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Steady rotation of micropolar fluid sphere in concentric spherical container

机译:单同心球形容器中微柱液体球的稳定旋转

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The problem of slow steady rotation of a micropolar fluid sphere in concentric spherical container filled with viscous fluid is studied. The appropriate boundary conditions are taken on the surface of the sphere. The hydrodynamic couple and wall correction factor exerted on the micropolar fluid sphere is obtained. The dependence of the wall correction factor on the micropolarity parameter and spin parameter is presented graphically and discussed. The hydrodynamic couple acting on a solid sphere in a cell model and on a solid sphere in an unbounded medium are obtained from the present analysis.
机译:研究了填充有粘性流体的同心球形容器中微极流体球的慢稳定旋转的问题。适当的边界条件拍摄在球体的表面上。获得了在微柱流体球上施加的流体动力耦合和壁校正因子。图形和讨论呈现墙壁校正因子对微辐射参数和旋转参数的依赖性。从本分析中获得作用在细胞模型中的固体球上的水动力耦合和在无界介质中的固体球上。

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