Influence of Radiation on the Slip Flow of Hydromagnetic Fluid through a Semi-porous Channel
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This study discusses hydromagnetic flow and the movement of a fluid with adhesive property through a channel that is semi-porous. For this purpose, the slip condition is taken at a bottom wall and its thermal effects are noted. Presumably, the channel has porous upper boundaries and non-porous lower boundaries. The equation of fluid motion and a number of linear ordinary differential equations are combined. To find a simplified logical equation, Homotopy Analysis Method (HAM) is applied. For numerical computations of the problem, the shooting method is applied. The heat transfer effects in the flow, being complex, are simplified into graphic displays. Both methods are equally compared, as shown through graphs.
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