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Semi-active Base isolation System for Buildings using MR Dampers

机译:使用MR阻尼器的建筑物半主动隔震系统

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Due to limitations on the use of passive base isolation systems which show poor performance in near field seismic excitations or active systems which require high external power,as stand alone control devices for range of seismic excitations,a hybrid control system that mitigates the limitations of either passive or active control systems is preferred.The present study examines the use of semi–active base isolation systems vibration mitigation.A combination of base isolation and MR-dampers forms the control device that has been deployed as a base isolation unit in the building.A combination of GA–fuzzy based control algorithm has been proposed to be implemented as a control strategy.Scaled seismic inputs for both near and far field excitations have been used in this study on three story(base + three)building.The paper presents the analytical modeling and results obtained through numerical experiments.
机译:由于对在近场地震激励中表现较差的无源基础隔离系统或需要高外部功率的有源系统的使用存在局限性,因此,作为用于地震激励范围的独立控制设备,混合控制系统可以缓解这两种情况下的局限性首选被动式或主动式控制系统。本研究研究了半主动式基础隔振系统的减振作用。基础隔振和MR阻尼器的组合构成了控制设备,已被部署为建筑物中的基础隔振单元。提出了一种基于遗传算法的模糊控制算法作为控制策略。本研究在三层(基础+三层)建筑中使用了近场和远场激励的比例地震输入。分析建模和通过数值实验获得的结果。

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