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首页> 外文期刊>Proceedings of the Institution of Mechanical Engineers, Part D. Journal of Automobile Engineering >Non-linear tyre forces estimation based on vehicle dynamics observation in a finite time
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Non-linear tyre forces estimation based on vehicle dynamics observation in a finite time

机译:基于有限时间内车辆动力学观测的非线性轮胎力估计

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This paper presents a new method for estimating tyre forces. The tyre-road contact set in play the dynamics of the vehicle. Through the reconstruction of the vehicle dynamics, the tyre forces can be estimated. The approach used here to reconstruct the vehicle dynamics and to estimate the tyre forces is based on the techniques of sliding-mode observers. The structure of the observer is developed on the basis of a four-wheeled vehicle model. The latter is a rigid-body model with 14 degrees of freedom. Then a vehicle dynamics state is defined with the tyre forces considered as variables with unknown dynamics. A step-by-step algorithm based on the sliding-mode observer is designed in order to reconstruct the vehicle dynamics in finite time and gives the estimation of the tyre forces. To examine the validity of the proposed approach, field-test data are used.
机译:本文提出了一种估算轮胎力的新方法。轮胎与路面的接触可发挥车辆的动力。通过车辆动力学的重建,可以估算轮胎力。此处用于重建车辆动力学和估算轮胎力的方法基于滑模观察器的技术。观察者的结构是基于四轮车辆模型开发的。后者是具有14个自由度的刚体模型。然后,将轮胎动力学状态定义为具有未知动力学的变量的轮胎力。设计了一种基于滑模观察器的分步算法,以便在有限时间内重建车辆动力学并估算出轮胎力。为了检验所提出方法的有效性,使用了现场测试数据。

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