to modernize their process for bringing 

complex products to market. The company 

is headquartered in Portland, Oregon. For 

more information, visit jamasoftware.com 

Conference Supporter 

Jatco USA Inc 

Suite 100 

38700 Country Club Dr # 100 


United States 

www.jatco-usa.com 

Booth: 923 

JATCO Ltd. is the world¥s largest producer 

of Continuously Variable Transmissions 

(CVT), with Research and Development 

facilities in Japan, United States, France and 

Korea. Manufacturing plants are located in 

Japan, Mexico, China and Thailand producing 

over 5 million CVT and conventional 

automatic transmissions per year. JATCO 

USA focuses on Research and Development 

Engineering, in addition to Sales and Service. 

Jeonwoo 

850 Stephenson Hwy Ste 400 


United States 

Booth: 217 

JEONWOO PRECISION CO., LTD. Since establishment 

in 1992, JeonWoo Precision Co., 

Ltd has specialized in stamping and deep 

drawing process at high quality/low cost. - 

Cold Stamping Part Manufacturer, -JW’s own 

Fine-Stamping process is invented – Almost 

no Die-roll, - Zero-Burr punching process for 

Airbag housing, -TS16949/ISO14001 certified. 

Jesse Garant Metrology Center 

Unit #G7 

628 Monmouth Rd Unit G7 

Windsor, Ontario N8Y 3L1 

Canada 

https://jgarantmc.com/ 

Booth: 1243 

Jesse Garant Metrology Center is a global 

leader for Industrial Computed Tomography 

Scanning Services. By utilizing our nondestructive 

Industrial CT Scanning Services, 

clients are able to drastically reduce preproduction 

inspection costs and analyze 

internal failures quickly and accurately in 3D. 


207


Jilin Province Axle Auto Components 

and Part Co. Ltd 

2039 Artisia Blvd Apt 150 

Torrance, CA 90504 

United States 

www.jlscq.com 

BOOTH 204 

Jilin Province Axle Auto Components 

and Parts Co., Ltd. is a manufacturing 

of automobile components and parts 

(except engines) and distribution of 

automobile (cars excluded) which was 

established on 12th May, 2003 with 

registered capital RMB 30 million. 

Jing-Jin Electric 

Building 7 NO5 Jiangtai Rd 

Beijing 100015 

China 

www.jjecn.com 

Booth: 322 

Jing-Jin Electric (JJE) is no. 1 in traction 

electric motor production, sales and export 

in China, develops and manufactures highperformance 

electric motor’s system and 

electric drive components for hybrid electric 

vehicles (HEV), plug-in hybrid electric 

vehicles (PHEV), battery electric vehicles 

(EV) and other electrically driven automobiles 

and control. 

Jive Software 

915 SW Stark St Ste 400 

Portland, OR 97205 

United States 

www.jivesoftware.com 

Booth: 205P 

Jive is the premier provider of modern 

communication and collaboration 

solutions for business. Recognized as 

a leader by the industry’s top analyst 

firms in multiple categories, Jive enables 

people and organizations to work 

better together and unleash the ideas 

and impact of employees, partners and 

customers. 

K 

KAMTEC 

15 Godeung 2-fil Iwol-myeon Jincheo 

Chungcheony Buk-do 365-822 

South Korea 

www.kamtec.co.kr 

BOOTH 309 

Kamtec is most developed about emission 

& powertrain system in Korea. (Market 

share is No.1) Now kamtec torwards to 

global market with reliable quality & 

competitive price in world powertrain 

market. 

KCI 

6 Seongseo-ro 35 gil Dalseo-gu 

Daegu 704832 

South Korea 

www.kc.co.kr 

Booth: 1029 

KCI is one of leading manufacturer of 

auto transmission parts, chassis parts and 

stamping parts in Korea. Strict quality control, 

clean working places and efficient process 

control are our features recognized by 

customers. Certified by TS16949, ISO140001 

and OHSAS 18001. 

Key Safety Systems Inc 

7000 19 Mile Rd 

Sterling Heights, MI 48314 

United States 

www.keysafetyinc.com/ 

Booth: 715 

Key Safety Systems (KSS) is a global leader 

in the system integration and performance 

of safety-critical components to the automotive 

and non-automotive markets serving the 

active safety, passive safety and specialty 

product sectors. Through highly specialized 

design, development, and manufacturing, 

KSS’ technology is featured in more than 

300 vehicle models produced by over 60 

well-diversified customers worldwide. KSS is 

headquartered in Sterling Heights, Michigan, 

with a global network of 32 sales, engineering, 

and manufacturing facilities. 

Kienle + Spiess GmbH 

Bahnhofstrasse 23 

Sachsenheim 74343 

Germany 

www.kienle-spiess.com 

Booth: 1343 

Kienle + Spiess is an international innovation 

leader in the stamping and die-casting 

technology sector. We offer our customers 

a unique range of products, technical solutions 

and services for creating efficient and 

energy-saving electric motors and generators. 

The Kienle + Spiess manufacturing 

and product quality is trusted by clients 

in the field of Automotive, Air Movement, 

Pumps and Industrial Application, among 

others and is recommended as a strategically 

important and reliable partner. 

KIPP Car Comfort Systems 

Gottlieb-Daimler-Strasse 19 

Sulz Neckar 72172 

Germany 

www.kipp-ccs.com 

Booth: 1343 

KIPP CAR COMFORT SYSTEMS has been on 

the road to success by focusing on comfort 

solutions for automobiles. Storage space 

and operating systems for car boots and 

components designed to enhance driving 

comfort in convertibles. KIPP is an innovative 

engineering partner for the automotive 

industry and transforms good ideas into 

smart, marketable product solutions. 

Korea Powder Metallurgy Co LTD 

111 Injusandan-ro Inju-myon 

Asan-si Chungnam 336-831 

South Korea 

www.korpm.co.kr 

Booth: 314 

KPM is the pioneer of powder metallurgy in 

South Korea. KPM has developed, and also 

produced a large number of sintered parts 

since 1967. They are used in automotive, power 

transmission & industrial part. Now, KPM is the 

international provider of powder metallurgy. 

On the basis of high technology and best quality, 

KPM want to support your success. 



KOTRA & AIN Global 

101 W Big Beaver Rd Ste 545 


United States 

Booth: 109 

KOTRA serves as a vital bridge between 

Korea and its trading partners to promote 

mutual prosperity by facilitating 

international commerce and investment. 

AIN Global Foundation, the organizer of 

KOAASHOW(Korea Automotive Industry 

Exhibition), is glad to introduce to your 

esteemed company. These exhibitions will 

be held in Oct.19-21,2016, Seoul, Korea. 

KRAIBURG TPE 

2625 N Berkeley Lake Rd NW 

Duluth, GA 30096 

United States 

www.kraiburg-tpe.com 

Booth: 1044 

Custom thermoplastic elastomer manufacturer 

for under the hood, interior and 

exterior automotive applications. Supplier 

to tier one, two and three manufacturers as 

well as US and European OEM’s. 

L 

LaVision Inc 

211 W MI Ave Ste 100 

Ypsilanti, MI 48197 

United States 

www.lavision.com 

Booth: 701 

LaVision provides integrated imaging systems 

to scientific, industrial and educational 

markets. LaVision has extensive experience 

in optical techniques such as 2-D, stereo, 

and tomographic particle image velocimetry, 

gaseous and liquid laser induced fluorescence, 

shadowgraphy for multi-phase 

flows, digital image correlation for deformation/strain, 

high-speed and ultra-high-speed 

imaging, and intensified camera systems. 

LieberLieber Software 

2800 Post Oak Blvd Ste 4100 

Houston, TX 77056 

United States 

www.lieberlieber.us 

Booth: 1328 

LieberLieber Software is the specialist for 

add-ons and consulting for Sparx Systems 

Enterprise Architect, the world’s premiere 

UML modeling tool with over 350,000 

users worldwide. LieberLieber Embedded 

Engineer for Enterprise Architect has been 

developed as part of the tool chain for the 

development of Embedded Systems. With 

the UML Debugger, included in Embedded 

Engineer, LieberLieber has solved a problem 

which has influenced several generations 

of code-generation tools. 

Light Weighting - Emission Reduction 



United States 

www.alumag.com 

Booth: 1343 

This group represents several Light 

Weighting - Emission Reduction - Car 

Comfort Technology companies that are 

currently front runner in this technology 

segment. Organized by AluMag, this group 

will show, how these companies are working 

on edge technology, global platforms 

and looking for a North American project 

and business opportunity. The Technology 

Companies are: Kipp GmbH & Co KG; Kienle 

+ Spiess GmbH; RHEINFELDEN ALLOYS 

GmbH & Co. KG; AluMag Automotive 

Liquidmetal Technologies Inc 

30452 Esperanza 

Rancho Santa Margarita, CA 92688 

United States 

www.liquidmetal.com 

Booth: 708 

Liquidmetal Technologies brings a new level 

of capabilities to complex metal parts production 

providing a unique injection molding 

process, achieving final part geometries 

and properties comparable to heat treated 

stainless and steel alloys in a single-step. 

The Liquidmetal team utilizes advanced 

technology, providing solutions for the 

toughest manufacturing roadblocks. 

Lohmann Corporation 

14218 Litchfield Dr 

Orange, VA 22960 

United States 

www.lohmann-tapes.com 

Booth: 1324 

Lohmann Corporation, the “Bonding 

Engineers”, is a globally recognized 

supplier to the automotive industry 

of pressure sensitive and thermoset 

tapes and fabricated products. We have 

approvals and serve OEMs and global 

Tier suppliers with cost effective adhesive 

based products for attachment, assembly, 

NVH, gasketing, shielding, and surface 

protection applications. 

M 

Macedonian Government - Free Zones 

Authority 

Partizanski Odredi Blvd No 2 

Skopje 1000 

Macedonia 

www.fez.gov.mk 

Booth: 1042 

The Macedonian Government’s Free Zones 

Authority provides the most efficient 

business climate in Southeastern Europe. 

Macedonia ranked 12th globally and 6th 

in Europe in the Ease of Doing Business, 

according to the WB’s 2016 report. Choose 

us as many automotive companies already 

have: Johnson Controls, Visteon, Johnson 

Matthey, Lear, KSS, Amphenol, Kostal, 

Gentherm, Dr€xlmaier and many others. 

www.fez.gov.mk 

Marufuji Seiko Co Ltd 

88 Gorin Ugaike 

Nishio Aichi 445-0043 

Japan 

Booth: 434 

Marufuji Seiko Co., Ltd. was established 

in Nishio, Aichi Prefecture, Japan in 1964 

and has been credited with over 50 years 

as the expert in higher precision cutting, 

grinding and polishing processes. Our 

advanced high-precision processing 

technology and quality is adopted in 

many automobile parts. We will keep 

challenging to meet the diversified needs 

in the new industry fields. Aluminum 

precision cutting, grinding - Precision 

cutting and grinding work is the company 

history of Marufuji Seiko. It can be 

extended to Aluminum. Marufuji Seiko 

is confident of providing high quality 

of Aluminum precision products with 

collaborating Miyaki’s aluminum coating. 


209


MediaZen 

41, Seongnam-daero 925beon-gil 

4F Fine Venture Building 

Bundang-gu, Seongnam-si, Gyeonggi-do 

13496 

South Korea 

www.mediazen.co.kr 

Booth: 214 

MediaZen is one of the very few companies 

that exist today and have implemented 

speech recognition systems in the automotive 

industry. Its proprietary solutions 

have been installed in millions of vehicles 

globally including North America, Europe, 

Middle East and Korea, and its professional 

services covers wide range of voice-related 

implementations from voice user interface 

design, usability test, validation and performance 

improvement on in-vehicle speech 

recognition systems to final production. 

Melecs EWS GmbH 

Technologiestrasse 1 

Siegendorf 7011 

Austria 

www.melecs.com 

Booth: 1334 

MELECS EWS, with sales revenues of 162 

million Euros, is the largest EMS provider 

with Austrian roots. MELECS EWS relies 

on innovative solutions tailored specifically 

to its customers. The strategic focus is on 

development, validation and production in 

areas such as all-wheel drive ECUs and LED 

lighting in vehicles. 

Gold Sponsor 

Mentor Graphics Corp 

8005 SW Boeckman Rd 

Wilsonville, OR 97070 

United States 

www.mentor.com 

Booth: 707 

Mentor Graphics automotive solutions apply 

deep expertise in systems engineering to 

help our customers solve the most complex 

design challenges facing the industry. 

This includes design tools, software, and 

solutions to tame exponential EE complexity. 

On display on booth 707 will be solutions 

for Electrical Distribution Systems 

Design & Engineering; Product Definition/ 

Architecture; IVI; ADAS; Active Noise 

Control; Embedded Software; Network/ 

AUTOSAR Design & Integration; Service 

and Documentation; PCB Systems Design; 

Mechanical Analysis; and Mechatronics 

Simulation. With these solutions Mentor 

is helping customers turn complexity into 

innovation and competitive advantage. 

More information, please visit our website. 

Metal Powder Products Co 

879 Washington St 

Saint Marys, PA 15857 

United States 

www.metalpowder.com 

Booth: 506 

For over 60 years, MPP has produced custom 

engineered metal parts from powders. 

Based in Westfield, Indiana with operating 

facilities in Elk County, Pennsylvania, MPP 

produces parts using brass, bronze, aluminum 

and ferrous powders. 

Minitab Inc 

1829 Pine Hall Rd 

State College, PA 16801 

United States 

www.minitab.com 

Booth: 531 

Minitab® 17 is the leading statistical 

software for quality improvement and 

statistics education worldwide. Our latest 

release is packed with new and improved 

statistics and other enhancements that 

give you more analytical power and 

greater insight into your processes. The 

expanded Assistant menu guides you 

through hypothesis tests, regression, 

DOE, measurement systems analysis, 

control charts, and capability analysis— 

and helps you interpret your results. 

The world trusts Minitab for quality, and 

thousands of distinguished organizations 

use our software, including American 

Express, General Electric, Microsoft, Nike, 

and Toyota Motor. Learn more at our 

website. 

Mirae Seal Tech Co Ltd 

34 Oksan-ro 290 beori-gil Ojeong-gu 

Bucheon-si Gyeonggi 14490 

South Korea 

www.mrst.co.kr 

Booth: 117 

Qualified supplier. Specialized in manufacturing 

rubber seals. 

Mississippi State Univ RTC 

200 Research Blvd CAVS 

Starkville, MS 39759 

United States 

http://www.cavs.msstate.edu/ 

Booth: 1149 

The Center for Advanced Vehicular Systems 

(CAVS) at Mississippi State University is a 

world-class automotive research and development 

center at the junction between 

industry and academia. CAVS expertise in 

key technology areas such as hybrid battery 

design, energy management, and lightweight 

materials is demonstrated through 

the Car of the Future concept vehicle. 

Miyaki USA Inc. 

1-12-15 Sakuradai Nishi-Ku 

Hamamatsu Shizuoka 431-1104 

Japan 

www.kashima-coat.com 

Booth: 434 

MIYAKI CO., LTD - The specialist anodize 

aluminum manufacturer, Miyaki Co., Ltd., 

was established in Nov 1981 in Japan. In 

2012, Miyaki opened Kentucky office in USA 

and in 2013, started Thailand factory to 

meet various needs and production capacity. 

Miyaki is dedicated to solving the diverse 

needs of world customers by offering a 

range of technologies including standard 

and hard anodize, Kashima Coat, and other 

special anodize products. 

MSC Software 

4675 Macarthur Ct Ste 900 

Newport Beach, CA 92660 

United States 

www.mscsoftware.com 

Booth: 116 

Simulating Reality, Delivering Certainty - 

MSC Software develops simulation software 

technology that enables engineers to validate 

and optimize their designs using virtual 

prototypes. Customers in almost every 

part of manufacturing use our software 

to complement, and in some cases even 

replace the physical prototype “build and 

test” process that has traditionally been 

used in product design. 



N 

Nautilus Engineering 

216 N Mosley St Ste 110 

Wichita, KS 67202 

United States 

www.nautilusengineering.com 

Booth: 417 

The Nautilus cycle - Embracing 

simplicity, HCCI achieved. Our unique 

patent pending combustion chamber 

solves the Inherent problems of HCCI 

pre-combustion, poor cold start, 

temperatures, limited rpm’s and load 

ranges. This design utilizes semi 

continuous HCCI combustion with a 

primary/secondary piston, and cylinder 

head. Newly configured valves assist in 

balancing combustion temperatures and 

reducing need for in cylinder injection. 

This may be rapidly implemented into 

existing platforms, meeting 2025 EPA. 


Program 

4 Watch Way 

Lloyd Harbor, NY 11743 

United States 

Booth: 630 

The NYS Vehicle Composites Program 

compares electrical energy demand and 

production through-put for autoclave and 

X-ray curing of carbon fiber auto components. 

Non-thermal X-ray processing can 

cure a hood in 1.3 minutes/hood using on 

a pre-preg with a formulated matrix which 

has an unrestricted storage life at ambient 

conditions. 

Nikkei MC Aluminum America Inc 



United States 

www.nmaluminum.net/ 

BOOTH #1343 

Nikkei MC Aluminum America, Inc. 

“NMAA” is an aluminum manufacturer 

that supplies aluminum alloys to the 

casting and die-casting industries. We are 

located in Columbus Indiana and started 

operation from 1990. We produce various 

aluminum alloys and our customer use it 

to produce automotive wheels, brackets, 

pistons, compressors, timing chains and 

many other products. NMAA is a group 

company of Nikkei MC Aluminum Co., 

Ltd. “NMA”, which is a Japanese based 

global aluminum alloy company. NMA was 

established as a joint venture between 

Nippon Light Metal Company Ltd. and 

Mitsubishi Corporation in April 2007. NMA 

group is operating 4 plants in Japan and 5 

overseas plants in the US, China, Thailand, 

India and Mexico. NMA is the only 

manufacturer in Japan that researches 

and develops new aluminum alloys 

and has a wide range of technologies, 

acquired by being a member of Nippon 

Light Metal Group. 

Ningbo Hengshuai Micromotor Co Ltd 

Jiangbei Industry & Technology park 

#399 Tongning Rd 

C Area 

Ningbo, Zhejiang 315032 

China 

www.motorpump.com 

Booth: 1023 

Our purpose of seeking for technique and 

process innovations is that while providing 

clients with best possible products, benefits 

would spread both sides. This is also 

the only value definition for all OEM world 

widely. 

NOF America Corporation 

1 N Broadway Ste 912 

White Plains, NY 10601 

United States 

www.nofamerica.com 

Booth: 1245 

NTN Automotive Center 

39255 W 12 Mile Rd 


United States 

www.ntnamericas.com 

Booth: 449 

Founded in 1918, NTN is one of the world’s 

largest producers of premium quality 

ball & roller bearings, CVJ products and 

wheel bearings. NTN’s latest endeavor 

is to expand our composite material 

line of Engineered Plastics (BEAREE) 

excelling in high PV low coefficient 

applications, and sintered metal products 

(BEARPHITE). 

O 

Oak Ridge National Laboratory 

MS 6472 

1 Bethel Valley Rd 

Oak Ridge, TN 37830 

United States 

www.ornl.gov/transportation 

Booth: 623 

Oak Ridge National Laboratory is the largest 

US Department of Energy science and 

energy laboratory, conducting basic and 

applied research to deliver transformative 

solutions to compelling problems 

in energy and security. ORNL’s National 

Transportation Research Center serves as 

the gateway to access world-class capabilities 

focused on transportation R&D. 

Oblong Industries Inc 

923 E 3rd St Ste 111 

Los Angeles, CA 90013 

United States 

www.oblong.com 

Booth: 549 

Oblong Industries is the developer 

of Mezzanine, an immersive visual 

collaboration solution defining the next 

era of computing: multi-user, multiscreen, 

multi-device, multi-surface, and 

multi-location. Mezzanine´s capabilities 

enable effective, collaborative workflows 

and real-time situational awareness for 

distributed organizations. Customers 

include IBM, Boeing, Accenture, CBRE and 

Network Rail. 

Ohdae Metal Co Ltd 

1-121 Buk-ri Nongong-eup Dalseong-gun 

Daegu 

South Korea 

Booth: 216 

We are a professional manufacturer for 

automobile engine, transmission and chassis 

parts since 1978. We have a establishment 

of a batch-manufacturing system 

up to material production facility, cutting, 

grinding work, plating, painting and surface 

heat treatment process. Our long experience 

in machining has made it possible not 

only to develop advanced technology which 

is available for mass production, through 

automation and specialization, but also to 

produce high quality products at lower cost. 


211


Gold Sponsor 

Omron Corporation 

2895 Greenspoint Pkwy Ste 200 

Hoffman Estates, IL 60169 

United States 

www.omron247.com 

Booth: 945 

OMRON Corporation is a multi-billiondollar, 

diversified company with business 

units producing industrial automation 

products, electronic components, healthcare 

equipment, and social systems. 

OMRON Automation and Safety is a global 

leader providing complete automation 

solutions for automotive, semiconductor, 

chemical, and packaging applications. Our 

Pan-American headquarters is located in 

Hoffman Estates, Illinois, USA. 

ON Semiconductor 

2300 W Buckskin Rd 

Pocatello, ID 83201 

United States 

www.onsemi.com/automotive 

BOOTH 348 

ON Semiconductor is a leading supplier of 

semiconductor-based solutions, offering 

a comprehensive portfolio of energy 

efficient sensors, power management, 

analog, logic, timing, connectivity, 

discrete, SoC and custom devices. The 

company’s products help engineers 

solve their unique design challenges in 

automotive, communications, computing, 

consumer, industrial, medical and 

military/aerospace applications. For more 

information, please visit our website. 

Origin Electric America Co Ltd 

3848 W Carson St Ste 216 

Torrance, CA 90503 

United States 

www.origin-usa.com 

Booth: 1116 

Headquartered in Saitama Japan, Origin 

Electric is Tokyo Stock Exchange 1st 

Section listed company with annual 

sales of US$300 million. We operate our 

business separated into four segments: 

Electronics, Mechatronics, Chemitronics, 

and Components. With technical development 

at our core, we proudly present our 

RingMash Welding Machine for powertrain/ 

transmission parts. 

Oxford Instruments 

300 Baker Ave Ste 150 

Concord, MA 01742 

United States 

www.oxford-instruments.com/ 

Booth: 1235 

Oxford Instruments is a leading provider 

of high-technology X-Ray Fluorescence 

(XRF), OES Optical Emissions Spectroscopy 

(OES), and Laser Induced Breakdown 

Spectroscopy (LIBS) instruments. These 

instruments provide critical metal analysis 

used for testing and material inspection 

throughout the manufacturing process in 

order to provide improved safety for highreliability 

electronics, and to reduce risks of 

catastrophic failures. Our instruments are 

used world-wide for non-destructive testing 

and Positive Materials Identification (PMI). 

Don’t miss our presentation at this year’s 

SAE World Congress on Materials Analysis: 

Choosing the right technique. Come visit 

Oxford Instruments at booth 1235 and 

speak to one of our sales experts about 

your application needs or email oxinst@ 

industrial.com to set up an on-site demo. 

P 

Pacific Northwest National Laboratory 

902 Battelle Blvd 

Richland, WA 99354 

United States 

http://www.pnl.gov/ 

Booth: 623 

Founded in 1965, Pacific Northwest National 

Laboratory addresses many of America’s 

most pressing issues in energy and the 

environment through scientific research. 

PNNL supports the development and 

deployment of highway transportation 

technologies by applying basic and applied 

science to the advancement of lightweight 

materials, emissions control, and energy 

storage technologies. 

Permabond Engineering Adhesives 

223 Churchill Ave 

Somerset, NJ 08873 

United States 

www.permabond.com 

Booth: 1035 

Permabond develops and manufactures 

engineering adhesives and sealants for 

assembly, manufacturing, repair, and maintenance. 

Permabond offers custom formulating 

for unique requirements. Products are 

sold worldwide through authorized distributors. 

ISO 9001:2008. For information please 

visit our website. 

Pittsburgh Glass Works LLC 

3255 W Hamlin Rd 

Rochester Hills, MI 48309 

United States 

www.glass.com 

Booth: 342 

Pittsburgh Glass Works is a global leader 

in OEM and replacement automotive 

glass with extensive breadth of high 

quality products and customer service. 

PGW’s business comprises engineering 

development and application of 

sophisticated automotive glazing 

technologies to help our customers meet 

the ever changing market requirements. 

Please visit our website. 

Plasmo USA LLC 

44160 Plymouth Oaks Blvd 


United States 

www.plasmo-us.com 

Booth: 1334 

Plasmo USA LLC is a manufacturer of 

quality assurance solutions for automated 

metalworking production processes. Since 

2003 we offer a combination of fast, accurate 

high-tech products to improve the 

laser welding process of our customers. 

We also offer the right software, personal 

service and our full range of manufacturing 

expertise. 

Programming Research Inc 

470 Atlantic Avenue 

Independence Wharf 

Fourth Floor 

Boston, MA MA 02 

United States 

www.programmingresearch.com/ 

Booth: 508 

Since 1985, PRQA has pioneered software 

coding governance in the automotive, aerospace, 

transport, finance, medical device 

and energy industries. Supporting both 

small start-ups and globally recognized 

brands, we provide sophisticated code analysis, 

robust defect detection and enforcement 

of both bespoke and industry coding 

standards through functional integrity and 

application security/safety. 



PROMEXICO 

Camino a Santa Teresa 1679 

Mexico DF 01900 

Mexico 

www.promexico.gob.mx 

Booth: 1323 

PROMEXICO is a trust fund of the Mexican 

Government óa subdivision of the Ministry 

of Economyóthat promotes international 

trade and investment. 

Bronze Sponsor 

Proto Labs 

5540 Pioneer Creek Dr 

Maple Plain, MN 55359 

United States 

www.protolabs.com 

Booth: 1335 

Proto Labs is the world’s fastest source for 

custom prototype and low-volume parts. 

Our professional 3D printing, CNC machining 

and injection molding services use proprietary 

computing technology and automated 

systems to produce quality parts in 

a range of metal, plastic and liquid silicone 

rubber materials within days. 

Proto Manufacturing 

12350 Universal Dr 

Taylor, MI 48180 

United States 

www.protoxrd.com 

Booth: 706 

Q 

Quantum Analytics 

3400 E 3rd Ave 

Foster City, CA 94404 

United States 

www.lqa.com 

Booth: 303P 

Quantum Analytics provide a 

portfolio of Analytical Instrumentation 

(Chromatography, Mass Spectrometry, 

Infrared Spectroscopy, Metrology) for 

the Research & Development as well 

as Quality Control applications for the 

Automotive Tier 1, Tier 2 and the Tier 3 

suppliers. For more information, visit our 

website. 

Quantum Evm Limited 

41 Tsun Yip St Kwun Tong 

Kowloon 

Hong Kong 

www.ultrtech.com.hk 

Booth: 1048 

Quantum EVM’s has extensive experience 

in the automotive component industry. 

We manufacture Permanent Magnet 

Motor and Variable Frequency Drive for 

pure electrical vehicle, series or parallel 

hybrid vehicle. Our PMSM provide higher 

torque and lighter weight than most 

Induction Motor solution. Our product 

range from 80Kw system for small vehicle 

to 300Kw system for large highway 

vehicles. 

R 

Rausch & Pausch LP 

2450 Paul Parks Ln 

Auburn, AL 36832 

United States 

www.rapa.com/en/ 

Booth: 1336 

RAPA is a long time technology partner of 

the automotive industry, focused on innovation 

in valve manufacturing. It is a family 

owned company with almost 100 years of 

engineering partnerships and manufacturing 

experience. And now, we are located in 

the United States! 

Rheinfelden ALLOYS GmbH & Co Kg 

Friedrichster 80 

Rheinfelden D-79618 

Germany 

www.rheinfelden-alloys.eu 

Booth: 1343 

Rheinfelden ALLOYS GmbH & Co. KG specializes 

in developing, customizing, producing 

and selling hi-tech aluminum casting 

alloys. 75% of the aluminum casting alloys 

made, are supplied into the automotive 

industry. Throughout the European premium 

car makers the alloys Silafont-36, 

Magsimal-59 and Castasil-37 can be 

found. These alloys were developed in 

the RHEINFELDEN Tech Center and are 

applied for light weight applications of passenger 

cars, such as space-frame-nodes, 

sub-frames, suspension control arms, door 

frames, engine mounts, gear box housings, 

convertible roof components and others. 

Gold Sponsor 

Ricardo Inc 

40000 Ricardo Dr 

Van Buren Twp, MI 48111 

United States 

www.ricardo.com 

Booth: 949 

Ricardo is a global engineering and strategic, 

technical and environmental consultancy 

with a value chain that includes 

the niche manufacture and assembly of 

high-performance products. Our ambition is 

to be the world’s pre-eminent brand in the 

development and application of solutions to 

meet the challenges in the transportation, 

energy and scarce resource sectors. 

Gold Sponsor 

Ricardo Software 

40000 Ricardo Dr 

Van Buren Twp, MI 48111 

United States 

www.software.ricardo.com 

Booth: 949 

Ricardo Software has been delivering innovations 

in computer aided engineering for 

more than 20 years. Our comprehensive 

suite of fluid and mechanical software tools 

provides analysis solutions for powertrain 

and vehicle development, from concept 

through to detailed design. In addition, our 

IGNITE tool provides complete vehicle performance 

and fuel economy simulation. 

S 

Saati Americas Corp 

201 Fairview Street EXT 

Fountain Inn, SC 29644 

United States 

www.saati.com 

Booth: 324 

Saati produces precision woven fabrics and 

components in polyester, polyamide, and 

polypropylene for filters of every type and 

use. Products are for medical, pharmaceutical, 

diagnostics, automotive, appliances, 

and acoustics applications. With Class 

10,000 cleanrooms in accordance with UNI 

ISO 9001 regulations and certified to USP 

Class VI, Saati creates innovative, customized 

solutions. 


213


SAE International Mobility History 

Committee 



United States 

Booth: 1249 

The Mobility History Committee (MHC) 

is displaying vehicles and product referenced 

in the presentations made in the 

MHC Session on Tuesday afternoon. The 

displays offer significant historical interest 

reflected both in the people involved and 

in the product. Our mission is to show that 

a good understanding of the past clarifies 

the present and helps guide the future. 

Note that at 11:00 on Tuesday, April 12, 

Mark Gesseler from the Historic Vehicles 

Association/HVA will be on the MHC booth 

to speak - alongside the car - about the 

purpose and adventure of the Model T 

cross-country trek undertaken successfully 

in 2015. 

Samjin Jeonggong Co Ltd 

68 Daeheung1-gil Seongnam-myeon 

Chungnam-Do 330-891 

South Korea 

www.samjinnut.co.kr 

Booth: 211 

SAMJIN JEONGGONG CO., LTD. - 

Established Year: 1973, - Turnover in 2015: 

US$165Mil., - Main Products: Steel nuts and 

forged parts(Hot/Cold), - ISO/TS-16949, 

ISO-14001, OHSAS-18001 For more information, 

please visit our website. 

Sandvik Materials Technology 

Conexus 2115 

Sandviken 81181 

Sweden 

www.smt.sandvik.com 

Booth: 435 

Sandvik Materials Technology is a business 

area within the Sandvik Group and a worldleading 

manufacturer of high value-added 

products in advanced stainless steels, special 

alloys, as well as metallic and ceramic 

resistance materials for the most demanding 

industries. Its cutting-edge expertise is 

based on an integrated production platform 

and world-leading metallurgy and R&D. 

Sato Shoji Corporation 

16F Trust Twr N 1-8-1 Marunouchi 

Chiyoda-Ku Tokyo 1008285 

Japan 

Booth: 434 

Sato-Shoji Corporation was founded 

in February 1930. We deal with Iron & 

Steel, Non-ferrous metals, Electronic 

materials, machines and lifestyle goods 

in Japan and Asia. Since LA office was 

opened in 2015, Sato-Shoji would have 

more business opportunity in USA. 

EGR(Exhaust Gas Recirculation) Cooler 

is very important item in automotive 

environmental field, since it helps EGR 

Cooling System to reduce NOx (nitrogen 

oxide) in exhaust gas and reduction of 

fuel consumption. 

Satyam Venture Engineering Services 

850 Stephenson Hwy 


United States 

www.satyamventure.com 

Booth: 337 

Satven is a leading truly global automotive 

engineering bureau that caters to the varied 

& complex design & engineering needs of 

the automotive industry. Satven provides 

comprehensive solutions that cover a wide 

range of engineering activities, including 

but not limited to product design & development, 

full vehicle crash, NVH, durability, 

VA/VE, Dimensional Management, sourcing, 

manufacturing engineering, myriad nonlinear 

and linear FEA, competitive benchmarking, 

KBE, and CFD. 

Schock Metal America Inc 

1230 Scholastic Way 

Chesapeake, VA 23323 

United States 

www.schockmetal.com 

Booth: 1343 

Schock Metal stands for precision in 

ball bearing slides and special profiles. 

Therefore, we understand ourselves as 

engineering specialists for roll formed components 

and sliding systems in the automotive 

industry. They are used for linear movement 

technology or as structural elements. 

Schock special profiles are the cost-efficient 

solution for designing individual assemblies 

for car bodies and bumpers, as well as 

window, door and roof systems. Areas of 

application for the components we supply 

include:ï Dashboards, ï Center consoles. ï 

Seating systems, ï Trunk interior 

Sekisui S-LEC America LLC 

1200 Rolling Hills Ln 

Winchester, KY 40391 

United States 

www.s-lec.us 

Booth: 1128 

Sekisui S-Lec Interlayer PVB Films lead 

the global laminated glass market for the 

automotive and architectural segments. The 

S-Lec films offer a variety of valuable performance 

benefits, including: sound control, 

solar control, and Heads Up Display (HUD) 

operation. Sekisui’s innovative technologies 

expand glass functionality, enhancing passenger 

comfort, security and safety. 

SEOHAN 

163 Hyundai Fire Insurance Co Bldg Sejon 

Jongno-gu Seoul 03183 

South Korea 

www.seohan.com 

Booth: 309 

Seohan is major chassis part supplier of 

Hyundai(Kia) motor company in Korea, 

North America, Mexico and Brazil. Now 

we propose new products of competitive 

price and reliable quality to global 

customers. 

Seojin Automotive Co Ltd 

313 Gongdan 1 daero 

Siheung 15078 

South Korea 

www.secoautomotive.com 

Booth: 115 

Seojin Automotive, founded in 1966, has 

continuously pursued the development in 

its clutch system and auto transmission 

components in the present decade. We 

acquired TS 16949 certification through 

strict quality control for its products. We 

aim to provide products that generate 

the great possible value added for vehicle 

manufacturers and customers. 

Seoul Industry Engineering Co 

589 Sampae-dong 

Namyangju-si Gyeonggi-do 472-050 

South Korea 

www.seoulcorea.com 

Booth: 1314 

Seoul Industry Engineering Co., Ltd( SIE )in 

South Korea offers heavy duty Turbocharger 

Test System, EGR Test System and State Of 

The Art Portable Air Flowmeter. SIE is well 

equipped to fulfill your testing requirement 

with our own technology. 



Shilla Industrial Co Ltd 

14 Jaingongolan 1-ro Jain Myeon Kyungsan 

Gyeongsangbuk-do 712-851 

South Korea 

www.shillaind.co.kr 

Booth: 310 

Shilla Industrial Co., Ltd is a specialized 

manufacturer for Automotive part especially 

for various kind of Coil Assembly and EGR, 

Bellows and Solenoid. All the product are 

produced by in-house process that makes us 

very competitive supplier in price and quality. 

Shinhan Precision Ind Co Ltd 

93 Seongseo-ro Daiseo gu 

Daegu 704-801 

South Korea 

www.shinhankorea.com 

Booth: 209 

Shinhan Precision is a global leader in 

fine-blanking press technology, worldwide 

offering high quality products to GM global 

plants and several Tier1 customers in the 

field of Auto Transmission, Dual Clutch 

Transmission, Transfer Case, Seat Parts, and 

A/C compressor parts. 

Shinpyung Industry Co Ltd 

33 Hwajeonsandong 5 ro 84 Beon-gil 

Gangseo-gu Busan 618280 

South Korea 

www.spanto.co.kr 

Booth: 215 

We are SHINPYUNG INDUSTRY CO,.LTD. 

We are the automotive component manufacturer 

engaged in various applications 

for Transmission, Axle & Engine parts. with 

20years of technical know-how and experience 

at smart factory. 

Simerics Inc 

1750 112th Ave Ste C250 

Bellevue, WA 98004 

United States 

www.simerics.com 

Booth: 514 

CFD software developed and licensed by 

Simerics, Inc., can solve a broad range of flow 

and thermal applications across industries. 

Areas of strength include cavitation, aeration, 

volume of fluid, narrow gaps, transient 

flows, conjugate heat transfer and fluid-solid 

interaction. Advantages include significantly 

lower problem setup and run times. 

Sindo High Tech 

35 Seongseogongdan ro 4 gil 

Daegu-si 704-900 

South Korea 

www.sindokorea.com 

Booth: 308 

SINDO HIGH TECH CO., LTD. is a cold forging 

automobile parts manufacturer with 

30 years history. For example, Inner rod, 

Suspension shaft, Reaction shaft, Mounting 

pipe, Inner bush, bolt and bearing etc. with 

80ton~900ton former and press. We are 

also handling various kinds of material, 

Steel, Aluminum, Copper and SUS as well 

as Titanium. 

Sinocat Environmental Protection Co 

Ltd 

No 88 Gunan Rd 

Chengdu Sichua 611731 

China 

www.sinocat.com.cn 

Booth: 425 

Sinocat environmental technology Co.,Ltd. 

is a National Torch Plan Key High-tech 

Enterprise specializing in development, manufacture 

and sales of catalyst. Sinocat sees 

catalytic technology as core, focus on the 

catalyst for gasoline fuel engine, diesel fuel 

engine and CNG/LNG/LPG fuel engine and 

other alternative fuel engine. This environmental 

protection product, by our independence 

intellectual property right, governing 

the vehicle exhaust and industrial gas pollution, 

developed with the rare earth resources 

in China, can significantly reduce polluting 

gases emissions of CO, HC, NOx, and PM. 

SPAL USA 

1731 SE Oralabor Rd 

Ankeny, IA 50021 

United States 

www.spalusa.com 

Booth: 408 

SPAL manufacturers DC axial cooling fans 

and centrifugal blowers with an emphasis 

on sealed brushless motor technology for 

the global OEM market. SPAL provides 

value for the automotive, truck, bus, offhighway, 

stationary, ATV, military and other 

markets including EV, Hybrid and Battery 

cooling applications, providing the highest 

quality products available. 

Spirent 

Aspen Way 

Paignton Devon TQ4 7QR 


http://www.spirent.com/Newsroom/ 

Events/Event%20Listing/2016/04/2016_ 

SAE-World-Congress 

Booth: 814 

To meet the growing need to ensure new 

systems deliver outstanding user experiences, 

Spirent is working with a range of 

customers to verify infotainment, ADAS, 

connected car and other new features work 

safely and effectively to exceed OEM brand 

promise. Find out more on Booth: 814, or 

at our website. 

Stevens Institute of Technology 

School of Systems & Enterprises 

1 Castle Point on Hudson 

Hoboken, NJ 07030 

United States 

stevens.edu/sse 

Booth: 1437 

The School of Systems and Enterprises 

(SSE) at Stevens Institute of Technology is 

a leading institution in systems innovation 

and research. Tailored to working professionals, 

SSE offers graduate certificate and 

degree programs to meet the challenges of 

designing and delivering safe, reliable, complex 

cyber-physical solutions. 

Stratasys Inc 

5 Fortune Dr 

Billerica, MA 01821 

United States 

www.stratasys.com 

Booth: 501 

Stratasys is shaping our world. Our trusted 

3D printing solutions widen the path of 

innovation, empowering leading manufacturers 

and groundbreaking designers, makers, 

thinkers and doers. By moving quickly 

from idea to solid object, our customers 

untangle complexity and uncover solutions 

with the speed and urgency our world 

demands. 

SUHNER Manufacturing Inc 

43 Anders Rd SW 

Rome, GA 30165 

United States 

www.suhner.com 

Booth: 404P 


215


Synergeering Group, LLC 

25335 Interchange Ct 


United States 

www.RapidNylon.com 

Booth: 807 

Synergeering Group is a direct service 

provider for their exclusive RapidNylon®; 

large, fully-functional rapid prototype parts, 

delivered in just days. Using modified Laser 

Sintering technology & GF-Nylon material, 

parts have the highest level of accuracy & 

durability. Parts are air tight, insoluble to 

chemicals & heat tolerant up to 140°C. 

Syn-Tech Ltd. 

1550 W Fullerton Ave Ste G 

Addison, IL 60101 

United States 

www.syn-techlube.com 

Booth: 523 

Syn-Tech ltd. is a world leader in the formulation 

and manufacture of high performance 

and specialty lubricants. 

T 

Taizhou Xinyu Precision Manufacture 

Co 

9177 Crossgar Terrace Ct 

US Office 

Lewisville, NC 27023 

United States 

www.xinyu-tam.com 

Booth: 1150 

Taizhou is a precision investment casting 

facility with TS16949 quality standard. We 

supply the auto, mining, electrical and aerospace 

industries globally. 

The Federation 

42 South St 

Hopkinton, MA 01748 

United States 

http://www.emcfederation.com/ 

Booth: 402P 

EMC, Pivotal, RSA, VCE, Virtustream, and 

VMware form a unique Federation of strategically 

aligned businesses, each focused and 

free to execute individually or together. The 

Federation provides customer solutions and 

choice for the software-defined enterprise 

and the emerging “3rd platform” of mobile, 

cloud, big data and social, transformed by 

billions of users and millions of apps. 

The Lee Company 

2 Pettipaug Rd 

Westbrook, CT 06498 

United States 

www.leeimh.com 

Booth: 522 

The Lee Company designs and manufactures 

a complete range of miniature, precision 

fluid control products for use in automotive 

and off-highway vehicle hydraulic 

and fuel systems. Products on display 

include miniature check valves, pressure 

relief valves, shuttle valves, calibrated flow 

orifices, safety screens, flow controls and 

Betaplug® expansion plugs. 

Tianjin Tanhas Technology Co Ltd 

No 5 Jinhai Rd Jinghai Dev Zone 

Tianjin 301600 

China 

www.tanhas.com 

BOOTH 451 

Executive Leadership Company 



8777 Platt Road 

Saline, MI 48176 

United States 

toyota.com 

Booth: 901 

Toyota, the world’s top automaker and 

creator of the Prius and the Mirai fuel cell 

vehicle, is committed to building vehicles 

for the way people live through our Toyota, 

Lexus and Scion brands. Over the past 50 

years, we’ve built more than 30 million cars 

and trucks in North America, we operate 14 

manufacturing plants and directly employ 

more than 42,000 people. 

Transportation Research Center Inc 

10820 State Route 347 

East Liberty, OH 43319 

United States 

www.trcpg.com 

Booth: 614 

TRC Inc. specializes in research and testing 

services, conducting brake, crashworthiness, 

durability, fuel economy, handling, and 

performance testing at the independent 

automotive proving ground. TRC Inc. collaborates 

with The Ohio State University to 

develop future mobility solutions for passenger 

and commercial vehicles, including 

autonomous and active safety technologies. 

Transtek Magnetics, Inc 

1900 W Grant Rd 

Tucson, AZ 85745 

United States 

www.transtekmagnetics.com 

Booth: 800 

Transtek Magnetics, Inc. is a global supplier 

of magnetic components based in Tucson 

AZ. Transtek has branch and representation 

offices in China, Hong Kong, Taiwan, Korea 

and Japan. Transtek’s products are built and 

designed to meet customer’s specifications 

and stringent industry standards for quality 

and production. 

Trensor LLC 

111 Pacifica Ste 130 

Irvine, CA 92618 

United States 

www.trensor.com 

Booth: 1315 

Trensor designs and manufactures pressure 

and pressure/temperature combination sensors. 

In addition to offering products that 

solve current market issues, Trensor proudly 

offers customized solutions for automakers 

and their tier partners. Trensor’s unique 

pressure and pressure/temperature products 

eliminate excess system components, 

improve reliability, enhance stability and 

drive cost reductions for our customers. 

Tru Vue, Inc. 

2150 Airport Drive 

Faribault, MN 55021 

United States 

www.tru-vue.com 

Booth: 415 

Tru Vue Engineered Optics specializes in 

manufacturing anti-reflective coatings for 

glass and plastic substrates used in display 

applications. The coating, called Vista 

AR, is engineered for demanding optical 

requirements, with leading durability and 

haptic properties. The coating is applied 

via magnetron sputtering and producible in 

large volume and size capabilities. 



Trusted Computing Group 

3855 SW 153rd Dr 

Beaverton, OR 97003 

United States 

www.trustedcomputinggroup.com 

BOOTH TECH HUB 

The Trusted Computing Group 

(TCG) develops and promotes open 

specifications based on a hardware 

root of trust for computing platforms 

including embedded systems and the 

IoT. Its industry standard (ISO) TPM 

specifications are used in billions of 

devices, and other TCG specifications 

for secure networks and self-encrypting 

drives are implemented widely. TCG has 

recently published a profile for use of the 

TPM in auto security applications. More 

information is at our website. 

Truwin 

385 Expo-ro Yuseong-gu 

Doejeon 

South Korea 

Booth: 210 

We specialize in Automotive Displacement 

Sensors and Actuators. We design, develop 

and manufacture products (sensors, actuators, 

and controllers) for all automobile and 

truck applications. 

TwintecBaumot Group 

Eduard-Rhein-Strasse 21-23 

Koenigswinter D53639 

Germany 

www.twintecbaumot.de 

Booth: 628 

Twintec is a leading provider of products 

for the after-treatment of exhaust gases, 

such as highly efficient SCR systems for low 

temperature applications reducing nitrogen 

oxide emissions as well as active and 

passive diesel particulate filters, both for 

fitting at manufacturers and for retrofitting 

on existing vehicles. The solutions are used 

for various applications, including in agricultural 

machines, construction equipment, 

light and heavy-duty utility vehicles and 

passenger cars. 

U 

Unique Fabricating Inc 

800 Standard Pkwy 


United States 

Booth: 1049 

Unique Fabricating (NYSE: UFAB) and 

LINE-X showcase a Super Sport Utility 

Concept Vehicle that demonstrate grownbreaking 

cost and weight saving components 

from Unique Fabricating and 

advanced protective coatings from LINE-X. 

The partnership targets the goal of reducing 

weight and showcasing new technologies. 

Unique Fabricatings TwinShape foam 

air duct technology reduces part weight an 

average of 80% and offers improved performance. 

Univ of Detroit Mercy 

4001 W McNichols Rd 

Detroit, MI 48221 

United States 

www.udmercy.edu 

Booth: 304P 

University of Detroit Mercy is Michigan’s 

largest and most comprehensive 

Catholic university. Among more than 

a dozen distinct academic programs in 

Engineering, Science and Mathematics, 

the College of Engineering and Science 

has three professional programs geared 

towards practicing engineers in the areas 

of product development, electric vehicles 

and engineering management. 

V 

Velodyne LiDAR 

345 Digital Dr 

Morgan Hill, CA 95037 

United States 

www.velodynelidar.com 

Booth: 642 

Velodyne LiDAR, Inc. has emerged as the 

leading developer, manufacturer and supplier 

of high performance LiDAR sensors used 

in a variety of applications including autonomous 

vehicles, 3D mapping, security and 

defense. The durability, 360-degree field of 

view and high data rate make these sensors 

ideal for the most demanding applications. 

Visit Anchorage 

524 W 4th Ave 

Anchorage, AK 99501 

United States 

www.anchorage.net 

Booth: 1435 

Visit Anchorage - Let us help you plan your 

next conference for 10 - 2500 attendees. 

Excellent meeting facilities, hotels and the 

wilderness is your back yard. Our services 

are complimentary. Stop by Booth: 1435 to 

learn about how you may qualify for a complimentary 

site inspection. Come and meet 

your Alaska Connection. 

Visual Components North America 

2633 S Lapeer Rd Ste G 

Orion, MI 48360 

United States 

www.visualcomponents.com 

Booth: 103 

Voestalpine Steel Division 

Voestalpine Strasse 3 

Linz 4020 

Austria 

www.voestalpine.com/steel 

Booth: 1328 

The voestalpine Group is an innovative global 

conglomerate specialized in the development 

and manufacturing of unique steel 

products and parts serving primarily the 

automotive, household appliance, electrical, 

manufacturing technology and oil, gas and 

alternative energy industries. Comprising 

approximately 500 manufacturing and 

distribution entities in 60 countries on five 

continents, the voestalpine Group is a world 

market leader in rail and turnout technology, 

tool steel and pipes and profiles. 


217


W 

Wacker Chemical Corp 

3301 Sutton Rd 

Adrian, MI 49221 

United States 

wacker.com 

Booth: 1223 

WACKER is a globally-active chemical 

company with annual sales around €4.83 

billion (2014) with over 65-years of experience 

in silicone technology. Products range 

from silicones for automotive, transportation, 

aerospace and many other diverse 

industries, binders and polymer additives to 

bioengineered pharmaceutical actives and 

hyperpure silicon for semiconductor and 

solar applications. 

WARDSAUTO 

3000 Town Ctr Ste 2750 


United States 

www.wardsauto.com 

Booth: 1423 

Woelfel Engineering GmbH + Co. KG 

Max Planck Str 15 

Hoechberg 97204 

Germany 

www.woelfel.de 

Booth: 1214 

Seating comfort is an important distinguishing 

feature for automobile manufacturers. 

But how can comfort be measured for 

objective and comparative assessment? 

How can comfort be predicted before 

manufacturing expensive seat prototypes? 

Wölfel offers tools making seating comfort 

measurable, assessable and predictable: the 

dummy MEMOSIK® and the virtual occupant 

model CASIMIR. 

WWJ Newsradio 950 

26455 American Dr 


United States 

www.cbsdetroit.com 

Booth: 1443 

WWJ Newsradio 950 is Detroit’s award winning 

ONLY all-news radio†station and is live, 

local and committed to providing metro 

Detroiters the place to turn for up-to-theminute 

news, traffic and weather on the 8s, 

24 hours-a-day. 

See our ad on page 6 

Y 

Youngshin Precision Co Ltd 

Gyeoung Buk Cheon Buk Myeon 

Gyeong Ju Si 780872 

South Korea 

www.ys-kr.com 

Booth: 208 

As one of the global leading manufacturers 

& exporters, We Youngshin Precision Co., 

Ltd. have been producing & supplying the 

Automotive OEM products such as Electric 

Oil Pump for ISG (Idle Start & Stop) System, 

Continuously Variable Engine Oil Pump, 

Electric Water Pump, The Actuator for AWD 

(All Wheel Drive),Electronic Vacuum Pump 

(EVP) and Power Steering Oil Pump etc. 

Yutaka Giken Co Ltd 

508-1 Yutaka Cho, Higashi Ku 

Hamamatsu 4313194 

Japan 

www.yutakatech.co.jp 

Booth: 1414 

The Yutaka Group - expanding globally 

under the banner “Clean for the Future.” 

We present the Heat Collector and EGR 

Cooler, which are brand new products created 

based on our 30 years of experience 

and unquestionable technologies. 

Z 

Zeiss Industrial Metrology6250 

Sycamore Ln N 

Maple Grove, MN 55369 

United States 

www.zeiss.com/metrology 

Booth: 305P 

ZEISS Industrial Metrology is a leader in 

CNC coordinate measuring machines and 

complete solutions for multidimensional 

metrology in the metrology lab and production. 

The company is a recognized partner 

to the automotive industry and its suppliers. 

2,400 employees from manufacturing 

sites in four countries and more than 100 

sales and service centers supply customers 

around the world. 

UNIVERSITY DISPLAYS 

Milwaukee School of Engineering 

233 E Juneau Ave 

Milwaukee, WI 53202 

United States 

Booth: U1 

Univ of Maine Clean Snowmobile Club 

5711 Boardman Hall # 219 

Orono, ME 04469 

United States 

https://sites.google.com/site/ 

umcleansnowmobile/ 

Booth: U3 

University of Detroit 

4001 W McNicolas Rd 


United States 

Booth: U2 

VEHICLE DISPLAYS 

AAM - American Axle & Manufacturing 

1 Dauch Dr 


United States 

www.aam.com 

Booth: LOBBY1 

For over 20 years, vehicle manufacturers 

around the world have entrusted AAM to 

design, engineer and manufacture driveline 

systems for their vehicles. Over that time, 

we’ve delivered innovative technologies 

and solutions that are smarter, smaller, 

lighter, electric, more powerful and more 

efficient. We’re in the business of Delivering 

POWER that keeps the world moving. To 

learn more, visit our website. 

See our ad on inside front cover 

University of Michigan Solar Car Team 

2603 Draper Dr 


United States 

umsolar.com 

Booth: Atrium 

Since 1990, the University of Michigan Solar 

Car Team has been designing, building, and 

racing America’s best solar vehicles. With 8 

National Championships, 5 Top-3 World finishes, 

and 1 international championship, we 

are America’s number one team. Our team’s 

legacy of excellence has been upheld over 

its history. 



CAREER FAIR 

AAM - American Axle & Manufacturing 

1 Dauch Dr 


United States 

Adecco Engineering & Technology 

30700 Telegraph Rd Ste 1510 

Bingham Farms, MI 48025 

United States 

Aerotek 

800 Tower Dr Ste 700 


United States 

Aisin Technical Center of America / 

Aisin World Corp. of America 



United States 

Located in the Atrium 

Bertrandt US 

1775 W Hamlin Rd 

Rochester Hills, MI 48309 

United States 

dSPACE Inc 

50131 W Pontiac Trl 

Wixom, MI 48393 

United States 

Exponent 

149 Commonwealth Drive 

Menlo Park, CA 94025 

United States 

FCA 

1000 Chrysler Dr 


United States 


21500 Oakwood Blvd 


United States 

Fujitsu Ten Corp of America 

30155 Hudson Dr 


United States 


100 Renaissance Ctr 


United States 

GTA Professional Staffing 

1 Parklane Blvd Ste 200 E 


United States 

HUSCO International 

2239 Pewaukee Rd 

Waukesha, WI 53188 

United States 

Hyundai America Technical Center, 

Inc. (HATCI) 

6800 Geddes Rd 

Superior Township, MI 48198 

United States 

Karma Automotive LLC 

2975 Red Hill Ave 

Costa Mesa, CA 92626 

United States 

Mitsubishi Motors R&D of America Inc 

3735 Varsity Dr 


United States 

NSI International Ltd 

600 Wilshire Dr 


United States 

Nexteer Automotive 

3900 Holland Rd 

Saginaw, MI 48601 

United States 

Panasonic Automotive Systems 

Company of America, Division of 

Panasonic Corporation of North 

America 

37101 Corporate Dr 


United States 

Robert Bosch LLC 

38000 Hills Tech Dr 


United States 

Saudi Aramco 

9009 West Loop South 

Houston, TX 77096 

United States 

Shape Corp 

1900 Hayes St 

Grand Haven, MI 49417 

United States 

Standard Motor Products Inc 

37-18 Northern Blvd 

Long Island City, NY 11101 

United States 

The PAC Group 



United States 

Toyota Motor Engineering & Mfg 

NA Inc. 

8777 Platt Road 

Saline, MI 48176 

United States 

Univ of Michigan Integrative Systems 

& Design 

2401 Plymouth Rd Ste A/B 


United States 

Univ of Michigan-Dearborn College of 

Engineering & Computer Science 

4901 Evergreen Rd 


United States 

Valeo 

150 Stephenson Hwy 


United States 

Venteon Technical 



United States 

Volkswagen Group of America 

8001 Volkswagen Dr 

Chattanooga, TN 37416 

United States 

ZF North America 



United States 

AD INDEX 

Company Booth# Page Web Address 

AAM - American Axle & Manufacturing Lobby 1 Inside Front Cover www.aam.com 

BASF none Back Cover www.basf.com 

EASi 602 4 www.easi.com 

Eastman Chemical Company 535 Inside Back Cover www.eastman.com 

WWJ 1443 6 www.cbsdetroit.com 


219



SAE 2016 WORLD CONGRESS 


POWERING POSSIBILITIES 


Cobo Center, Detroit, MI, USA 

THANK YOU 

SAE International would like to 

acknowledge the 7,500+ volunteers for 

helping to make 270+ Technical Sessions 

possible at SAE 2016 World Congress. 

Thank you for helping make this event 

a success! 



P166813


1

We create 

169 Jayumuyeok 3-gil Masanhoewon-gu 

A 

chemistry 

Changwon 51338 

AAM - American Axle & Manufacturing South Korea 

1 Dauch Dr 

Booth: 111 

that 


makes 

Addtec is a major company in the field 

United States 

of air conditioning parts and electronic 

www.aam.com 

components for vehicles. The company is 

more 

Booth: LOBBY1 

power 

growing into an international company specialized 

in automotive air conditioning parts 

For over 20 years, vehicle manufacturers by developing and manufacturing parts 

around the world have entrusted AAM to like HVAC ACTUATOR, PTC PRE HEATER, 

love 

design, engineer and 

a 

manufacture 

cleaner 

driveline CONTROL as its main products. 

systems for their vehicles. Over that time, 

weíve delivered innovative technologies Advanced Engine Dynamics 

drive. 

and solutions that are smarter, smaller, 7260 W Azure Dr 

lighter, electric, more powerful and more Las Vegas, NV 89130 

efficient. Weíre in the business of Delivering United States 

POWER that keeps the world moving. To 

Booth: 515 

learn more, visit our website. 

Advanced Engine Dynamics Corp designs 

ACE-Durham Region 

highly efficient internal combustion engines. 

2000 Simcoe St N 

Its compact barrel engine designs deliver 

Oshawa, Ontario L1H 7K4 

high torque and greater thermal efficiency 

Canada 

when compared to conventional engine 

designs. The company’s engine technology 

is particularly suited to large commercial 

and industrial applications. The ability to 

realize high compression ratios is another 

hallmark of our company’s technology. A 

feature that enables greater efficiency and 

lower emissions through the use of dualfueling 

systems such as a combination of 

natural gas and pilot diesel oil. 

www.ace.uoit.ca 

Booth: 516 

The ACE research and testing facility offers 

chambers and technology for climatic, 

structural durability and life-cycle testing. 

Facilities include one of the largest and most 

sophisticated climatic wind tunnels (CWT) 

on the planet. In the CWT, wind speeds can 

reach 300 kilometres per hour with temperatures 

that range from -40 to +60∞C. 

With our solar arrays and storm generators 

we can create any weather conditions imaginable, 

from sweltering jungle downpours 

to the paralyzing cold of an arctic storm. 

We use these chambers to test automotive 

and aerospace products, to improve the 

performance of elite athletes and to provide 

services to many other markets, including 

the Unmanned Aerial Vehicle industry, high 

performance sport testing, and motorsports. 

ACE is available for rent to clients from any 

industry who are seeking climatic testing 

capabilities to bring their ideas into a proof 

of concept or market readiness. The facility 

is suitable for a wide range of testing needs; 

it can subject test products to severe wind, 

humidity, snow, icing or desert heat. Clients 

can rent the entire facility, specific chambers, 

offices, laboratories or conference rooms 

at a globally competitive hourly rate. ACE 

fosters an environment for collaboration and 

interaction between industry, researchers 

a and more students. attractive way to travel. 

Advantage Austria 

500 N Michigan Ave # 1950 


United States 

www.advantageaustria.org/us 

Booth: 1328 

ADVANTAGE AUSTRIA ñ the Austrian 

Trade Commissions in the U.S. located in 

New York (head office; with branch offices 

in Washington D.C. and Atlanta), Chicago 

and Los Angeles. We offer Austrian and 

Austrian-funded businesses in the U.S. a 

wide array of information and individual 

consulting services and support their industry 

specific business efforts. 

The price of increased mobility is higher emissions. While people won’t 

be slowing down any time soon, chemistry is getting AdvanTech us from A International 

to B 

with a cleaner footprint. BASF improves the ecological 1600 impact Cottontail of cars Ln in Ste 3 

many different ways. Like performance materials that 

Somerset, 

reduce weight 

NJ 08873 

to 

increase fuel effi ciency and catalysts to reduce emissions. 

United States 

Or coatings 

that reduce a vehicle’s temperature and shortened processes 

www.advantechinternational.com 

that reduce 

the carbon footprint. We also produce materials that give electric car 

batteries a higher energy capacity, to ensure that e-mobility 

Booth: 

is 

334 

becoming 

Advantech International, established in 1951 

as an international trading and development 

company, partners with world To Addtec learn more Co Ltd visit automotive.basf.com 

class 

manufacturers to deliver engineered components 

through our strategically located 

global sales, marketing and distribution 

offices. The Vehicle Components Group 

offers cutting edge component solutions 

with precision cold forming, light weight 

high-pressure die casting, hot forging and 

rotational position sensor technologies to 

automotive and motorcycle manufacturers. 


Aisin World Corp of America 



United States 

www.aisinworld.com 

Booth: 901 

Aisin World Corp. of America is the NA 

sales center of the Aisin Group, a $27 billion 

company headed by Aisin Seiki, Japan. 

Michigan has been home to Aisin for 30 

years with sales and R & D facilities in 

Northville Township, Plymouth, Ann Arbor 

and Fowlerville. 

Altair Engineering 

1820 E Big Beaver Rd 


United States 

www.altair.com 

Booth: 1028 

Altair is focused on the development and 

broad application of simulation technology 

to synthesize and optimize designs, processes 

and decisions for improved business 

performance. Privately held with more than 

2,600 employees, Altair is headquartered 

in Troy, Michigan, USA and operates more 

than 45 offices throughout 24 countries. 

Today, Altair serves more than 5,000 corporate 

clients across broad industry segments. 

To learn more, please visit our website. 

Altran Concept Tech Gmbh 

Concept Stra√üe 1 

Gratkorn 8101 

Austria 

www.concept-tech.com 

Booth: 1328 

Concept Tech, part of the Altran group, is a 

leading provider of engineering, simulation, 

testing and test equipment for vehicle passive 

safety, including pedestrian protection. 

Concept Tech innovations are recognized 

in the industry and help clients all over the 

world to develop safer vehicles more efficiently.

SAE 2016 WORLD CONGRESS & EXHIBITION

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