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SAFE, AN EXPERIMENTAL EVIDENCE OF THE FREQUENCY DEPENDENCE OF SHEAR WALL SEISMIC DESIGN MARGINS

机译:安全性,剪力墙抗震设计边沿的频率依赖性的实验证据

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摘要

The SAFE experimental programme consists of a series of 10 specimens of shear walls, with different reinforcement ratios, tested until their ultimate capacity under seismic input motion by the pseudo dynamic method. A unique input signal is used, calibrated for controlling the seismic demand Its input central frequency is selected so that for some specimens it is lower than their eignenfrequency, while for other ones it is the opposite. In conclusion there is clear experimental evidence that design margins are much larger in the second case (input central frequency larger than structure eignenfrequency) than in the first one.
机译:SAFE实验程序由一系列10个具有不同配筋率的剪力墙样本组成,并通过拟动力方法对其进行了测试,直至其在地震输入运动下的极限承载力为止。使用唯一的输入信号,并对其进行校准以控制地震需求。选择其输入中心频率,使得对于某些样本,其输入频率低于其固有频率,而对于其他样本,则相反。总之,有明显的实验证据表明,第二种情况(输入中心频率大于结构固有频率)的设计裕度比第一种情况大。

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