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Sensitivity Analysis of Transient Load for Arch Dam Base on Finite Element Method

机译:有限元法拱坝轴弓瞬态负荷的敏感性分析

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Based on theories of finite element method, universal software ANSYS, by use of common software ANSYS as a platform, the influence degrees of transient temperature load and reservoir water load on arch dam stress are analyzed and computed. The result indicates that when the water level is same, the maximum tensile stress on arch dam has a close correlation with the variation of temperature, and the sensitivity of maximum tensile stress of arch dam for water temperature is higher than air temperature. The maximum tensile stress on arch dam does not correlate well with reservoir water level changes when the temperature is same. Through the non-dimensional processing on influencing factors which are temperature load and reservoir water level, the sensitivity of maximum tensile stress on arch dam for reservoir water pressure is higher than temperature load.
机译:基于有限元方法的理论,通过使用普通软件ANSYS作为平台的通用软件ANSYS,分析并计算了拱坝应力对瞬态温度负荷和储层水负荷的影响。结果表明,当水位相同时,拱坝上的最大拉伸应力与温度的变化具有紧密相关,并且拱门水温最大拉应力的灵敏度高于空气温度。当温度相同时,拱坝上的最大拉伸应与储层水位变化不佳。通过非尺寸处理对温度负荷和储层水位的影响因素,拱坝用于储层水压的最大拉伸应力的灵敏度高于温度负荷。

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