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Research on bus anti-rollover model in extreme-turn conditions and active control method based on computer simulation

机译:极端转弯条件下的车辆防侧倾模型及基于计算机仿真的主动控制方法研究

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Aimed at the problem that it is easy for buses to roll in the extreme-turn conditions, the paper finished a series of analysis. First, bus turning driving dynamics model was established based on the effect of suspension motion on roll angle. In the extreme-turn conditions Roll stability and critical roll angle threshold were analyzed, and formulas of roll angle prediction and roll angle threshold of rollover prevention were derived; Second, taking the roll angle prediction and roll angle threshold as judging condition of extreme-turn rollover prevention warning and active control, active safety control of extreme-turn rollover prevention was achieved through changing speed. At last, taking the bus parameters as an example, correctness and effectiveness of the method was validated through joint simulation of Matlab/Simulink and TruckSim. The results show that the method can achieve bus rollover prevention control to some extent in the extreme-turn conditions.
机译:针对公交车在极端转弯条件下容易滚动的问题,本文进行了一系列分析。首先,基于悬架运动对侧倾角的影响,建立了公交转弯行驶动力学模型。分析了极端转弯条件下的侧倾稳定性和临界侧倾角阈值,推导了侧倾角预测和防侧倾角阈值的公式。其次,将侧倾角预测和侧倾角阈值作为极限转弯预防警告和主动控制的判断条件,通过改变速度实现了极限转弯预防的主动安全控制。最后以总线参数为例,通过Matlab / Simulink和TruckSim的联合仿真,验证了该方法的正确性和有效性。结果表明,该方法可以在极端转弯的情况下实现一定程度的防侧翻控制。

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