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Development of high deformation capacity low yield strength steel shear panel damper

机译:高变形能力低屈服强度钢剪板阻尼器的研制

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摘要

Low yield strength steel 100 is widely applied to design shear panel damper for its high ductility. The practical shear strain of low yield strength steel shear panel damper at present is around 12% while the elongation of the LYS100 tends to go around 60%. which indicates that the ductility of LYS100 has not been fully utilized. To develop function separate damper with LYS100, links of the frame fixture, rib shape and panel shape that affect the deformation capacity of the damper were investigated experimentally. The test results show that the deformation capacity can be improved greatly by alleviating the stress concentration locating at the panel corners. The largest shear strain of 70% is achieved by the optimization on the parameters. The large deformation capacity provides a compact, low-cost alternative to structural designers.
机译:低屈服强度钢100由于其高延展性而被广泛应用于设计剪力板阻尼器。目前,低屈服强度钢剪板阻尼器的实际剪切应变约为12%,而LYS100的伸长率往往约为60%。这表明LYS100的延展性尚未得到充分利用。为了用LYS100开发功能独立的减震器,实验研究了影响减震器变形能力的框架固定装置,肋形和面板形状的链接。试验结果表明,通过减轻面板角处的应力集中,可以大大提高变形能力。通过优化参数可达到70%的最大剪切应变。大的变形能力为结构设计人员提供了一种紧凑,低成本的选择。

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