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Analytical solutions for hydromagnetic free convection of a participate suspension from an inclined plate with heat absorption

机译:具有吸热作用的倾斜板中参与悬浮液的水磁自由对流的解析解

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摘要

Continuum equations governing steady, laminar, free convection flow of a particulate suspension over an infinite, permeable, inclined, and isothermal flat plate with magnetic field and fluid heat absorbing effects are developed. The equations account for particulate viscous effects which are absent from most two-phase fluid-particle models. Analytical solutions are developed for inviscid and viscous particle phase situations. Graphical results for the velocity and temperature profiles for both phases as well as their skin-friction coefficients and the Nusselt number are presented and discussed.
机译:建立了控制颗粒悬浮液在无限大,可渗透,倾斜和等温平板上具有磁场和流体吸热作用的稳定,层流,自由对流的连续方程。该方程式说明了大多数两相流体-颗粒模型所没有的颗粒粘性效应。针对不粘稠和粘性颗粒相的情况开发了分析解决方案。呈现并讨论了两个阶段的速度和温度曲线的图形结果,以及它们的皮肤摩擦系数和Nusselt数。

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