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Performance Comparison of Semi-Active Suspension and Active Suspension System Using MATLAB/ Simulink

机译:使用MATLAB / Simulink的半主动悬架和主动悬架系统的性能比较

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In this paper a brief introduction to MR damper and its various types with a brief introduction to vehicle primary suspension system is presented along with analysis of a semiactive suspension system. Isolation from the forces transmitted by external excitation is the fundamental task of any suspension system. The heart of a semi active suspension system is the controllable damper. In this paper, the ride and handling performance of a specific vehicle with passive suspension system is compared to semiactive suspension system. The body suspension wheel system is modeled as a two degree of freedom quarter car model. Simulation is carried out using MATLAB/Simulink. The developed design allows the suspension system to behave differently in different operating conditions, without compromising on road-holding ability. Controller has been developed for semi active suspension. The result shows improvement over passive suspension method.
机译:在本文中,对MR阻尼器及其各种类型进行了简要介绍,并简要介绍了车辆主悬架系统,并对半主动悬架系统进行了分析。与外部激励传递的力隔离是任何悬架系统的基本任务。半主动悬挂系统的核心是可控制的阻尼器。在本文中,将具有被动悬架系统的特定车辆与半主动悬架系统的行驶和操纵性能进行了比较。车身悬架轮系统建模为两自由度四分之一汽车模型。使用MATLAB / Simulink进行仿真。发达的设计使悬架系统在不同的工作条件下具有不同的性能,而不会影响抓地力。已开发出用于半主动悬挂的控制器。结果表明,相对于被动悬架方法,该方法有所改进。

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