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Experimental evaluation of CFS braced-truss shear wall under cyclic loading

机译:循环荷载作用下CFS支撑桁架剪力墙的试验评估

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This research is focused on the cyclic behaviour of a new CFS braced-truss shear wall system which is different in skeleton configuration compared to conventional CFS framed walls. The specimens' maximum lateral load capacity, maximum deformation and failure modes of the system were investigated in this study in order to suggest improvements for future researches. The study showed that the performance of this kind of braced-truss CFS shear wall is satisfactory and using truss elements in the side span of the wall can cause higher strength compared to knee- and K-braced wall systems tested by the other researchers
机译:这项研究的重点是新型CFS支撑桁架剪力墙系统的循环行为,该系统的骨架构造与常规CFS框架墙相比有所不同。在本研究中,对标本的最大侧向承载能力,最大变形和破坏模式进行了研究,以期为今后的研究提出改进建议。研究表明,这种支撑桁架CFS剪力墙的性能令人满意,并且与其他研究人员测试的膝盖支撑和K支撑墙体系相比,在墙的侧面跨度中使用桁架元素可以产生更高的强度。

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