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Modeling the steering wheel influence by the driver on the vehicle's motion stability

机译:通过驾驶员对车辆运动稳定性的影响建模方向盘影响

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摘要

In this article, a mathematical model was developed to influence the intensity of the steering wheel turn by the driver on the vehicle's stability. Comparison of the developed mathematical model with the experiment results made it possible to establish their adequacy. The effect of the three conditional drivers on the intensity of the steering wheel was examined. When performing the 'J-turn' maneuver, comparing the indices of the 1st, 2nd and 3rd conditional drivers, their proximity to the requirements of the standard was established. It was found that the indices of the second conditional driver are closest to the standard requirements. When performing the 'Single Lane Change' maneuver by the first conventional driver, the standard deviation value from the specified trajectory was 0.102, and the correlation index was 0.88.
机译:在本文中,开发了一种数学模型来影响方向盘转向驾驶员对车辆稳定性的强度。 通过实验结果的发育数学模型的比较使其成为其充分性。 检查了三种条件驱动器对方向盘强度的影响。 在执行“j转”机动时,比较第1,第2和第3条条件驱动因素的指数,建立了对标准要求的邻近。 发现第二个条件驱动程序的指标最接近标准要求。 当由第一传统驱动器执行“单车道改变”机动时,指定轨迹的标准偏差值为0.102,相关指数为0.88。

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