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Study Response of Fixed Base and Isolation Base

机译:固定座和隔离座的研究响应

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A natural calamity like an earthquake has taken the tolls of millions of lives through out in past. The nature of induced forces due to earthquake is reckless and last only for short duration of time. The base isolation system separates the structure from its foundation and primarily moves the natural frequency of the structure away from the excitation frequency range through its low stiffness relative to that of the upper structure. Hence base isolation allows a design for smaller seismic forces and higher levels of safety compared with the design of fixed-base structures. Instead, a well-designed isolated building will not suffer any important damages even under strong earthquakes and so no repairing works will be needed. In this study, the response of fixed base and isolated base building is to be studied with different techniques and it is to be studied with the suitable software. In this paper the (G+25) storied frame structure is taken to compared with the seismic effect of fixed bas structure with respect isolated structure .the (G+25) storied RCC frame structure is design is design with base isolation by using ETAB software by the lead rubber bearing (LRB) is used as an isolator which having efficient result for RCC frame structure over the fixed base structure the report show that the values for lateral loads come very less by using lead rubber bearing .
机译:过去,自然灾害如地震已使数百万人丧生。地震引起的感应力的性质是鲁ck的,并且只能持续很短的时间。基础隔离系统将结构与其基础分开,并通过相对于上部结构的低刚度,使结构的固有频率从激励频率范围移开。因此,与固定基础结构的设计相比,基础隔震可以实现较小的地震力和更高的安全性。相反,精心设计的隔离式建筑物即使在强烈地震下也不会遭受任何重大破坏,因此不需要维修工作。在这项研究中,将使用不同的技术研究固定基础和隔离基础建筑的响应,并使用合适的软件进行研究。相对于隔震结构,本文采用(G + 25)多层框架结构与固定基底结构的抗震效果进行了比较。利用ETAB软件设计了具有隔震基础的(G + 25)多层RCC框架结构。铅橡胶轴承(LRB)被用作隔离器,在固定基础结构上对RCC框架结构产生了有效的结果。报告显示,使用铅橡胶轴承可以减小横向载荷的值。

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