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Numerical simulation of two-phase flow in porous media based on mimetic Green element method

机译:基于模拟绿元法的多孔介质中两相流的数值模拟

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Based on mimetic Green element method (GEM), which synthesizes some typical advantages of boundary element method (BEM), finite element method (FEM) and mimetic finite difference method (mimetic FDM), This paper study the application of mimetic GEM in the system of partial differential equations (PDEs) of oil-water two-phase flow in porous media. It is the first time to apply GEM to solve numerically the system of PDEs, which is one of novelties in this paper. For numerical simulation of oil-water two-phase flow in porous media, this paper provides a novel numerical method based on mimetic GEM, which is the other novelty of this work.
机译:基于模拟绿元法(GEM),其合成边界元法(BEM)的一些典型优势,有限元法(FEM)和模拟有限差分方法(模拟FDM),本文研究了模仿宝石在系统中的应用多孔介质中油水两相流流量的局部微分方程(PDE)。这是第一次申请宝石来解决数字上PDE的系统,这是本文的新科技之一。对于多孔介质的油水两相流量的数值模拟,本文提供了一种基于模仿宝石的新型数值方法,这是这项工作的其他新颖性。

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