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Retrofitting of soft storey building by using different bracing system due to earthquake load

机译:用不同支撑因地震载荷用不同支撑系统改造

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In this research, one residential building of soft storey situated at Serernban, Negeri Sembilan is selected. SAP 2000 which is structural analysis software is being used to determine the maximum displacement and base shear of the soft storey. Four different types of model are introduced to do the modeling. Acheh, Indonesia earthquake data is considered for time history analysis. The comparison of these models for different type of bracing system like X bracing type and V bracing type is carried out. Based on this comparative study, it can conclude that model 3 which is V bracing type is the best and effective method of bracing system for soft storey building. From the result obtained, it shown that V bracing has the lowest value for maximum displacement compared other 3 models. In addition, V bracing type also showed the lowest value of base shear. Thus, it proved that V bracing type reduces the maximum displacement and base shear of the soft storey building.
机译:在这项研究中,选择了位于塞尔纳班,Negeri Sembilan的软楼的一个住宅建筑。 SAP 2000是结构分析软件的用于确定软层的最大位移和基础剪切。引入了四种不同类型的模型来进行建模。 Acheh,印度尼西亚地震数据被认为是时间历史分析。进行对不同类型的支撑系统的这些模型的比较,如X支撑型和V支撑型。基于该比较研究,它可以得出结论,型号3是V支撑型的模型是软层面建筑的最佳和有效的支撑系统方法。从得到的结果中,它表明,V支撑具有最大位移的最低值与其他3个模型相比。此外,V支撑型还显示出底剪的最低值。因此,证明了V支撑型减少了软层面建筑的最大位移和基础剪切。

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