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Aseismic design method using response spectra including liquefaction and ground improvement

机译:响应光谱的抗震设计方法包括液化和地面改进

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Effective design method for response spoectra of a single degree of freedom (SDOF) structure taking into consideration liquefactionof ground layer and ground improvement by the compacting method is presented. This method consists of the 2D effective stress analysis of surface ground layers, the simulating analysis of the sand compaction pile method and the seismic response analysis of a SDOF structure. The renewal natural period of the ground due to the ground improvement and the natural period of a SDOF structure are used as two key parameters for evaluating response spectra. Results of numerical computation show that the natural perods of the ground and a SDOF structure are useful for aseismic design of a SDOF structure and the ground improvement works to reduce the responses of a SDOF structure with the long natural period.
机译:考虑了地面层液化的单一自由度(SDOF)结构的有效设计方法,并考虑了地面层的液化和压实方法的研磨。该方法包括表面地面层的2D有效应力分析,砂压实桩法的模拟分析及SDOF结构的地震反应分析。由于地面改善和SDOF结构的自然周期而导致的地面的更新自然周期用作评估响应光谱的两个关键参数。数值计算的结果表明,地面的天然产量和SDOF结构可用于SDOF结构的抗震设计和地面改进工作,以减少具有长期自然周期的SDOF结构的响应。

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