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Seismic Vulnerability and Parametric Study on a Bare Frame Building in Nepal

机译:尼泊尔裸露框架建筑物的地震易损性和参数研究

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Recent earthquakes have demonstrated a significant contribution of the masonry infill walls in the structural response of the reinforced concrete (RC) buildings. Field observations after the 25th Aprila??s earthquake in Nepal reinforce the conclusion regarding the influence of the infill walls increasing significantly the structural stiffness, which has a direct impact on the natural frequencies of the structure and of structural elements. Firstly, the manuscript focuses on the performance of the infilled RC structures. Secondly, a bare frame existing building in Nepal was studied, modelled and calibrated with results from data collected on ambient vibration tests. The seismic vulnerability of the building and a parametric study was conducted to study the influence of each material properties in the structural response. The influence of the infill masonry walls presence was also evaluated.
机译:最近的地震表明,砌体填充墙在钢筋混凝土(RC)建筑物的结构响应中做出了重要贡献。尼泊尔25月4日地震后的现场观察进一步证实了有关填充墙影响显着增加结构刚度的结论,这直接影响了结构和结构元件的固有频率。首先,手稿侧重于填充RC结构的性能。其次,根据从环境振动测试中收集到的数据结果,对尼泊尔现有的裸露建筑物进行了研究,建模和校准。对建筑物的地震脆弱性进行了参数研究,以研究每种材料特性对结构响应的影响。还评估了填充砌体墙的存在的影响。

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