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Governing equation of slip of flat bottom cylindrical shell tank without anchor and uplifting of bottom plate

机译:平底圆柱壳无锚滑移及底板隆起的控制方程

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Although large slip of the tank, as observed in Alaska 1964, was not reported in Hyogo Nanbu Earthquake, the risk becomes a major concern in seismic engineering. The authors conducted slip experiment of Single Degree Of Freedom on potential sliding mass (SDOF slip model) to observe slip behaviour. using friction force during slip, an equation governing slip is formulated as a discontinuous linear vibration system. This paper highlights the similarities between tank slip and SDOF slip model. Comparison of the experimental results with the analytical results based on SDOF slip model corroborates its applicability with reasonable accuracy. Eight parameters are defined which determine quantity of slip of the tank.SDOF slip model is expanded to cover slip commencement analysis in case of prestressed anchored and non-uplifting tanks. COmparison of this slip commencement analysis with the value suggested in the corresponding design code indicates safety margin inherent in the design code.
机译:尽管在兵库县南部地震中没有报告如1964年阿拉斯加观察到的那样大的储罐滑移,但风险已成为地震工程中的主要问题。作者对潜在滑动质量(SDOF滑动模型)进行了单自由度滑动实验,以观察滑动行为。利用滑移过程中的摩擦力,将控制滑移的方程式公式化为不连续的线性振动系统。本文着重介绍了储罐滑移和SDOF滑移模型之间的相似之处。将实验结果与基于SDOF滑动模型的分析结果进行比较,以合理的准确性证实了其适用性。定义了八个参数来确定储罐的滑移量。SDOF滑移模型被扩展到包括预应力锚固储罐和非上浮储罐的滑移开始分析。将此滑移开始分析与相应设计规范中建议的值进行比较,表明设计规范固有的安全裕度。

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