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Hydrodynamic friction coefficients of coated spherical particles

机译:涂层球形颗粒的水动力摩擦系数

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摘要

The complete set of hydrodynamic friction coefficients for a spherical particle coated with a porous layer and immersed in a viscous fluid is evaluated in analytic form. The coefficients allow the calculation of the flow disturbance caused by the coated particle for any incident flow which satisfies the creeping flow equations. The coefficients may be used for the evaluation of hydrodynamic pair interactions between coated spheres, as well as for the numerical calculation of many-sphere hydrodynamic interactions, and the calculation of transport properties of suspensions of coated spherical particles.
机译:以解析形式评估了涂覆有多孔层并浸没在粘性流体中的球形颗粒的完整水动力摩擦系数。该系数允许计算满足蠕变流方程的任何入射流的由包覆颗粒引起的流扰动。该系数可用于评估涂层球之间的流体动力学对相互作用,以及用于多球流体动力学相互作用的数值计算,以及涂层球颗粒悬浮液的输运性质的计算。

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