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Simulation analysis of crack cause of concrete overflow dam for Hadashan Hydro Project by 3-D FEM

机译:用3-D FEM的哈萨山水电坝裂缝裂纹原因仿真分析

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This paper is mainly to study the cracking reasons for concrete overflow dam of Hadashan Hydro Project. The three-dimensional finite element method (3-D FEM) is developed to simulation analysis the temperature and thermal stress distribution in the concrete overflow dam during the construction period. The results show that the crack of the concrete overflow dam is temperature crack, mainly due to the combined action of the internal thermal gradient and the external restraints; and dramatic changes in ambient temperature exacerbate cracking of early-age concrete. Finally, the results are applied to provide some references for the construction in the related fields.
机译:本文主要研究哈萨斯水电站混凝土溢流坝的开裂原因。开发了三维有限元方法(3-D有限元)以仿真分析施工期间混凝土溢流坝中的温度和热应力分布。结果表明,混凝土溢流坝的裂缝是温度裂缝,主要是由于内部热梯度和外部约束的组合作用;环境温度的剧烈变化加剧了早期混凝土的裂缝。最后,应用结果以提供有关相关领域的结构的一些参考。

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