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Calculation of Ride Comfort Quality for a Vehicle with ER Fluids

机译:含ER流体的车辆平顺性的计算

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摘要

A full-car model consisting of primary, cabin and seat suspension is established to study the ride comfortrnperformance of a kind of semi-active suspension using ER fluids damper. A cylindrical ER damper is used to tenuate thernseat vibration due to the external excitations from the cabin floor. A sliding mode controller is formulated to control thernseat vibration based on the Bingham model for electrorheological fluid materials. The responses of passive andrnsemi-active suspension are obtained through using of the MATLAB tools. The performance of the semi-active suspension,rnas well as passive suspension, is undertaken to demonstrate the advances of the system and the practical feasibility ofrnthe proposed seat suspension.
机译:建立了由主悬架,机舱和座椅悬架组成的全车模型,以研究一种使用ER流体阻尼器的半主动悬架的乘坐舒适性。圆柱形的ER阻尼器用于减轻由于驾驶室地板的外部激励而引起的座椅振动。基于电流变流体材料的Bingham模型,制定了滑模控制器来控制座椅振动。被动和半主动悬架的响应是通过使用MATLAB工具获得的。进行了半主动悬架,无人驾驶悬架和被动悬架的性能测试,以证明该系统的进步以及所提出的座椅悬架的实际可行性。

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