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Seismic Capacity Evaluation of Existing Reinforced Concrete School Building in Afghanistan

机译:阿富汗现有钢筋混凝土教学楼的抗震能力评估

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As shown above a 30 classrooms school building withRC-UM structure is studied to evaluate its strength againstearthquake actions. The 1st and 2nd levels of Japanese screeningmethod are applied in conducting this research. In this study,only strength of the vertical structural members is consideredin seismic capacity calculation. Therefore, having low shearstrength of RC columns caused to low seismic capacity of thisschool building. The result show that Is is lower than Iso inalmost all cases. Since there are several other school buildingswith different number of classrooms, stories, and structure typea detailed seismic capacity evaluation program is necessary.
机译:如上图所示,研究了具有RC-UM结构的30个教室的教学楼,以评估其抗震能力。日本筛选方法的第1级和第2级用于进行这项研究。在这项研究中,在计算抗震能力时只考虑了垂直结构构件的强度。因此,RC柱的抗剪强度低会导致该校舍的抗震能力低。结果表明,在几乎所有情况下,Is均低于Iso。由于还有其他几座教学楼,其教室,故事和建筑物类型不同,因此需要详细的抗震能力评估程序。

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