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Optimization and comparison of passive, active, and semi-active vehicle suspension systems

机译:无源,主动和半主动车辆悬架系统的优化与比较

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In the vehicle suspension design the optimal suspension should fulfil the following basic requirements: the ride comfort, reduction of dynamic road-tyre forces, and reduction of relative motions between the vehicle bodies. Controllable suspension systems are required to improve the compromise between the conflicting demands. In the paper the performances of the passive suspensions are optimized and compared with the performances of active and semi-active suspensions (quarter car models).
机译:在车辆悬架设计中,最佳悬架应满足以下基本要求:乘坐舒适,减少动态道路轮胎,以及车身之间的相对运动。 需要可控悬架系统来改善冲突需求之间的折衷。 在纸质中,与主动和半主动悬架的性能进行了优化并进行了优化了无源悬浮液的性能(四分之一车型)。

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