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Benefits of inerters for multi-car trains

机译:惰性气体对多车厢列车的好处

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This paper applies the inerter to multi-car trains, and discusses its benefits in improving system stability and performance. An inerter is a genuine two-terminal passive mechanical element, whose reacting force is proportional to the relative acceleration of its terminals. In this paper, we build the model of multi-car trains, and discuss the advantages of applying inerters in the suspensions. The study is carried out by three steps. First, we construct a thirty-one degree-of-freedom full-train model. Second, we show that inerters can significantly improve the system's stability and performance. Last, we link multi cars, and discuss the impacts of connecting cars on system stability and performance. Based on the results, the inerters are deemed effective in improving the performance and stability of multi-car trains. Furthermore, connecting cars tends to decrease the critical speed and increase the settling time, but has no influence on the passenger comfort.
机译:本文将惯性器应用于多厢列车,并讨论了其在改善系统稳定性和性能方面的优势。惰轮是真正的两端子被动机械元件,其反作用力与其端子的相对加速度成比例。在本文中,我们建立了多车列车的模型,并讨论了在悬架中使用惰性气体的优势。该研究分三个步骤进行。首先,我们构建一个三十一自由度全训练模型。第二,我们证明惰性气体可以显着提高系统的稳定性和性能。最后,我们链接多辆汽车,并讨论连接汽车对系统稳定性和性能的影响。根据结果​​,该惰性气体被认为可以有效地改善多厢列车的性能和稳定性。此外,连接的汽车往往会降低临界速度并增加稳定时间,但不会影响乘客的舒适度。

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