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Strengthening of Historic Reinforced Brick Wall Building Implemented with Energy Dissipation devices *

机译:采用消能装置加强历史悠久的钢筋砖墙建筑*

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This research compared with the seismic response analysis of two stories historic reinforced brick wall building stand up Di-Hwa street of famous historic area in the north of Taipei city, which implemented or not implemented with energy dissipation devices (fluid viscous damper-FVD).The analysis results shows a two stories historic reinforced brick wall building set to two rigid plate is more reasonable, structural strengthening by implemented with FVD is much better than the other structural strengthening method, for structural seismic resistant design, the earthquake induced building horizontal shear force decrease in 87.8 %; the response of acceleration decrease in 90.7%; the response of floor displacement decrease in 93.22%; The response of story drifts decrease in 91.4% in the minimum requirement of building base shear force under seismic resistant design code of Taiwan.
机译:这项研究与两层历史悠久的钢筋混凝土建筑的地震反应分析相比较,该建筑物位于台北市北部著名历史区域的迪华街,该街道采用或不采用耗能装置(流体粘性阻尼器-FVD)实施。分析结果表明,将两层楼高的历史性砖墙建筑设置为两个刚性板更为合理,采用FVD实施结构加固要比其他结构加固方法要好得多,对于结构抗震设计,地震引起的建筑物水平剪力下降87.8%;加速度响应下降90.7%;地板位移的响应降低了93.22%;根据台湾抗震设计规范,对于建筑物基础剪力的最低要求,楼层漂移的响应降低了91.4%。

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