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Analysis of Coupled Gas Flow and Solid Deformation in Porous Media

机译:多孔介质耦合气流和固体变形分析

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The coupled problem between gas flow and solid deformation in porous media analysis has important influence in contaminant transport and gas outbursts during coal mining. In this paper, it is presented an analytical method to solve coupled nonlinear models of stress and gas seepage, which consider the Klinkenberg effects as gas penetrating into porous medium. The method is based on integrating the stress model and changed the coupled equations into an nonlinear ordinary differential equation by Boltzmann variable, then an approximation is constructed for simulation. At last, an illustration is given to confirm the accuracy of present solution.
机译:多孔介质分析中气流和固体变形的耦合问题对煤开采期间的污染物运输和燃气爆发具有重要影响。本文介绍了解决应力和气体渗流耦合非线性模型的分析方法,这将Klinkenberg效应作为渗透到多孔介质中的气体。该方法基于积分应力模型并将耦合方程改为Boltzmann变量的非线性常微分方程,然后构造近似用于模拟。最后,给出了一种例子来确认当前解决方案的准确性。

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