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Analysis on Motorcycle Turning with Multibody Dynamic Simulations
SETC2005/JSAE-11

Authors

Tetsuya Kubota - Kawasaki Heavy Industries, Ltd.
Eiichi Yagi - Kawasaki Heavy Industries, Ltd.
Moriyuki Sakamoto - Kawasaki Heavy Industries, Ltd.
Hideto Yoshitake - Kawasaki Heavy Industries, Ltd.

Abstract

Keywords

Motorcycle, Vehicle Dynamics, Simulation, Maneuverability, Stability

Abstract

Multibody dynamic simulations have become a powerful tool to analyze motorcycles. One of the purposes of motorcycle simulations is to complement experimental data and obtain immeasurable physical values. The other purpose is for parameter studies. With computer simulations, one can easily change motorcycle parameters without changing other parameters. In this paper, turning simulations at the circuit corner are conducted to demonstrate the effectiveness of simulations for these two purposes. By estimating the tire forces at the turning, the remaining friction margin is revealed. The parameter study shows the effects of influential parameters on maneuverability and stability.

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