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Seismic Performance of In-Filled Steel-Concrete Composite Columns Using Fiber Analysis Method

机译:纤维分析法分析钢管混凝土组合柱的抗震性能

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摘要

The study for cyclic load-displacement relationship and seismic characteristics of square Concrete-Filled Steel Tubular (CFT) columns is experimentally and analytically conducted. Nine CFT column specimens are tested under constant axial loading and monotonically increasing lateral loading. For predicting the strength and ductility of CFT columns, fiber analysis technique is used. The analytical results show reasonable agreement with experiment results and the moment capacity of CFT columns is predicted with reasonable accuracy using the fiber model. The influence of the steel tube on the lateral response of CFT columns is studied for the evaluation of seismic performance.
机译:通过实验和分析的方法研究了方形钢管混凝土柱的循环荷载-位移关系和抗震特性。在恒定的轴向载荷和单调增加的横向载荷下测试了九个CFT柱样品。为了预测CFT柱的强度和延展性,使用了纤维分析技术。分析结果表明与实验结果合理吻合,并且使用纤维模型可以合理地预测CFT柱的弯矩承载力。研究了钢管对CFT柱横向响应的影响,以评估其抗震性能。

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