SAE 2012 Heavy Duty Vehicles Symposium
SAE 2012 Heavy Duty Vehicles Symposium
SAE 2012 Heavy Duty Vehicles Symposium
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<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong><br />
<strong>Vehicles</strong> <strong>Symposium</strong><br />
Technologies for High Efficiency &<br />
Fuel Economy<br />
September 30 – October 1, <strong>2012</strong><br />
Rosemont, Illinois, USA<br />
EVENT GUIDE<br />
Includes Final Program<br />
http://www.sae.org/events/hehdv/<br />
P125009
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P120402
What’s inside<br />
Event Overview 2<br />
Exhibitors 2<br />
<strong>Symposium</strong> Organizers 3<br />
General Information 5<br />
Agenda 6<br />
Speaker Biographies 10<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 1
Event Overview<br />
Sunday<br />
September 30<br />
Registration Hours<br />
11:00 a.m. – 5:00 p.m.<br />
Monday<br />
October 1<br />
Registration Hours<br />
7:30 a.m. – 5:00 p.m.<br />
8:00 – 10:00 a.m.<br />
Technical Sessions<br />
10:00 – 10:30 a.m.<br />
Coffee / Networking<br />
10:30 a.m. – 12:00 p.m.<br />
Technical Sessions<br />
12:00 – 1:00 p.m.<br />
Luncheon<br />
1:00 – 2:30 p.m.<br />
Technical Sessions<br />
2:30 – 3:00 p.m.<br />
Coffee / Networking<br />
3:00 – 5:00 p.m.<br />
Technical Sessions<br />
5:00 – 6:00 p.m.<br />
Networking Reception<br />
1:00 – 2:30 p.m.<br />
Technical Sessions<br />
2:30 – 3:00 p.m.<br />
Coffee / Networking<br />
3:00 – 5:00 p.m.<br />
Technical Sessions<br />
5:00 p.m.<br />
Wrap-up / Adjourn<br />
Exhibitors<br />
Evans Cooling Systems Inc<br />
1 Mountain Rd<br />
Suffield, CT 06078<br />
United States<br />
www.evanscooling.com<br />
BOOTH #1<br />
Evans Cooling Systems has a waterless engine coolant<br />
offering environmental advantages unavailable with<br />
traditional water-based coolants. Reducing fuel consumption<br />
and emissions, and avoiding future coolant<br />
disposal are among the benefits achievable with Evans<br />
waterless engine coolant.<br />
Transportation Research Center Inc<br />
10820 State Route 347<br />
East Liberty, OH 43319<br />
United States<br />
www.trcpg.com<br />
BOOTH #2<br />
TRC Inc. specializes in research and development<br />
testing services. Brake, crashworthiness, durability,<br />
fuel economy, emissions, handling, and performance<br />
testing is conducted at the independent automotive<br />
proving ground. Facilities include a 7.5 mile (12.1 km)<br />
test track, 50-acre (20 hectare) vehicle dynamics area,<br />
9,000 ft. x 84 ft. (2723 x 25 m) skid pad, off-highway<br />
area, and crash test facility.<br />
2<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
<strong>Symposium</strong> Organizers<br />
Robert Wagner<br />
Director of the Fuels, Engines and Emissions Research Center<br />
Oak Ridge National Laboratory<br />
Dr. Wagner is the Director of the Fuels, Engines, and<br />
Emissions Research Center, a Distinguished Member of the<br />
technical staff, and serves as the technical lead for engine<br />
combustion and efficiency research at Oak Ridge National<br />
Laboratory. His responsibilities include providing technical<br />
direction and leadership to a diverse research portfolio for<br />
addressing evolving efficiency/emissions challenges in the<br />
transportation sector in support of the DOE Office of Vehicle Technologies. He has<br />
been principal investigator on numerous DOE and industry funded activities related<br />
to combustion, engine controls, thermodynamics, and thermal energy recovery for<br />
conventional and bio-renewable fuel applications. Robert is a member of several<br />
government/industry technical teams and working groups to provide guidance to<br />
DOE in establishing and meeting near- and long-term efficiency goals. Robert is<br />
also a member of the Executive Committee of the DOE U.S.-China Clean Energy<br />
Research Center on Clean <strong>Vehicles</strong> and the Editorial Board of the International<br />
Journal of Engine Research and an Associate Editor of the <strong>SAE</strong> International Journal<br />
of Engines. He has more than 80 technical publications and is often invited to speak<br />
on the topics of engine efficiency, advanced combustion, and engine cyclic dispersion<br />
phenomena.<br />
Joe Redfield<br />
Principal Engineer<br />
Advanced Vehicle Technology Section<br />
Southwest Research Institute<br />
Joe Redfield specializes in energy systems engineering and<br />
has extensive design and project management experience<br />
in the development and application of advanced technologies<br />
for vehicular propulsion systems. At SwRI, Joe manages<br />
and provides engineering leadership to project teams<br />
involved in the development and systems integration of electric,<br />
hybrid, and plug-in hybrid drive trains including parallel and series hybrid configurations,<br />
and advanced vehicular energy storage systems. The vehicles involved<br />
in these projects have included passenger car, heavy duty truck, off road equipment,<br />
and locomotive.<br />
Joe has been at SwRI for 29 years and has both a BS and MS in Electrical<br />
Engineering from the University of Texas at Austin.<br />
<strong>SAE</strong> <strong>2012</strong> Engineering<br />
Meetings Board<br />
Chairperson<br />
Dr. Kamran Rokhsaz<br />
Wichita State University<br />
Vice Chairperson<br />
Dr. Volker Sick<br />
University of Michigan-Ann Arbor<br />
Past Chairperson<br />
Dr. Walter W. Olson<br />
University of Toledo<br />
Members<br />
Air and Space Group (ASG) Chair<br />
H. Robert (Bob) Welge<br />
Robert’s Engineering Development<br />
Land and Sea Group (LSG) Chair<br />
Cornelius N. Opris<br />
Caterpillar Inc.<br />
Service Technology Program<br />
Committee<br />
(STPC) Chair<br />
Kathy Kedzior<br />
Mahle Powertrain, LLC<br />
Sustainable Development Program<br />
Committee (SDPC) Chair<br />
Stephen Landes<br />
Retired<br />
Technical Quality Response Team<br />
(TQRT) Chair<br />
Dr. Pranab Saha, PE<br />
Kolano and Saha Engineers, Inc.<br />
Members-at-Large<br />
David Amirehteshami<br />
The Boeing Company<br />
Joseph J. Barkai<br />
IDC Manufacturing Insights<br />
Prof. Bernard J. Challen<br />
Shoreham Services<br />
Prof. Samir N. Y. Gerges<br />
Federal University of Santa Catraina<br />
Wei-Jian Han, Ph.D.<br />
Ford Motor Company<br />
Alain P. Jablonowski<br />
Robert Bosch LLC<br />
Patrick Leteinturier<br />
Infineon Technologies AG<br />
James C. Miller<br />
Deere & Company<br />
Matthew Newkirk<br />
Afton Chemical Corporation<br />
June Ogawa<br />
The Boeing Company<br />
Gerald S. Shoemaker<br />
Cessna Aircraft Company<br />
Nakia Simon<br />
Chrysler Group LLC<br />
Prof. Richard K. Stobart<br />
Loughborough University<br />
Arnold A. Taube, PE<br />
Deere & Company<br />
Dr. Kamal Kishore C. Vora<br />
ARAI Academy<br />
Secretary<br />
Patti Kreh<br />
<strong>SAE</strong> International<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 3
<strong>Symposium</strong> Organizers<br />
<strong>SAE</strong> INTERNATIONAL<br />
BOARD OF DIRECTORS<br />
OFFICERS<br />
Frank O. Klegon<br />
<strong>2012</strong> President<br />
Richard E. Kleine, EdD<br />
2011 President<br />
Donald G. Hillebrand, PhD<br />
2013 President Nominee<br />
Gregory E. Saunders<br />
Vice President – Aerospace<br />
Mircea Gradu, PhD<br />
Vice President – Automotive<br />
Bharat Vedak<br />
Vice President – Commercial<br />
Vehicle<br />
Ronald G. Rath<br />
Treasurer<br />
Robert Ireland<br />
Assistant Treasurer<br />
David L. Schutt, PhD<br />
Chief Executive Officer<br />
Gregory L. Bradley<br />
Secretary<br />
OFFICERS<br />
Bernard J. Challen, MSc CEng<br />
Wendy Clark<br />
Susan Collet<br />
David J. Gorsich, PhD<br />
Richard Greaves, PhD<br />
Klaus Hoehn, PhD<br />
Yoshio Kawakami<br />
Sandra Krug, PhD<br />
Sun Wing Lui, PhD<br />
Charon Morgan<br />
Victor H. Mucino, DEng<br />
Srinivas R. Srinath, PhD<br />
Robert Sump<br />
David Vasquez<br />
Mark P. Zachos<br />
Terrence Alger<br />
Manager, Advanced Combustion and Emissions Section and Advanced<br />
Vehicle Technology and Hydraulic Vehicle Technology Section Engine,<br />
Emissions and Vehicle Research Division<br />
Southwest Research Institute<br />
Dr. Alger’s formal training is in Mechanical Engineering with an<br />
emphasis on Thermal/Fluids Systems. He graduated from the<br />
United States Military Academy as a Distinguished Cadet in<br />
1992 and commissioned as a 2nd Lieutenant in the US Army<br />
Corps of Engineers, where he served five years before beginning<br />
graduate studies at The University of Texas at Austin. Both his master’s thesis<br />
and doctoral dissertation focused on optical investigations in a direct injection gasoline<br />
engine to determine the effect of flow fields and other engine parameters on fuel/air<br />
mixing, emissions and performance.<br />
Dr. Alger previously worked at Ford Motor Company’s Research and Advanced<br />
Engineering Division where he developed several new diagnostic capabilities, including<br />
PIV based turbulence measurements, a Spontaneous Raman Scattering residual<br />
diagnostic and a method for using a borescope to take flow field measurements. He<br />
was also heavily involved in the development of Ford’s Light Stratified Charge Direct<br />
Injection Gasoline Engine.<br />
Dr. Alger joined Southwest Research Institute in 2003 in the Advanced Combustion and<br />
Emissions section, which he now manages, concentrating on improving engine efficiency<br />
and emissions thorough in-cylinder combustion processes and advanced engine<br />
technologies. He is also manager of SwRI’s HEDGE II consortium, which is focused on<br />
improving gasoline engine efficiency through the use of cooled EGR, advanced ignition<br />
systems and other efficiency enhancing technologies. Current research interests include<br />
topics in ignition systems, abnormal combustion in gasoline engines, boosting systems<br />
for advanced gasoline and diesel engines and dual-fuel engine applications.<br />
Dr. Alger has been awarded 7 patents and published over forty papers on topics covering<br />
engine efficiency and emissions.<br />
Emergency Hotline<br />
1-800-581-9295<br />
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World Headquarters<br />
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Warrendale, PA 15096-0001 USA<br />
Phone: 1-724-776-4841<br />
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and Canada)<br />
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customerservice@sae.org<br />
Automotive Headquarters<br />
755 W. Big Beaver Rd.<br />
Troy, MI 48084<br />
Phone: 1-248-273-2455<br />
Fax: 1-248-273-2494<br />
Craig Puetz<br />
Systems and Advanced Engineering<br />
Drivetrain Engineering<br />
John Deere Product Engineering Center<br />
Craig graduated from Michigan Technological University in<br />
1975 with degrees in Mechanical and Electrical Engineering.<br />
He has worked at the John Deere Product Engineering Center<br />
in Waterloo, Iowa for more than 35 years on transmissions and<br />
powertrains for large agricultural tractors, and for a variety on<br />
construction and forestry equipment. He is currently the manager<br />
of the Advanced Drivetrain Engineering group, and also actively participates in<br />
corporate initiatives to expand Systems Engineering and Design for Six Sigma activities<br />
within Deere.<br />
4<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
General Information<br />
Location<br />
Donald E. Stephens Convention Center<br />
Rosemont, Illinois, USA<br />
Registration<br />
Room 2 & 3<br />
Sunday, September 30<br />
11:00 a.m. – 5:00 p.m.<br />
Monday, October 1<br />
7:30 a.m. – 5:00 p.m.<br />
Lunch<br />
Room 1<br />
Monday, October 1<br />
12:00 – 1:00 p.m.<br />
Networking Breaks<br />
Room 1<br />
Sunday, September 30<br />
2:30 – 3:00 p.m.<br />
Monday, October 1<br />
2:30 – 3:00 p.m.<br />
Technical Sessions<br />
Rooms 2 & 3<br />
Sunday, September 30<br />
1:00 – 2:30 p.m.<br />
3:00 – 5:00 p.m.<br />
Monday, October 1<br />
8:00 – 10:00 a.m.<br />
10:30a.m. – 12:00 p.m.<br />
1:00 – 2:30 p.m.<br />
3:00 – 5:00 p.m.<br />
Recognizing Outstanding<br />
Achievements by Mobility<br />
Engineering Professionals<br />
Nominate today!<br />
www.sae.org/awards<br />
P110384<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 5
TECHNICAL Program<br />
Sunday<br />
September 30<br />
Room 2<br />
Session 1 – IC Engine System Technologies<br />
Chair - Craig Puetz, John Deere<br />
1:00 p.m.<br />
Waste Heat Recovery for Improved Efficiency<br />
Satish Chandra, Cummins<br />
1:30 p.m.<br />
Path to 50% Diesel Engine Thermal Efficiency for a <strong>Heavy</strong> <strong>Duty</strong><br />
Truck<br />
Sandeep Singh, Daimler<br />
2:00 p.m.<br />
Modernizing the Opposed-Piston: Two-Stroke Diesel Engine for<br />
Clean, Efficient Transportation<br />
David Johnson, Achates<br />
2:30 p.m.<br />
Break<br />
3:00 p.m.<br />
Differential-stroke Piston Technology<br />
Miin Yan, Yan Engines, Inc.<br />
3:30 p.m.<br />
Potential Fuel Efficiency Gains from Diesel Engine Lubricants<br />
Mark Cooper, Chevron Oronite Co., LLC<br />
4:00 p.m.<br />
Characterizing Diesel Engine Transients and Real-time Models<br />
for Control<br />
Zoran Filip, Clemson University<br />
4:30 p.m.<br />
High Efficient Diesel Engine Technologies to Meet the New U.S.<br />
Greenhouse Gas Emissions for Commercial <strong>Vehicles</strong><br />
Don Stanton, Cummins<br />
6<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Announcing the NEW <strong>SAE</strong> Mentor Center—<br />
a Members-Only Benefit!<br />
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The strength of the past, the promise of the future.<br />
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Seminars<br />
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P120802<br />
P110042<br />
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P101749<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 7
TECHNICAL Program<br />
Monday<br />
October 1<br />
Room 2<br />
Session 2– Modeling and Simulation<br />
Chair- Joe Redfield, Southwest Research Institute<br />
8:00 a.m.<br />
PowerPack Testing of CO2 Emissions for Hybrid <strong>Vehicles</strong> – a<br />
Hardware in the Loop Approach<br />
Mihai Dorobantu, Eaton<br />
8:30 a.m.<br />
Coupling Model-Based Design with Laboratory Experimentation<br />
to Enhance <strong>Heavy</strong> <strong>Duty</strong> Hybrid Powertrain Development<br />
Paul Chambon, Oak Ridge National Lab<br />
9:00 a.m.<br />
Advances in HD Vehicle Modeling and Simulation Through<br />
Hardware-in-the-loop Techniques<br />
Ashok Nedungadi, Southwest Research Institute<br />
9:30 a.m.<br />
Recent developments and future directions in CFD capabilities to<br />
improve IC engine efficiency<br />
Keith Richards, Convergence Science<br />
10:00 a.m.<br />
Break<br />
10:30 a.m.<br />
Model-based Engine Control, Calibration and Virtual Sensing for<br />
Fuel Efficiency and Emissions Optimization<br />
Chris Atkinson, Comcast<br />
Monday<br />
October 1<br />
Room 2<br />
Session 3 – Hybrids ( Electric and Hydraulic)<br />
Chair – Craig Puetz, John Deere & Joe Redfield, Southwest Research Institute<br />
11:00 a.m.<br />
Technology Roadmap for Advanced Hybrid and Electric Trucks<br />
Tom Brotherton, CALSTART<br />
11:30 a.m.<br />
Flywheel Based hybrid Systems for <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong><br />
Tobias Knichel, Flybrid Systems LLP<br />
12:00 p.m.<br />
Lunch<br />
1:00 p.m.<br />
Challenge for Clean <strong>Heavy</strong> <strong>Duty</strong> Hybrids<br />
Matthew Brusstar, US EPA<br />
8<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
1:30 p.m.<br />
Hydraulic Hybrids – Current status and opportunities for fuel<br />
economy improvement in HD applications<br />
Joe Redfield, Southwest Research Inst.<br />
2:00 p.m.<br />
<strong>Heavy</strong> Truck Fuel Economy Testing<br />
Ken Webster, Transportation Research Center<br />
2:30 p.m.<br />
Break<br />
Session 4A – Efficiency Enhancing Technologies for On-Road<br />
Applications<br />
Chair – Joe Redfield, Southwest Research Institute<br />
3:00 p.m.<br />
On-Road Technologies, including Aerodynamics<br />
Kambiz Salari, Lawrence Livermore National Lab<br />
Monday<br />
October 1<br />
Room 2<br />
3:30 p.m.<br />
HD Vehicle Fuel Economy Improvements through Aerodynamic<br />
and Front End Airflow Technological Advances<br />
Kevin Golsch, Navistar<br />
4:00 p.m.<br />
Look-Ahead Powertrain Management-Optimizing Fuel<br />
Consumption at the Vehicle System Level<br />
Ben Saltsman, Eaton<br />
4:30 p.m.<br />
Fleet Adoption of Freight Efficiency Technologies and Practices<br />
Mike Roeth, NACFE<br />
Session 4B – Efficiency Enhancing Technologies for Off-Road<br />
Applications<br />
Chair – Craig Puetz, John Deere<br />
Monday<br />
October 1<br />
Room 3<br />
3:00 p.m.<br />
Evaluation of the Benefits of a Hybrid Electric Bulldozer<br />
Steven Sokolsky, CALSTART<br />
3:30 p.m.<br />
Autonomous/Remotely Monitored Tractor Operation<br />
C. Christopher Kellum, John Deere<br />
4:00 p.m.<br />
Electromobility Concepts for Agriculture – A European Farm<br />
Application<br />
Volker Kegel, John Deere<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 9
speaker Biographies<br />
Chris Atkins<br />
Founder<br />
Atkinson LLC<br />
Chris Atkinson is the founder of<br />
Atkinson LLC, a consultancy in the<br />
area of advanced engine technology.<br />
He holds the degrees of B.Sc.<br />
Chemical Engineering from the<br />
University of Natal, South Africa (1983), MSME from<br />
West Virginia University (1987) and Sc.D. in Mechanical<br />
Engineering from MIT (1991). He held the rank of professor<br />
in mechanical and aerospace engineering at West Virginia<br />
University until <strong>2012</strong>. His interests lie in the areas of<br />
advanced engine control, fuel efficiency improvements,<br />
emissions reduction, alternative fuel utilization, and hybrid<br />
electric vehicle development. He has conducted research<br />
on behalf of a number of government agencies and<br />
automotive companies, has authored 23 archival journal<br />
publications and over 65 conference presentations, and is<br />
co-inventor on two US patents. He has received awards<br />
for research and teaching from the American Society of<br />
Mechanical Engineering (ASME), the Society of Automotive<br />
Engineering (<strong>SAE</strong>) and the National Science Foundation<br />
(NSF). He has received funding support from a number of<br />
automotive companies, diesel engine manufacturers and<br />
Tier 1 parts suppliers, in addition to several federal and<br />
state agencies. For several years he was a member of the<br />
advisory board of a major international engine research<br />
center, in addition to currently advising an engine start-up<br />
company.<br />
Tom Brotherton<br />
Regional Director<br />
CALSTART<br />
Tom is responsible for program<br />
management of CALSTART<br />
advanced vehicle technology<br />
development and incentive<br />
projects. Current work includes<br />
managing voucher incentive projects for advanced<br />
technology trucks in California and New York, and<br />
developing a truck technology roadmap for the<br />
California Energy Commission. Tom works from<br />
CALSTART’s Colorado office in Lakewood, CO.<br />
Tom was Deputy Director of the Colorado Energy<br />
Office for 10 years. Tom has also taught Architectural<br />
Engineering at the University of Colorado-Boulder, and<br />
worked as a Mechanical Engineer for Architecture-<br />
Engineering firms.<br />
Tom has a BSE in Civil Engineering from Princeton<br />
(1982), and a MS in Civil Engineering from the<br />
University of Colorado-Boulder (1986). He is a<br />
registered Professional Engineer in Colorado.<br />
Notes<br />
10<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Matthew Brusstar<br />
Director of the Advanced Powertrain Center<br />
U. S. Environmental Protection Agency<br />
Matt Brusstar is the Director of the<br />
Advanced Powertrain Center at<br />
EPA’s National Center for Advanced<br />
Technology in Ann Arbor, where he<br />
is leading the research, development<br />
and assessment of new and emerging automotive<br />
technologies. Matt has been with the U. S. EPA for<br />
nearly fourteen years, focusing mainly on advanced<br />
engine research, alternative fuels and hybrids, where he<br />
has produced several publications, presentations and<br />
patents. Prior to EPA, he worked in the automotive, power<br />
generation and aerospace industries. Matt holds a PhD<br />
degree in Mechanical Engineering from the University of<br />
Michigan.<br />
Paul Chambon<br />
Research Engineer<br />
Oak Ridge National Laboratory<br />
Paul Chambon is a research<br />
engineer with the Energy and<br />
Transportation Science Division<br />
at Oak Ridge National Laboratory<br />
(ORNL). After graduation from<br />
Grenoble Institute of Technology, France, and Imperial<br />
College, London, U.K., in 1997, Paul joined Ricardo’s<br />
Controls and Electronics group in England and in the<br />
U.S., before moving on to AVL. Over those years, he<br />
developed many control systems for various technology<br />
demonstrators in the fields of gasoline and diesel<br />
engines, hybrid powertrains and active drivelines.<br />
Since joining Oak Ridge National Laboratory in 2009,<br />
Paul has focused on hybrid powertrain research.<br />
Through the years and variety of applications, Paul<br />
has gained significant experience with simulation<br />
tools, control techniques, Hardware-In-the-Loop and<br />
rapid prototyping controllers to demonstrate advanced<br />
technologies on powertrain test cells as well as actual<br />
vehicles.<br />
Notes<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 11
speaker Biographies<br />
Satish Chandra<br />
Director, Advanced System Integration<br />
Cummins Inc.<br />
Mark Cooper<br />
Southwest Research Institute<br />
Satish Chandra is the Director<br />
- Advanced System Integration<br />
department in the Research<br />
and Technology (R&T) division<br />
of Cummins Technical Center<br />
(CTC). He is currently leading a team focussed on the<br />
Waste Heat Recovery efforts for on-highway heavy duty<br />
automotive application. This project builds upon the<br />
several years of prior WHR work at Cummins and is<br />
partly funded by the Department of Energy’s SuperTruck<br />
program. Mr. Chandra holds a MS in Mechanical<br />
Engineering and an MBA from Kellogg School of<br />
Management. He has extensive industry experience<br />
and has held significant roles at Cummins in the past in<br />
research, new product introduction, manufacturing quality,<br />
and, in functional leadership.<br />
Mark has a BSME from Texas<br />
A&M University. Mark worked at<br />
Southwest Research Institute for<br />
5 years overseeing a variety of<br />
projects relating to automotive<br />
engine lubricant evaluation, driveline component, and<br />
coolant evaluation, including standardized industry tests<br />
and proprietary testing.<br />
Since 1989 Mark has worked for Chevron Oronite<br />
Company in all areas related to engine lubricants,<br />
including additive technology development, engine oil<br />
formulating, field testing, industry engine lubricant tests,<br />
and proprietary engine lubricant evaluations. Mark’s<br />
work touches all areas of engine lubricant performance<br />
including wear, deposit formation, oxidation, viscosity<br />
increase, fuel economy and exhaust aftertreatment.<br />
Notes<br />
12<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Mihai Dorobantu<br />
Director, Vehicle Technologies and<br />
Innovation<br />
Eaton<br />
Mihai “Mike” Dorobantu is with<br />
Eaton since 2005, currently serving<br />
as Director, Vehicle Technologies<br />
and Innovation, where he is<br />
responsible for the Vehicle Group’s<br />
advanced R&D portfolio and driving its technologybased<br />
innovation. Prior to this assignment he was with<br />
the corporate Innovation Center leading the controls<br />
department. Prior to Eaton he led controls, modeling and<br />
simulation at the United Technologies Research Center,<br />
and before that he worked in the technical computing<br />
industry. His background is modeling and simulation of<br />
engineering and physical processes and holds a PhD<br />
from Stockholm University and the Royal Institute of<br />
Technology, Sweden.<br />
Zoran Filip<br />
Professor<br />
Clemson University<br />
Dr. Zoran Filipi is the Professor<br />
and Timken Endowed Chair in<br />
Vehicle System Design at the<br />
Clemson University International<br />
Center for Automotive Research<br />
(ICAR) since January <strong>2012</strong>. He was with the University<br />
of Michigan between 1994 and 2011, where he rose<br />
to the rank of Research Professor, and served as<br />
the director of the Center for Engineering Excellence<br />
through Hybrid Technology and the deputy director of<br />
the Automotive Research Center, a U.S. Army Center<br />
of Excellence for modeling and simulation of ground<br />
vehicles. Prof. Filipi received his Ph.D. in mechanical<br />
engineering from the University of Belgrade in 1992.<br />
His main research interests are advanced IC engine<br />
concepts, alternative fuels, alternative and hybrid<br />
powertrain systems, and energy for transportation. He<br />
published over 140 papers in international journals<br />
and refereed conference proceedings, and holds three<br />
patents. Dr. Filipi is an <strong>SAE</strong> Fellow, and the recipient<br />
of the <strong>SAE</strong> Forest R. McFarland Award (2009), the<br />
IMechE Donald Julius Groen Award (2010), IMechE<br />
Journal of Automobile Engineering Best Paper Award<br />
(<strong>2012</strong>), and the UofM Research Faculty Achievement<br />
Award (2010).<br />
Notes<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 13
speaker Biographies<br />
Kevin Golsch<br />
Chief Engineer – Aerodynamics<br />
Navistar<br />
Kevin Golsch has over two decades<br />
experience in aerodynamics<br />
including working on a variety of<br />
vehicles all the way from small<br />
aircraft to race vehicles many<br />
professional race series including supporting races in<br />
Le Mans, France. He has had the pleasure of directly<br />
working with the NASCAR teams of Richard Childress<br />
Racing, Hendrick Motorsports, Joe Gibbs Racing, Dale<br />
Earnhardt Incorporated, PPI, and Morgan-McClure<br />
Motorsports, the IRL team of Andretti Autosport, NHRA<br />
teams of Snake Racing and Warren Johnson, as well as<br />
many other teams. Kevin has also enjoyed developing<br />
the aerodynamics on General Motors production<br />
vehicles such as the 2014 Corvette & Camaro ZL1. Last<br />
year, Kevin joined Navistar as the Chief Engineer of<br />
Aerodynamics to elevate the integrated use of advanced<br />
aerodynamic tools in the design and development of<br />
next generation vehicles.<br />
David Johnson<br />
President & CEO<br />
Achates Power<br />
David Johnson joined Achates<br />
Power, Inc. in August 2008 as<br />
president and CEO. Johnson is<br />
utilizing his 20 years of industry<br />
experience to accelerate<br />
development of revolutionary internal combustion<br />
engines that provide superior fuel efficiency at lower<br />
cost and, ultimately, further the company’s goal of<br />
enabling a more sustainable future. He is responsible<br />
for technical, commercial and business development as<br />
well as sales, financials and operations. Johnson also<br />
serves as a member of the Achates Power board of<br />
directors.<br />
Johnson was previously vice president of product<br />
operations for military and export markets at Navistar.<br />
As program manager for the MaxxPro line of Mine-<br />
Resistant, Ambush-Protected (MRAP) vehicles, he<br />
delivered the vehicles in record time and record<br />
quantities for deployment in Iraq and Afghanistan to<br />
better protect U.S. soldiers.<br />
Prior to Navistar, Johnson worked for General Motors<br />
and Ford Motor Company. At GM, he was program<br />
manager and chief engineer for multiple clean-diesel<br />
engine programs for Opel, Saab and Renault passenger<br />
vehicles. At Ford Motor Company, Johnson led the<br />
development and launch of the Super<strong>Duty</strong>, equipped<br />
with an all-new diesel engine. This remains the highest<br />
volume diesel-powered pickup truck on the market.<br />
Johnson earned a Master of Business Administration<br />
and a Bachelor of Science in Mechanical Engineering<br />
from Cornell University.<br />
Notes<br />
14<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Volker Kegel<br />
Engineer Advanced Engineering<br />
John Deere Werke Mannheim<br />
Zweigniederlassung der Deere &<br />
Company<br />
Volker holds a Diploma in Physics from<br />
Technical University of Kaiserslautern,<br />
Germany. He joined John Deere in 2010<br />
working for the Advanced Engineering department of John<br />
Deere Werke Mannheim. He is working on hybridization and<br />
electrification projects.<br />
C. Christopher Kellum<br />
Supervisor of Product Engineering<br />
John Deere<br />
Chris Kellum is a Supervisor of<br />
Product Engineering working for<br />
John Deere in Waterloo, IA where<br />
he leads a group developing<br />
technology for high levels of<br />
automation in tractors. Prior to his current assignment,<br />
he was a development lead for drivetrain controls on<br />
large tractors. Before joining John Deere in 2008,<br />
he worked in the automotive industry focused on<br />
active safety, driver assistance, and vehicle-to-vehicle<br />
communication. Chris graduated from the University<br />
of Michigan in 2000 with a Master of Science Degree<br />
in Electrical Engineering Systems. He has a Bachelor<br />
of Science in Electrical Engineering from Kettering<br />
University.<br />
Notes<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 15
speaker Biographies<br />
Tobias Knichel<br />
Commercial Manager<br />
Flybrid Automotive Ltd<br />
Tobias Knichel is the Commercial<br />
Manager at Flybrid. In his current role<br />
Tobias is responsible for Marketing,<br />
Sales and the Project Management<br />
of all internal and external Flybrid<br />
projects. Tobias has a strong engineering background,<br />
having previously worked as Lead Engineer LMP1 as well<br />
as Design and Development Engineer at Flybrid. Before<br />
joining Flybrid, Tobias worked for Opel in Germany on<br />
their Touring car project in the DTM racing series.<br />
Ashok Nedungadi<br />
Principal Engineer<br />
Engine and Vehicle R & D<br />
Southwest Research Institute<br />
Dr. Nedungadi completed his<br />
Masters degree at the Swiss<br />
Federal Institute of Technology,<br />
and his Ph.D in Mechanical Engineering at the<br />
University of Connecticut in the US. During his<br />
25 years at Southwest Research Institute, he<br />
co-developed a comprehensive vehicle modeling and<br />
simulation toolbox to assist in designing and analyzing<br />
custom hybrid electric/hydraulic and conventional<br />
powertrains. Currently, he is involved in advanced<br />
concepts such as hardware-in-the-loop and advanced<br />
control strategy development for heavy duty vehicle<br />
applications.<br />
Notes<br />
16<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Joe Redfield<br />
Principal Engineer<br />
Advanced Vehicle Technology Section<br />
Southwest Research Institute<br />
Joe Redfield specializes in energy<br />
systems engineering and has<br />
extensive design and project<br />
management experience in the<br />
development and application of advanced technologies<br />
for vehicular propulsion systems. At SwRI, Joe<br />
manages and provides engineering leadership to<br />
project teams involved in the development and systems<br />
integration of electric, hybrid, and plug-in hybrid drive<br />
trains including parallel and series hybrid configurations,<br />
and advanced vehicular energy storage systems. The<br />
vehicles involved in these projects have included<br />
passenger car, heavy duty truck, off road equipment, and<br />
locomotive.<br />
Joe has been at SwRI for 29 years and has both a BS<br />
and MS in Electrical Engineering from the University of<br />
Texas at Austin.<br />
Keith Richards<br />
Owner, Co-founder<br />
Convergent Science Inc.<br />
Keith Richards is an owner<br />
and co-founder of Convergent<br />
Science Inc, a company<br />
that develops and sells<br />
computational fluid dynamics<br />
software for simulating the flow, spray and<br />
combustion within an internal combustion engine.<br />
Keith graduated from Brigham Young University with<br />
a B.S. in Chemical Engineering in 1996 and received<br />
his M.S. in Mechanical Engineering at the University<br />
of Wisconsin in 1999. Keith co-founded Convergent<br />
Science Inc. in 1997 to provide CFD consulting<br />
services for engine designers. In 2008, Convergent<br />
Science released CONVERGE CFD software, which<br />
was designed specifically to handle the technical<br />
challenges associated with simulating engines. Keith<br />
works in the Convergent Science headquarters<br />
located in Madison, Wisconsin.<br />
Notes<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 17
speaker Biographies<br />
Mike Roeth<br />
Executive Director<br />
NACFE<br />
Mike has worked in the commercial<br />
vehicle industry for over 27 years, most<br />
recently as the Executive Director of the<br />
newly created North American Council<br />
for Freight Efficiency. As Principal<br />
of ROETH, LLC, he focused on helping companies be<br />
successful in the commercial truck and bus marketplace.<br />
His specialty is brokering green truck collaborative projects<br />
to move technologies into the real world. As Director,<br />
Global Advanced Engineering for Navistar International,<br />
he led the advanced engineering efforts for the Navistar<br />
family of vehicle brands; International trucks, Navistar<br />
Defense, IC buses and Workhorse Custom Chassis. These<br />
efforts included fuel economy improvement, emissions<br />
reductions, driver comfort and efficiency as well as quality,<br />
cost and performance breakthroughs. He has a Bachelors<br />
of Science in Engineering from the Ohio State University<br />
and a Masters in Organizational Leadership from the<br />
Indiana Institute of Technology. Mike is a 27 year member<br />
of the Society of Automotive Engineers, served as a Board<br />
member of the Automotive Industry Action Group and<br />
as Chairman of the Board for the Truck Manufacturers<br />
Association. He also has been heavily involved with the 21st<br />
Century Truck Partnership, a collaborative effort between<br />
industry and the United States Government and the Hybrid<br />
Truck Users Forum of CALSTART. He understands the<br />
customers, operations and intricacies of the commercial<br />
vehicle industry having held various positions in product<br />
development, engineering, reliability and quality, sales,<br />
materials and plant management with Navistar and Behr.<br />
Kambiz Salari<br />
Senior Researcher<br />
Lawrence Livermore National Laboratory<br />
Dr. Salari is a senior researcher<br />
at Lawrence Livermore National<br />
Laboratory. He leads the<br />
Department of Energy (DOE) effort<br />
in improving the fuel economy<br />
of heavy vehicles and tanker trailers (class 8) through<br />
the use of improved aerodynamics. He has conducted<br />
significant wind tunnel, track, and on the road tests<br />
to study and validate the performance of existing and<br />
new aerodynamic devices for both active and passive<br />
systems. Dr. Salari’s expertise is in numerical solution<br />
of partial differential equations, error estimation, and<br />
verification and validation. He has extensive experience<br />
in developing algorithms for highly complex flow fields.<br />
Notes<br />
18<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Ben Saltsman<br />
Engineering Manager Vehicle Technology<br />
and Innovation<br />
Eaton Corporation<br />
Mr. Saltsman is an engineering<br />
manager at Vehicle Technology and<br />
Innovation at Eaton Corporation. Based<br />
in Detroit, Michigan he leads a group<br />
focusing on development on new hybrid and powertrain<br />
automation concepts.<br />
Mr. Saltsman graduated from Massachusetts Institute of<br />
Technology with a Master of Science degree in System<br />
Design and Management in 2002. He also holds a Master<br />
of Science Degree in Materials Science from Stevens<br />
Institute of Technology in Hoboken, NJ and a Bachelors<br />
in Mechanical Engineering from Moscow Automechical<br />
Institute, Moscow, Russia.<br />
Sandeep Singh<br />
Development Engineer<br />
Detroit Diesel Corporation<br />
Dr.Singh received his Ph. D. from<br />
the University of Notre Dame in<br />
2003; M.S.<br />
from the University of Notre Dame<br />
in 2000; and B. Tech. from the<br />
Indian Institute of Technology, Kharagpur, India, in<br />
1996. Before joining Detroit Diesel Corporation, Dr.<br />
Singh was a Postdoctoral Scholar at the California<br />
Institute of Technology.<br />
Dr. Singh has expertise in the areas of heavy duty<br />
diesel engine technology, diesel exhaust aftertreatment<br />
and waste heat recovery technologies, on-board<br />
diagnostics, computational fluid dynamics (CFD) and<br />
combustion modeling. Currently, Dr. Singh is part of<br />
the Super Truck development team at Daimler Trucks<br />
North America (DTNA) and has the lead responsibility<br />
to develop a vehicle based exhaust waste heat<br />
recovery system. Previously, Dr. Singh has been part<br />
of the development team for EPA10 and EPA07 diesel<br />
engines at the Detroit Diesel Corporation’s engineering<br />
department.<br />
Notes<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 19
speaker Biographies<br />
Steven Sokolsky<br />
Senior Project Manager<br />
CALSTART<br />
Steven Sokolsky is a Senior Project<br />
Manager at CALSTART. His primary<br />
responsibilities are centered on<br />
the Hybrid Truck Users Forum<br />
(HTUF) where he leads the Military<br />
Installations, Telecommunications, and Commercial<br />
Construction Equipment working groups. He also<br />
administers U.S. EPA grants for airport equipment<br />
re-powers and retrofits and the installation of class 8<br />
trailer aerodynamics. Steve is an advisor to the California<br />
Clean Airport Fleets Partnership—a group that promotes<br />
the deployment of clean airside and landside vehicles.<br />
He also leads CALSTART efforts to develop a highway<br />
of retail biofuels stations in California. He serves on the<br />
Board of Directors of the East Bay Clean Cities Coalition.<br />
Prior to joining CALSTART, Steve developed natural<br />
gas vehicle infrastructure specifications and assisted<br />
airports in the deployment of alternative fuels programs<br />
while employed by Bevilacqua-Knight, Inc., Resource<br />
Dynamics Corp., and the California Energy Commission.<br />
He has a Bachelor’s degree in International Business from<br />
California State University Sacramento.<br />
Don Stanton<br />
Director<br />
Cummins Inc.<br />
Dr. Stanton is the Director of<br />
Engine Business Product Line<br />
Architecture at Cummins Inc. He is<br />
responsible for establishing engine<br />
system technologies for worldwide<br />
markets. This position focuses on Engine Business<br />
strategy, product planning, and advanced technology<br />
development.<br />
Don Stanton has been with Cummins 15 years. He has<br />
held positions in Research and Technology as Director<br />
of Advanced Engine Development, Program Leader for<br />
Automotive Engines, and Director of Thermal and Fluid<br />
Sciences.<br />
Don received degrees in: BS Mathematics (1992),<br />
BS Mechanical Engineering (1993), MS Chemistry<br />
(1995), MS Mechanical Engineering (1995), and Ph.D.<br />
Mechanical Engineering (1997).<br />
Notes<br />
20<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong>
Ken Webster<br />
Manager, Project Operations<br />
Durability & Dynamics Testing<br />
Transportation Research Center Inc.<br />
Ken has over 23 years of<br />
experience in managing vehicle<br />
and transportation test programs to<br />
evaluate: durability, dynamic, crash, and emissions. His<br />
experience includes supervision of resources required<br />
to complete tests in accordance with government<br />
certification standards, industry procedures, and<br />
manufacture specifications. For commercial vehicles,<br />
Ken has been directly involved in evaluating durability,<br />
handling, braking, and fuel economy. He is an active<br />
member of the Society of Automotive Engineers and<br />
received Forest R. McFarland award for organizing the<br />
Intelligent Vehicle Initiative (IVI) technical session AE309.<br />
He has a B.Sc., in Mechanical Engineering Technologies,<br />
from Franklin University and has overseen the successful<br />
completion of many large scale programs at TRC Inc.<br />
including: a 40 vehicle four-million mile fuel additive<br />
evaluation program in 1996, a series of four consecutive<br />
bridge parapet crash tests in 2000, and a 200 vehicle<br />
evaluation of vehicle-to-vehicle communications systems<br />
in <strong>2012</strong>.<br />
Miin Yan<br />
CTO<br />
Yan Engines, LLC<br />
Dr. Miin J. Yan, inventor of the<br />
D-Cycle (Differential-Stroke<br />
Cycle) technology, is a co-founder<br />
and the CTO of Yan Engines, LLC,<br />
and is the Principal Investigator of<br />
a DOE SBIR Phase II project to retrofit existing heavy<br />
diesel engines in military vehicles with the D-Piston<br />
(differential-stroke cycle) design for substantial fuel<br />
efficiency and propulsion improvements. Yan Engines,<br />
under his guidance, has developed a D-Cycle 50cc<br />
gasoline scooter with indicated average 82% mpg and<br />
203% propulsion gains (at same horsepower) from its<br />
retrofit baseline 125cc scooter engine in preliminary<br />
(uncertified) laboratory tests. His previous experiences<br />
include the technical leadership on the HEV (Hybrid<br />
Electric Vehicle) diesel engines for Chrysler’s PNGV<br />
project when working for DDC/DaimlerChrysler. Earlier,<br />
he had worked on aircraft engines and nuclear reactors<br />
after his PhD from Princeton University.<br />
Notes<br />
<strong>SAE</strong> <strong>2012</strong> <strong>Heavy</strong> <strong>Duty</strong> <strong>Vehicles</strong> <strong>Symposium</strong> 21
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To register, visit www.sae.org/pdevent/C0903<br />
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and view free content.<br />
P121600
Roy Cox provides readers with a thorough<br />
presentation of the topic, beginning with the<br />
earliest work on brakes by Frood in the early<br />
1900s and friction studies by daVinci in the 1400s.<br />
From there, details about the processes of wear<br />
and the components of tribological systems are<br />
presented. Methods of manufacturing friction<br />
materials are described, and the elements of<br />
friction material are detailed—binders, fibers,<br />
abrasives, and lubricants.<br />
A large portion of the book delves deeply into<br />
materials for binders, resins, fibers, abrasives,<br />
lubricants, and fillers, providing background<br />
on the various materials, their pros and cons,<br />
and numerous ways they can be applied to<br />
friction systems. Much of this discussion focuses<br />
on the compositional makeup and effects of<br />
ingredients as they relate to the wear and friction<br />
performance of the final product.<br />
Readers will gain a solid background about<br />
tribology, as well as a deep understanding of<br />
matrices, fibers and additives that make up<br />
engineered tribological composites. They will learn<br />
how manufacturing affects these composites,<br />
along with how friction and wear affect those<br />
materials. They will gain a better understanding<br />
of which materials provide the optimum balance<br />
of cost, friction and wear for various applications,<br />
enabling them to better create and apply<br />
engineered tribological composites for whatever<br />
Roy L. Cox is a<br />
chemist with 17<br />
years of experience<br />
in the design,<br />
development, and<br />
commercialization<br />
of friction materials<br />
(automotive brake<br />
linings and other tribological composites).<br />
He has worked for Sulzer Friction Systems,<br />
ITT (Koni/Galfer brands), Honeywell<br />
Friction Materials, Federal-Mogul (Wagner<br />
and Ferodo brands), and Carlisle Motion<br />
Control, and as a tribology consultant<br />
for Lord Corporation. He earned an<br />
undergraduate degree in chemistry from<br />
Morehead State University in 1994.<br />
P111218<br />
Essential technical<br />
source covering new OBD<br />
developments for emissions<br />
By Michael Palocz-Andresen<br />
As worldwide emissions legislation<br />
for gases and particulate matter<br />
becomes increasingly stringent,<br />
the ground vehicle, aircraft and<br />
sea transport industries are faced<br />
with the challenge of finding more<br />
efficient ways to achieve regulatory<br />
compliance. This book provides a<br />
state-of-the- art report on the recent<br />
developments on the determination<br />
of emissions and the estimation of<br />
concentration of pollutants in the<br />
exhaust pipe.<br />
ISBN: 978-0-7680-2078-6<br />
Product Code: R-410<br />
List Price: $85.00<br />
P121390<br />
Order today!<br />
Online: books.sae.org/book-r-410<br />
Email: CustomerService@sae.org<br />
Phone: 1-877-606-7323 (U.S. and Canada only)<br />
or 1-724-776-4970 (International)<br />
Actual shipping charges will be applied.<br />
New Book Covers the Latest on Hybrid<br />
Powertrains for <strong>Heavy</strong>-<strong>Duty</strong> <strong>Vehicles</strong><br />
ISBN: 978-0-7680-3359-5<br />
List Price: $99.95<br />
Product Code: R-369<br />
This book provides a broad<br />
and comprehensive look at<br />
hybrid powertrain technologies<br />
for commercial vehicles.<br />
• The fundamentals of hybrid<br />
powertrain systems<br />
• Government regulations<br />
• Market requirements for<br />
commercial vehicles<br />
• Driving cycles<br />
• Design guidelines<br />
• Key components of hybrid<br />
powertrains for commercial<br />
vehicles<br />
Order today!<br />
Online: books.sae.org/book-r-396<br />
E-mail: CustomerService@sae.org<br />
Phone: 1-877-606-7323 (U.S. &<br />
Canada) or 1-724-776-4970<br />
Actual shipping charges will be<br />
applied.<br />
P120653<br />
Gain a thorough knowledge of friction<br />
materials with this new book!<br />
By Roy L. Cox<br />
The Art of Friction Material Development<br />
This book provides readers Roy L. Cox with a thorough<br />
About Author<br />
presentation of the topic. From there,<br />
details about the processes of wear and<br />
the components of tribological systems are<br />
presented. Methods of manufacturing friction<br />
materials are described, and the elements of<br />
friction material are detailed—binders, fibers,<br />
abrasives, and lubricants.<br />
application is at hand. R-401<br />
Readers will gain a better understanding of:<br />
• How manufacturing affects tribological composites<br />
• How friction and wear affect composite materials<br />
• Pros and cons of each material and how they can be applied<br />
• Which materials provide the optimum balance of cost, friction,<br />
and wear for different applications<br />
ISBN: 978-0-7680-3485-1<br />
List Price: $99.95<br />
Product Code: R-401<br />
P111448<br />
EnginEErEd Tribological<br />
composiTEs<br />
EnginEErEd Tribological composiTEs<br />
The Art of Friction Material Development<br />
Cox<br />
EnginEErEd<br />
Tribological<br />
composiTEs<br />
The Art of Friction<br />
Material Development<br />
Roy L. Cox<br />
Order today!<br />
Online: books.sae.org/book-r-401<br />
E-mail: CustomerService@sae.org<br />
Phone: 1-877-606-7323 (U.S. & Canada)<br />
or 1-724-776-4970<br />
Actual shipping charges will be applied.<br />
Must-Own Reference Book<br />
Focused on Vehicle Vibration,<br />
Noise, and Sound Quality.<br />
By Gang Sheng (Gang Sheng Chen)<br />
This book gives readers a working<br />
knowledge of vehicle vibration, noise,<br />
and sound quality. The knowledge it<br />
imparts can be applied to analyze realworld<br />
problems and devise solutions<br />
that reduce vibration, control noise, and<br />
improve sound quality in all vehicles.<br />
What to expect from this book:<br />
• A presentation of the fundamentals of<br />
vibrations and basic acoustic concepts<br />
• How to analyze, test, and control<br />
noise and vibrations<br />
• A look into noise and vibrations that<br />
emanate from powertrains, bodies,<br />
and chassis<br />
• An in-depth discussion on evaluating<br />
noise, vibration, and sound quality<br />
P111815<br />
NEW!<br />
ISBN: 978-0-7680-3484-4<br />
List Price: $119.95<br />
Product Code: R-400<br />
Order today!<br />
Online: books.sae.org/book-r-400<br />
E-mail: CustomerService@sae.org<br />
Phone: 1-877-606-7323 (U.S. & Canada)<br />
or 1-724-776-4970<br />
Actual shipping charges will be applied.
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Visit ex.sae.org to Xperience it Today!<br />
P120483
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P120079B