倾斜均匀多孔介质采油过程中渗吸现象的数学模型

Shreekant Pathak, Twinkle Singh
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引用次数: 6

摘要

本文讨论了由非线性偏微分方程控制的吸胀现象的近似解。一次采油过程受天然土壤压力的影响,但在二次采油过程中水驱起着重要作用。一次采油后,注水回注井进行扩孔油回采时,水与原生油接触,此时由于粘度不同,会发生吸胀现象。对于数学模型,我们考虑均匀多孔介质,并采用最优同伦分析方法求解由其支配的偏微分方程。解的图形表示是由MATHEMATICA给出的,并进行了物理解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A mathematical modelling of imbibition phenomenon in inclined homogenous porous media during oil recovery process

The approximate solution of imbibition phenomenon governed by non-linear partial differential equation is discussed in the present paper. Primary oil recovery process due to natural soil pressure, but in the secondary oil recovery process water flooding plays an important role. When water is injected in the injection well for recovering the reaming oil after primary oil recovery process, it comes to contact with the native oil and at that time the imbibition phenomenon occurs due to different viscosity. For the mathematical modelling, we consider the homogeneous porous medium and optimal homotopy analysis method has been used to solve the partial differential equation governed by it. The graphical representation of the solution is given by MATHEMATICA and physically interpreted.

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