Klaten DPRD建筑在7.0级地震作用下的结构性能评价

S. A. R. S. Hasibuan, D. A. Karisma, Talitha Zhafira
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引用次数: 0

摘要

印度尼西亚已经对几栋高层建筑进行了结构性能评估,作为业主安全保障要求的一部分,以确定建筑物的安全水平。为了确定结构在地震荷载作用下的性能,需要进行简单而准确的非线性分析。atc40中记录的容量谱方法(推覆分析)是一种基于两个基本假设的等效线性化形式:割线周期和等效阻尼。性能点估计结构的能力可以承受给定(需求)负载的位置;在性能方面,可以看出基于侧向位移的结构类别的损伤程度。模拟了一场震级为7.0级的地震将会在距离震中20公里的地方震动Klaten DPRD大楼。PGA(g)的数量将根据Cornell等人的公式计算。利用ETABS v9.7.4进行建筑结构建模。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Evaluation of the Structure of the Klaten DPRD Building When Affected by a 7.0 Magnitude Earthquake
Evaluation of structural performance in Indonesia has been carried out for several high-rise buildings as part of the owner's demands for safety guarantees to determine the level of security that the building has. A simple but accurate nonlinear analysis is needed to determine the structure's performance under earthquake loads. The capacity spectrum method (pushover analysis) documented in ATC 40 is a form of equivalent linearization based on two basic assumptions: secant period and equivalent damping. The performance point estimates where the capacity of the structure can withstand a given (demand) load; In terms of performance, the level of damage to the structure category based on lateral displacement can be seen. It is simulated that an earthquake will shake the Klaten DPRD building with a magnitude of 7.0 and 20 km from the epicenter. The amount of PGA(g) will be calculated based on the equation of Cornell et al. Building structure modeling was carried out with the help of ETABS v9.7.4.
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