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Numerical simulation of mining subsidence used large deformation theory

机译:基于大变形理论的开采沉陷数值模拟

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Compared with the strain definitions of finite deformation, the defects of Green strain and polar decomposition theorem have been pointed out. Based on the additive decomposition theorem, which was established by Prof. Chen Zhida, the nonlinear gauge method being fit for the numerical simulation is presented. This method combines the Ritz-Galerkin approximate method together with visualization and is a new extension of residual method. The numerical example demonstrates that this method can obtain the results approach to practical phenomena and is an effective and feasible approach to solve the large deformation of mining subsidence.
机译:与有限变形的应变定义相比,指出了格林应变的缺陷和极坐标分解定理。基于陈志达教授建立的加法分解定理,提出了适用于数值模拟的非线性量规方法。该方法将Ritz-Galerkin近似方法与可视化结合在一起,是残差方法的新扩展。算例表明,该方法可以解决实际现象,是解决开采沉陷大变形的有效途径。

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