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SAE 2016 WORLD CONGRESS & EXHIBITION

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TECHNICAL SESSIONS<br />

TIME<br />

TUESDAY, APRIL 12 - AFTERNOON<br />

Technical and Business Sessions<br />

SESSION TITLE, DESCRIPTION, AND ROOM<br />

BODY/CHASSIS/<br />

SAFETY/STRUCTURE<br />

140 C 142 B 142 C 140 E<br />

Occupant Protection:<br />

Biomechanics (SS501)<br />

The Biomechanics session presents<br />

new research on automotive occupant<br />

kinematics, human injury biomechanics,<br />

and human tolerance in an automotive<br />

environment. This includes new<br />

methodologies in the study of human injury,<br />

studies of human interaction with occupant<br />

protection systems, technological advances<br />

in physical and virtual anthropomorphic test<br />

devices, and other experimental, analytical<br />

and modeling studies on the biomechanics<br />

of human injury.<br />

1:00 p.m. - 5:30 p.m.<br />

Occupant Protection: Safety Test<br />

Methodology (Part 2 of 2) (SS508)<br />

This session presents papers in testing and<br />

modeling of safety-related technologies,<br />

covering (1) improved, new and innovative<br />

full/sub-system/component physical and<br />

CAE-based test methodologies pertaining<br />

to frontal, side, and pedestrian impacts; and<br />

dummy evaluations; (2) Calculation algorithm<br />

for 3D_IRTRACC for safety research, and<br />

(3) special topics including data mining,<br />

the wagging root uncertainty, boot effect<br />

under blast loading, and a methodology for<br />

predicting periprosthetic injuries.<br />

1:00 p.m. - 4:00 p.m.<br />

Tire and Wheel Technology (Part 2<br />

of 2) (SS700)<br />

The aim of this symposium is to provide<br />

a forum to bring together researchers do<br />

discuss and disseminate the research on tire<br />

and wheel technology. Examples of topics<br />

to this symposium include (but are not limited<br />

to) nonlinear behavior of tires and wheels,<br />

static/dynamic stress analysis, nonlinear<br />

material modeling, contact stress, impact,<br />

noise, vibration, traction, hydroplaning,<br />

effect of tires on vehicle performance, rolling<br />

resistance, and durability.<br />

1:00 p.m. - 4:00 p.m.<br />

Vehicle Aerodynamics (Part 3 of<br />

8): Commercial Vehicles (SS800)<br />

Commercial vehicle aerodynamics is<br />

considered from both a component and<br />

test facility perspective. The effect of sideskirts<br />

is explored using a water tank. CFD<br />

is used to explore blockage effects in full<br />

scale wind tunnel tests.Finally, Scanias New<br />

CD7 Climatic Wind Tunnel Facility for Heavy<br />

Trucks and Buses is described.<br />

2:00 p.m. - 3:30 p.m.<br />

4:00<br />

p.m.<br />

4:30<br />

p.m.<br />

5:00<br />

p.m.<br />

Organizers:<br />

Elizabeth M. Fievisohn, Virginia Tech.; Jacob<br />

L. Fisher, Exponent Inc.; Warren N. Hardy,<br />

Virginia Tech.<br />

Introduction of two new pediatric finite<br />

element models for pedestrian and<br />

occupant protections<br />

(<strong>2016</strong>-01-1492)<br />

Ming Shen, Haojie Mao, Wayne State<br />

University; Binhui Jiang, Hunan University;<br />

Feng Zhu, Xin Jin, Wayne State University;<br />

Liqiang Dong, Hunan University; Suk Jae<br />

Ham, Palani Palaniappan, TEMA; Clifford<br />

Chou, King Yang, Wayne State University<br />

Rapid Development of Diverse Human Body<br />

Models for Crash Simulations through Mesh<br />

Morphing<br />

(<strong>2016</strong>-01-1491)<br />

Eunjoo Hwang, University of Michigan;<br />

Jason Hallman, TEMA; Katelyn Klein,<br />

Jonathan Rupp, Matthew Reed, Jingwen<br />

Hu, University of Michigan<br />

Constitutive Modeling of Brain Parenchyma<br />

Taking Account of Strain Rate Dependency<br />

with Anisotropy and Application to Brain<br />

Injury Analyses<br />

(<strong>2016</strong>-01-1485)<br />

Noritoshi Atsumi, Yuko Nakahira, Masami<br />

Iwamoto, Toyota Central R&D Labs., Inc.;<br />

Satoko Hirabayashi, Nagoya University;<br />

Eiichi Tanaka, Nagoya University, Tokai<br />

Polytech College<br />

Planned by Occupant Protection Committee<br />

/ Automobile Body, Chassis, Safety, and<br />

Structures Activity<br />

Organizers:<br />

Clifford C. Chou, Adjunct professor WSU;<br />

Anindya Deb, Indian Institute of Science; P.<br />

Miller II, MGA Research Corp.<br />

Chairpersons:<br />

Helen A. Kaleto, MGA Research Corp.;<br />

Robert W. McCoy, Ford Motor Company<br />

Planned by Occupant Protection Committee<br />

/ Automobile Body, Chassis, Safety, and<br />

Structures Activity<br />

Organizers:<br />

Volker Hildebrand, Continental Tire North<br />

America Inc.; David L. Howland, General<br />

Motors Co.; Jaehyung Ju, Univ. of North<br />

Texas; Neel K. Mani, Timothy A. Marantis,<br />

Bridgestone Americas Inc.; Peter Thomas<br />

Tkacik, Univ. of North Carolina Charlotte;<br />

Rick S. Wallace, General Motors Co.<br />

Planned by Tire and Wheel Committee /<br />

Automobile Body, Chassis, Safety, and<br />

Structures Activity<br />

Organizers:<br />

Adrian P. Gaylard, Jaguar Land Rover;<br />

Gregory Fadler, FCA US LLC; Kevin Golsch,<br />

Exa Corporation; Kurt Zielinski, Honda R &<br />

D Americas Inc.<br />

Planned by Vehicle Aerodynamics<br />

Committee / Automobile Body, Chassis,<br />

Safety, and Structures Activity<br />

<strong>SAE</strong> <strong>2016</strong> World Congress 35

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