| OPTIMUM DISTRIBUTION OF YAW MOMENT FOR UNIFIED CHASSIS CONTROL WITH LIMITATIONS ON THE ACTIVE FRONT STEERING ANGLE |
| S. YIM1, W. CHO2, J. YOON2, K. YI2 |
1Chungnam National University
2Seoul national university |
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| ABSTRACT |
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This paper describes an optimum distribution method for yaw moment for use with unified chassis control (UCC) with limitations on the active front steering (AFS) angle. Although the UCC has been assumed to have no AFS angle limitation in the literature, a physical limitation exists in real applications. To improve upon the previous method, a new optimum distribution method for yaw moment is proposed that takes this limitation into account. This method derives an optimum longitudinal/lateral force using the Karush-Kuhn-Tucker (KKT) optimality condition, and a simulation is performed to validate the proposed method. The simulation results indicate that the limitation on the AFS angle increases longitudinal braking force and, therefore, reduces the vehicle speed and the side-slip angle. |
| Key Words:
Lateral stability, Yaw moment distribution, Unified chassis control (UCC), Active front steering (AFS), Electronic stability control (ESC) |
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