Sliding mode control for comfort improvement in railway vehicles

M. Baier, F. Scholer, Daniel Zhao, W. Rulka, D. Abel
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引用次数: 1

Abstract

There already exist various investigations in the field of comfort improvement with the help of actuators in the secondary suspension. They are often based on the assumption that only track set irregularities but not trace are chosen as a disturbance variable of the system. The first part of this contribution describes how to ensure a comfortable journey along a track with inclination changes and no track set irregularities, using information on the trace and current vehicle position. If this technique is combined with comfort optimisation methods to control short-wave irregularities, the nonlinear parts of the characteristic curves of the spring and damper elements are used. The application of successful comfort optimisation methods, notwithstanding these nonlinearities, with the aid of Sliding Mode Control is given in the second part of the paper.
用于改善轨道车辆舒适性的滑模控制
在利用二次悬架作动器改善车辆舒适性的研究领域已经有了很多成果。它们通常基于只选择轨迹集不规则性而不选择轨迹作为系统扰动变量的假设。这篇文章的第一部分描述了如何利用轨迹和当前车辆位置的信息,确保沿着倾斜变化和没有轨道设置不规则的轨道进行舒适的旅行。如果将该技术与舒适优化方法相结合以控制短波不规则性,则使用弹簧和阻尼元件特性曲线的非线性部分。本文第二部分给出了在滑模控制的帮助下,尽管存在这些非线性,但成功的舒适性优化方法的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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