In the event of a sudden tire blowout,control of the vehicle's motion trajectory becomes crucial for ensuring driving safety.Recognizing that a driver's reaction capability and intent have a direct impact on vehicle dynamics during emergencies,this paper focuses on the analysis of vehicle motion trajectories under tire blowout conditions,considering driver intent.Based on adjustments to the tire parameters of the vehicle model for the blown-out wheel,combined with the driver's intention to counter-steer,dynamic simulation analysis is conducted using CarSim.This study investigates the trends in yaw rate changes under different steering scenarios,laying foundational research for subsequent stability control strategies after a blowout.
关键词
爆胎/仿真模型/横摆角速度/稳定性控制
Key words
Blowout/Simulation Model/Yaw Rate/Stability Control
维普
万方数据