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Comparative Study on the Pseudo-Dynamic Testing of Semi-Rigid Connection of Steel Frames with or without Brace

机译:钢框架半刚性连接的比较研究

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The horizontal stiffness of steel frame is relatively weak. So designers introduce brace system into steel frame to increase the horizontal stiffness. In order to guarantee the safety of the structure, we should imitate the performance of the structure under seismic loads. In this paper, the pseudo-dynamic test was conducted on the semi-rigid connection of steel frame and the semi-rigid connection of steel-braced frame. The test results show that the brace can increase the ductility of the structure, decrease the displacement of the top floor, decrease the interlayer displacement, and bear ground floor shearing-force. So the brace greatly impacts the performance of the structure. It has the ability of anti-earthquake and strong resistance ability of lateral force.
机译:钢框架的水平刚度相对较弱。因此,设计师将支架系统引入钢框架以增加水平刚度。为了保证结构的安全性,我们应该模仿地震载荷下的结构的性能。本文在钢框架的半刚性连接和钢支撑框架的半刚性连接上进行了伪动态试验。测试结果表明,支架可以增加结构的延展性,降低顶层的位移,降低层间位移,并承受底层剪切力。所以支架会影响结构的性能。它具有抗震能力和侧向力的强抵抗能力。

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