SAE 2013 World Congress & Exhibition

Room D3-18
Automotive Active Safety Systems help prevent accidents or mitigate accident severity. Some active safety systems provide warnings to the driver in
critical situations, while other systems respond to threats by automatically braking and steering the vehicle. Active Safety systems are enabled by onboard
sensors, together with environmental sensors such as radars and cameras. In the future, car-to-car and car-to-infrastructure communication
will enhance system functionality and performance.
Organizers -
Tire and Wheel Technology
Session Code: AC400
Room D3-20
Joseph Kanianthra, Active Safety Engineering LLC; Walter Kosiak, Delphi Corp.
Planned by Automobile Chassis Activity / EMB Land and Sea Group
Wednesday, April 17
Topics will include analytical, numerical, experimental studies of nonlinear behavior of tires and wheels including, but not limited to: static/dynamic
stressanalysis, nonlinear material modeling, contact stress, impact, noise, vibration, traction, hydroplaning, performance evaluation, rolling resistance,
and durability.
Organizers -
John D. Andrus; Jaehyung Ju, Univ. of North Texas; Neel K. Mani, Timothy A. Marantis, Bridgestone
Americas Inc.; Rick S. Wallace, David L. Howland, General Motors LLC
Time Paper No. Title
2013-01-0740
2013-01-0741
2013-01-0742
2013-01-0743
2013-01-0744
2013-01-0745
2013-01-0746
Session Time:
1:00 p.m.
Preliminary Information
Inclusion of a paper title in this preliminary program does not indicate acceptance of the manuscript. Final technical paper selections
expected by January 18, 2013 and the schedule will be finalized by January 25, 2013.
Session Time:
8:00 a.m.
Preliminary Information
Inclusion of a paper title in this preliminary program does not indicate acceptance of the manuscript. Final technical paper selections
expected by January 18, 2013 and the schedule will be finalized by January 25, 2013.
Minimum Testing Requirement for SAE J2562
Ken R. Archibald, Independent Test Services
Experimental and Numerical Analysis of the Conceptual Next
Generation Ecology Tire¿¿First Report¿
Isao Kuwayama, Hiroyuki Matsumoto, Hisashi Heguri, Bridgestone Corp.
Health Sensing with Smart Polymers and Rubber Components on
Vehicles (i.e. Tires, Hoses)
Brittany Ann Newell, Gary Krutz, Keith Harmeyer, Michael Holland, Purdue
University
Using Objective Vehicle Handling Metrics for Tire Performance
Evaluation and Selection
Srikanth Sivaramakrishnan, Saied Taheri, Dept. of Mech Engg, Virginia Tech
Development of Intelligent Tire System
Hee Young Jo, Myungki Yeom, Jeongjin Lee, Hyundai Motor Company;
Kyushik Park, Mando Corp; Jaegeun Oh, Corechips
Wheel Fastening System Check
Ken R. Archibald, Independent Test Services
Concept of Tire Carcass Camber and Application for Overturning
Moment Modeling
Dang Lu, Dawei Wang, Chunxue Wang, Konghui Guo, ASCL State Key Lab.
Jilin Univ.