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On the implementation of a hydro-mechanical coupling model in the numerical manifold method

机译:数值流形方法中水力耦合模型的实现

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By using the MC system (mathematical cover system) and the PC system (physical cover system), the NMM (numerical manifold method) is able to cope with continuum and discontinuum problems in the same framework. In this study, a HM (hydro-mechanical) coupling model which is based on the "cubic law" is incorporated into the NNM for the purpose of modeling multiple crack propagation problems driven by water flow. A series of numerical examples have been conducted to evaluate the performance of the proposed numerical model. The results show that the proposed numerical model can not only simulate the processes of multiple crack propagation driven by fluid flow, but also can carry out hydraulic analysis of fissured rock networks with high accuracy.
机译:通过使用MC系统(数学封面系统)和PC系统(物理封面系统),NMM(数字流形方法)能够在同一框架中处理连续和不连续问题。在这项研究中,基于“立方定律”的HM(水力-机械)耦合模型被并入NNM中,以模拟由水流驱动的多个裂纹扩展问题。已经进行了一系列数值示例来评估所提出数值模型的性能。结果表明,所建立的数值模型不仅可以模拟流体驱动的多次裂纹扩展过程,而且可以对裂隙岩体网络进行高精度的水力分析。

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