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首页> 外文期刊>Journal of coal science & engineering (China) >Mathematical modeling for coupled solid elastic-deformation and gas leak flow in multi-coal-seams
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Mathematical modeling for coupled solid elastic-deformation and gas leak flow in multi-coal-seams

机译:多煤层中固体弹性变形与瓦斯泄漏耦合的数学模型

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摘要

Based on the new viewpoint of solid and gas interaction mechanics, gas leakage in a double deformable coal seam can be understood. That is, under the action of geophysical fields, the methane flow in a double deformable coal seam can be essentially considered to be compressible with time-dependent and mixed permeation and diffusion through a pore-cleat deformable heterogeneous and anisotropy medium. Based on this new viewpoint, a coupled mathematical model for coal seam deformation and gas leakage in a double coal seam was formulated and numerical simulations for gas emission from the coal seam are presented. It is found that coupled models might be closer to reality.
机译:基于固,气相互作用机理的新观点,可以理解双变形煤层的瓦斯泄漏现象。就是说,在地球物理场的作用下,双重可变形煤层中的甲烷流基本上可以被认为是可压缩的,并具有随时间变化的混合渗透和扩散,并通过有孔的可变形异质性和各向异性介质扩散。基于这一新观点,建立了双煤层煤层变形与瓦斯泄漏的耦合数学模型,并给出了煤层瓦斯涌出的数值模拟。发现耦合模型可能更接近实际。

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