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SLOW EXTENSIONAL FLOW PAST A NON-HOMOGENEOUS POROUS SPHERICAL SHELL

机译:缓慢扩展的过去非均匀多孔球壳

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摘要

An analytical investigation of extensional flow past a porous spherical shell of finite thickness with velocity slip at the surface is presented. The permeability of the shell varies continuously as a function of the radial distance. The flow in the porous region is assumed to obey Darcy's Law. The drag has been calculated in terms of normal volume flux rate per unit area of the outer and inner surfaces. Particular cases of flow past a homogeneous sphere and no-slip boundary condition have been deduced.
机译:提出了通过有限厚度的多孔球形壳的拉伸流的分析研究,该多孔壳在表面具有速度滑移。壳体的渗透性根据径向距离连续变化。假设多孔区域中的流动遵守达西定律。阻力是根据外表面和内表面每单位面积的正常体积通量率计算的。推导了流过均匀球体和无滑移边界条件的特殊情况。

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