SAE 2016 WORLD CONGRESS & EXHIBITION
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TECHNICAL SESSIONS<br />
TIME<br />
EMISSIONS/ENVIRONMENT/<br />
SUSTAINABILITY<br />
WEDNESDAY, APRIL 13 - MORNING<br />
Technical and Business Sessions<br />
SESSION TITLE, DESCRIPTION, AND ROOM<br />
313 A 252 B 360 258<br />
Advances in Alternative Energy<br />
Sources for Sustainable<br />
Development in the Transportation<br />
Sector (Part 2 of 2) (SDP110)<br />
This session explores advances in the<br />
creation of sustainable energy sources<br />
and their usage in the transportation<br />
sector. Topics can include research<br />
and in-production technology used to<br />
produce renewable energy sources and<br />
materials. A discussion on lifecycle analysis<br />
of the energy sources is also highly<br />
recommended. The SDPC encourages<br />
usage of papers, presentations, and<br />
panels in this session to display leading<br />
edge technologies and practical tools for<br />
engineers.<br />
8:00 a.m. - 11:00 a.m.<br />
Advances in Catalyst Substrates<br />
(PFL422)<br />
Papers in this session cover the systems<br />
engineering experience required to achieve<br />
ultra-low emission levels on gasoline<br />
light-duty vehicles. Emission system<br />
component topics for this session include<br />
the development of advanced threeway<br />
catalysts, the development of NOX<br />
control strategies for gasoline lean burn<br />
engines, the application of high cell density<br />
substrates to advanced emission systems,<br />
and the integration of these components<br />
into full vehicle emission systems.<br />
8:00 a.m. - 11:00 a.m.<br />
Advances in Nox Reduction<br />
Technology (Part 1 of 2) (PFL424)<br />
These sessions will focus on Advances in<br />
NOx Reduction Technology. The topics<br />
covered will include: new materials for Lean<br />
NOx Traps (LNT) and Selective Catalytic<br />
Reduction (SCR); system integration<br />
and durability; advances in NOx catalyst<br />
substrates, novel reductants and mixing<br />
designs.<br />
8:00 a.m. - 11:00 a.m.<br />
Climate Control (Part 2 of 3)<br />
(HX104)<br />
Climate control is a defining vehicle<br />
attribute and is associated with brand<br />
image. Thermal performance and quality of<br />
climate control are both critical to customer<br />
satisfaction. The system has strong design<br />
interaction with other vehicle systems, while<br />
its primary objective is to deliver thermal<br />
comfort and occupant safety with low<br />
energy consumption. Energy reduction<br />
and Defogging are just a few of the recent<br />
advances.<br />
8:00 a.m. - 11:00 a.m.<br />
8:00<br />
a.m.<br />
8:30<br />
a.m.<br />
9:00<br />
a.m.<br />
9:30<br />
a.m.<br />
10:00<br />
a.m.<br />
Organizers:<br />
Michael Jon Grichnik, Rahul Jhavar,<br />
Caterpillar Inc.; Navtej Singh, Navistar Inc.<br />
Chairpersons:<br />
Michael Jon Grichnik, Rahul Jhavar,<br />
Caterpillar Inc.; Navtej Singh, Navistar Inc.<br />
Performance and Emission Characteristics<br />
of CI Engine Operated on Madhuca Indica<br />
biodiesel using Multi-Objective Optimization<br />
by Applying Taguchi Grey Relational<br />
Analysis<br />
Organizers:<br />
Douglas Ball, Umicore Autocat USA<br />
Inc.; Rasto Brezny, Manufacturers of<br />
Emission Controls Assoc.; Ronald Heck,<br />
RMH Consulting; Joseph E. Kubsh,<br />
Manufacturers of Emission Controls Assoc.<br />
Chairpersons:<br />
Rasto Brezny, Joseph Kubsh,<br />
Manufacturers of Emission Controls Assoc<br />
New Evaluation Method for Thermal Shock<br />
Resistance of Honeycomb Substrates<br />
Organizers:<br />
Brad Adelman, Navistar Inc.; Danan Dou,<br />
John Deere Product Engineering Center;<br />
Magdi K. Khair; Rahul Mital, General Motors<br />
LLC; Shyam Santhanam, Navistar Inc.<br />
Current and Future Trends of Diesel<br />
Technology<br />
(<strong>2016</strong>-01-1278) (<strong>2016</strong>-01-0931) (Oral Only) (<strong>2016</strong>-01-0262)<br />
Shubhangi S. Nigade, KJs Trinity College of<br />
Engg and Research<br />
Experimental Analysis of Retarding the<br />
Spark Timing in a Hydrogen Enriched<br />
Gasoline and Alcohol Blend Powered Spark<br />
Ignition Engine<br />
Akifumi Kawakami, Yuki Fukumi, Masaaki<br />
Ito, NGK Insulators Ltd.; Shingo Sokawa,<br />
NGK Insulator Ltd.; Satoshi Sakashita,<br />
NGK Insulators Ltd.; Mychal Taylor, NGK<br />
Automotive Ceramics USA, Inc.; Mitsuhiro<br />
Ito, Masataka Yamashita, Hirofumi<br />
Sakamoto, Hiroshi Kurachi, NGK Insulators<br />
Ltd.<br />
Transient Responses of Various Ammonia<br />
Formation Catalyst Configurations for<br />
Passive SCR in Lean-Burning Gasoline<br />
Engines under Various Real Engine<br />
Conditions.<br />
Andreas Schaffrath, Andreas Sambel,<br />
Robert Bosch LLC<br />
Ruthenium-Based Catalyst in EGR Leg<br />
of a D-EGR Engine Offers Combustion<br />
Improvements Through Selective NO X<br />
Removal<br />
(<strong>2016</strong>-01-1277) (<strong>2016</strong>-01-0935) (<strong>2016</strong>-01-0952) (<strong>2016</strong>-01-0244)<br />
Monis Alam, Ashish Jaiswal, Jatin Agarwal,<br />
Ketan Yadav, Naveen Kumar, Delhi<br />
Technological University<br />
Optimisation of Expansion Ratio of an<br />
Advanced Compressed Air Engine Kit<br />
Gerben Doornbos, Stina Hemdal, Chalmers<br />
Univ. of Technology; Daniel Dahl, Volvo Car<br />
Corporation; Ingemar Denbratt, Chalmers<br />
Univ. of Technology<br />
Ammonia Generation and Utilization in a<br />
Passive SCR (TWC+SCR) System on Lean<br />
Gasoline Engine<br />
Gordon J. Bartley, Southwest Research<br />
Institute; Zachary Tonzetich, Ryan Hartley,<br />
UTSA<br />
Influence of HCCI and SACI Combustion<br />
Modes on NH 3<br />
Generation and Subsequent<br />
Storage across a TWC-SCR System<br />
(<strong>2016</strong>-01-1283) (<strong>2016</strong>-01-0934) (<strong>2016</strong>-01-0951) (<strong>2016</strong>-01-0257)<br />
Akshay Kumar; Ashraya Gupta; Ketan<br />
Kamra, Delhi Technological University<br />
Comparative Study of Emissions and<br />
Performance of Hythane Boosted SI Engine<br />
Powered by Gasoline-Methanol Blend and<br />
Gasoline-Ethanol Blend<br />
Vitaly Y. Prikhodko, James E. Parks, Josh<br />
A. Pihl, Todd J. Toops, Oak Ridge National<br />
Laboratory<br />
Development of Non-Copper Spinel Mixed<br />
Metal Oxides for Zero-Precious Metal and<br />
Ultra-Low Precious Metal Next-Generation<br />
TWC<br />
Jordan Elizabeth Easter, Stanislav V. Bohac,<br />
University of Michigan<br />
Impact of Rh Oxidation State on NOx<br />
Reduction Performance of a Multi-<br />
Component Commercial Lean NOx Trap<br />
(LNT) Catalyst<br />
(<strong>2016</strong>-01-1281) (<strong>2016</strong>-01-0933) (<strong>2016</strong>-01-0947) (<strong>2016</strong>-01-0261)<br />
Jatin Agarwal, Monis Alam, Ashish Jaiswal,<br />
Ketan Yadav, Naveen Kumar, Delhi<br />
Technological University<br />
Some Experimental Studies on Use of<br />
Biodiesel as an Extender in SI Engine<br />
Steve Golden, Zahra Nazarpoor, Maxime<br />
Launois, Ru-Fen Liu, Pardha Maram, CDTi<br />
Development of Low Temperature Active<br />
Material for Three Way Catalyst<br />
Junhui Li, Neal Currier, Aleksey Yezerets,<br />
Cummins Inc.; Hai-Ying Chen, Howard<br />
Hess, Shadab Mulla, Johnson Matthey Inc.<br />
Rapidly Pulsed Reductants in Diesel NOx<br />
Reduction by Lean NOx Traps: Effects of<br />
Mixing Uniformity and Reductant Type<br />
(<strong>2016</strong>-01-1269) (<strong>2016</strong>-01-0932) (<strong>2016</strong>-01-0956) (<strong>2016</strong>-01-0258)<br />
Naveen Kumar, Delhi Technological<br />
University; Harveer Singh Pali, NIET Gr.<br />
Noida & CASRAE, DTU<br />
Masanori Hashimoto, Yoshiyuki Nakanishi,<br />
Hiroshi Koyama, Syouji Inose, Hiroki<br />
Takeori, Takayuki Watanabe, Takeshi<br />
Narishige, Tatsuya Okayama, Yukio Suehiro,<br />
Honda R&D Co. Ltd.<br />
Amin Reihani, Benjamin Corson, John<br />
W. Hoard, Galen B. Fisher, University of<br />
Michigan; Evgeny Smirnov, Dirk Roemer,<br />
Joseph Theis, Christine Lambert, Ford<br />
Motor Company<br />
Organizers:<br />
Bashar AbdulNour, General Dynamics Land<br />
Systems; Jeffrey Bozeman, General Motors<br />
Co.; Tao Zhan, California Air Resources<br />
Board<br />
Climate Control Load Reduction Strategies<br />
for Electric Drive Vehicles in Cold Weather<br />
Matthew A. Jeffers, Larry Chaney, John<br />
P. Rugh, National Renewable Energy<br />
Laboratory<br />
Thermal Storage System for Electric Vehicle<br />
Cabin Heating Component and System<br />
Analysis<br />
Tim J. LaClair, Zhiming Gao, Omar<br />
Abdelaziz, Oak Ridge National Laboratory;<br />
Mingyu Wang, Edward Wolfe, Timothy<br />
Craig, MAHLE Behr Troy Inc.<br />
Experimental Study of an Air Conditioning-<br />
Heat Pump System for Electric Vehicles<br />
Lili Feng, Predrag Hrnjak, University of<br />
Illinois<br />
Experimental Study of an Air Conditioning-<br />
Heat Pump System for Electric Vehicles<br />
Lili Feng, Predrag Hrnjak, University of<br />
Illinois<br />
Long-Haul Truck Sleeper Heating Load<br />
Reduction Package for Rest Period Idling<br />
Jason Aaron Lustbader, Bidzina Kekelia,<br />
Jeff Tomerlin, Cory J. Kreutzer, National<br />
Renewable Energy Laboratory; Skip Yeakel,<br />
Steven Adelman, Volvo Group North<br />
America; Zhiming Luo, John Zehme, Aearo<br />
Technologies LLC<br />
continued on next page<br />
<strong>SAE</strong> <strong>2016</strong> World Congress 77