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Integrating Mechanics and Electronics to Prevent Skidding on Icy Roads
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English
Abstract
The paper describes a computer-based steering control system which can stabilize the vehicle against skidding on icy roads. The operating principle and the control algorithms are discussed. A computer simulation of the vehicle dynamics shows excellent practical potential for the proposed system to enhance safety under hazardous road conditions.
Authors
Topic
Citation
Seireg, A. and El-Deen, Y., "Integrating Mechanics and Electronics to Prevent Skidding on Icy Roads," SAE Technical Paper 880326, 1988, https://doi.org/10.4271/880326.Also In
References
- Shadel, E. Brewer “Vehicle Braking Stability and Control” SAE paper No. 830562 1983
- Jaksch, Fo “The Influence of Different Vehicle Parameters on Steering Controllability and Stability” I Mech E Conference Publications 1983-5
- Ronald, M. “Some Aspects on Suspension Design Parameters for improved Vehicle Response at the Limit of Adhesion” I Mech E Conference Publications 1983-5
- Enke, K. “Improvement of the Ride Handling Compromise of Progress in the Elasto-Kinematic System of Wheel Suspension” I Mech E Conference Publications 1983-5
- Sato. H. et al “Dynamic Characteristics of a Whole Steering Vehicle with Yaw Velocity Feed Back Rear Wheel Steering I Mech E Conference Publications 1983-5
- Hienz, L. Armin “Pour Years of Experience with Pour Wheel Anti-skid Brake Systems (ABS)” SAE Paper no. 830481 1983
- Hassam El-Deen, Y Seireg. A “Mechatronics for Cars” CIME, Computing in Mechanical Engineering 5 4 January 1987
- Ellis, J.R. Vehicle Dynamics Business Books London, England 1969
- Dugoff. H et al “Tire Performance Characteristics Affecting Vehicle Response to Steering and Braking Control Inputs” Pinal Report for Contract No. CST.460 Office of Vehicle System Research, National Bureau of Standards Washington, B.C. August 1969