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A Simulation Model for Motorcycle Rider's Control Behaviors
Technical Paper
978500
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English
Abstract
A basic control model for the motorcycle rider is proposed. The basic model is applied to three typical running tasks in order to discuss applicability of the model. The three running tasks are slalom, transient obstacle avoidance, and low speed lane change. It has been shown that the basic model can be applicable to these tasks when the model is modified minutely.
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Citation
Katayama, T., Nishimi, T., Okayama, T., and Aoki, A., "A Simulation Model for Motorcycle Rider's Control Behaviors," SAE Technical Paper 978500, 1997.Also In
References
- Sharp R. S. The Stability and Control of Motorcycles J. Mech. Engng. Sci. 13 1971 316 329
- Sharp R. S. The Influence of the Suspension System on Motorcycle Weave-mode Oscillations Vehicle System Dynamics 5 1976 147 154
- Kane T. R. The Effect of Frame Flexibilities on High Speed Weave of Motorcycles SAE paper, No. 780306 1978
- Sharp R. S. and Alstead C. J. The influence of Structural Flexibilities on the Straight-running Stability of Motorcycles Vehicle System Dynamics 9 1980 327 357
- Spierings P. T. J. The Effects of Lateral Front Fork Flexibility on the Vibration modes of Straight-running Single-Track Vehicles Vehicle System Dynamics 10 1981 21 35
- Weir D. H. and Zellner J.W. Lateral-Directional Motorcycle Dynamics and Rider Control SAE paper, No. 780304 1978
- Rice R. S. Rider Skill Influences on Motorcycle Maneuvering SAE paper, No. 780312 1978
- Aoki A. Experimental Study on Motorcycle Steering Performance SAE paper, No. 790265 1979
- Katayama T. , Aoki A. and Nishimi T. Control Behaviour of Motorcycle Riders Vehicle System Dynamics 17 1988 211 229