针对阻尼控制和可能的悬架性能改进的单个颠簸识别可能性的仿真研究

Z. Klockiewicz, G. Ślaski, K. Dąbrowski
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引用次数: 0

摘要

本文介绍了基于悬架力功率的ISO 8608标准a级和B级道路上单个凸起识别可能性的仿真研究方法和结果。提出了在遇到障碍物后短时间内调整阻尼水平的算法,以实现悬架系统更快的能量耗散,并提出了一种通过这种控制来提高舒适性的方法。悬架力功率分析表明,在某些情况下,有可能识别单个颠簸,这将进一步讨论。对一种特殊设计的阻尼控制的使用结果的分析表明,由于控制策略的改变,舒适性的小幅改善是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation investigation of individual bumps recognition posibilities for damping control and possible suspension performance improvements
The paper presents the methodology and the results of simulation investigation of a possibility to recognize individual bumps on an A and B class roads of ISO 8608 standard on the base of suspension forces power. The algorithm for adjusting damping level for a short time after encountering such obstacles in order to achieve quicker dissipation of energy in a suspension system was presented as well as a potential way of improving comfort due to this control. Analysis of suspension forces power showed that there is a possibility to recognize individual bumps for certain cases, which will be discussed further. Analysis of the results of use of a specifically designed damping control shows that a small comfort improvement due to the change in control strategy is possible.
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