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首页> 外文期刊>The international journal of multiphysics >A mathematical theorem on the onset of Couple-Stress fluid permeated with suspended dust particles saturating a porous medium
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A mathematical theorem on the onset of Couple-Stress fluid permeated with suspended dust particles saturating a porous medium

机译:关于耦合应力流体的理论定理,渗透流体中充满了悬浮的灰尘颗粒,使多孔介质饱和

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摘要

In this paper, the effect of suspended particles on thermal convection in Couple-Stress fluid saturating a porous medium is considered. By applying linear stability theory and normal mode analysis method, a mathematical theorem is derived which states that the viscoelastic thermal convection at marginal state, cannot manifest as stationary convection if the thermal Rayleigh number R, the medium permeability parameter P_1, the couple-stress parameter F and suspended particles parameter B, satisfy the inequality R ≤ 4π~4F/BP_1.
机译:在本文中,考虑了耦合颗粒在饱和多孔介质中对热对流的影响。运用线性稳定性理论和正态分析方法,推导了一个数学定理,表明热瑞利数R,介质渗透率参数P_1,偶应力参数在临界状态下的粘弹性热对流不能表现为平稳对流。 F和悬浮粒子参数B满足不等式R≤4π〜4F / BP_1。

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