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SAE 2012 Commercial Vehicle Engineering Congress
Technical Session Schedule
Wednesday, October 3
Chassis and Suspension Design and Analysis for Improved Ride and Handling
(Session Code: CV208)
Room 49 2:45 p.m.
This session is dedicated to aspects related to modeling, simulation, and experimental studies as developed for and applied to vehicle chassis, steering, and suspension. Experimental studies are extremely valuable in better understanding vehicle system performance, and particularly, improving the quality of ride and handling. Examples of topics include modeling and experimental studies for chassis and suspension tuning, steering synthesis, and tire-road pressure studies for commercial vehicles.
Organizers - Tjong T. Lie; Jeffrey S. Nibbelink, Link Manufacturing, Ltd.; Seyed Hossein Tamaddoni, General Motors
Chairpersons - Tjong T. Lie
| Time |
Paper No. |
Title |
| 2:45 p.m. |
2012-01-1931
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Effect of Semi-Active Front Axle Suspension Design on Vehicle Comfort and Road Holding for a Heavy Truck
Hoda Yarmohamadi, Volvo Group Trucks Technology; Viktor Berbyuk, Chalmers University of Technology
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| 3:05 p.m. |
2012-01-1934
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Design and Development of Front Air Suspension for Front Engine Bus with Floor at Entry Plus One Step
Amol Prasad Sharma, Gopi Kannan N, Sudarsanam S, Ashok Leyland Ltd.
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| 3:25 p.m. |
2012-01-1911
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Hydropneumatic Suspension Design for Light Military Tracked Vehicle
Ganesh Vijaykumar Kinagi, Tata Technologies Ltd; Syam Prasad Pitchuka, Tata Motors Ltd; Dnyanesh Sonawane, Tata Technologies Ltd
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| 3:45 p.m. |
2012-01-1930
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A Comparative Analysis of WHR System in HD Engines Using Conventional Diesel Combustion and Partially-Premixed Combustion
Prakash Narayanan Arunachalam, Bjorn Nyberg, Martin Tuner, Per Tunestal, Lund University
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2012-01-1928
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Structure Optimization and Interior Noise Reduction of Commercial Vehicle Cab (Written Only -- No Oral Presentation)
Guangming Wu, Wenku Shi, Wei Yang, Zhiyong Chen, Shichao Wang, Jilin University
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2012-01-1935
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Mechanical Design of the Articulated Suspension Exploratory Platform ASEP (Written Only -- No Oral Presentation)
Herbert Baumgartner, Texas A&M University; Nina Robson, Texas A&M University, UC Irvine
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Planned by Chassis and Suspension Group / Commercial Vehicle Activity
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