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Seismic Performance of Wall-Stud Shear Walls

机译:壁式剪力墙的地震性能

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摘要

The ever-increasing need for housing generated the search for new and innovative building methods to increase speed, efficiency and enhance quality, one direction being the use of light steel profiles as load bearing elements and different materials for cladding. Wind and seismic behavior of these structures is influenced by the hysteretic characteristics of the shear wall panels. In this paper a review of actual research in the field and results of a full-scale shear test program on wall panels are presented. Based on tests, a numerical equivalent model for hysteretic behavior of wall panels working in shear was built to be used in 3D dynamic nonlinear analysis of cold-formed steel framed buildings.
机译:不断增加的住房需求为新的和创新建筑方法的搜索增加,以提高速度,效率和增强质量,一个方向是使用轻钢型材作为负载元件和用于包层的不同材料。这些结构的风和地震行为受剪切墙板的滞圈特性的影响。本文提出了对现场实际研究的综述,并提出了墙板上全尺寸剪切试验程序的结果。基于试验,建立了一种用于剪切工作的墙板滞圈行为的数值等同模型,用于冷成型钢框架建筑的3D动态非线性分析。

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