Effect of Slip Condition on Thin Layer Flow on an Upright Cylinder for Drainage of Electrically Conducting Power Law Fluid

R. H. SOLANGI, S. F. SHAH, A. M. SIDDIQUI, K. N. MEMON

Abstract


The effect of slip Condition on an upright cylinder for thin film flow for problem of electrically conducting power law fluid being a drainage has been calculated. From momentum equation, the nonlinear differential equation has been obtained by utilizing Perturbation method. Declarations on behalf of velocity, flow rate and average velocity arrangements have been taken. The graphical results is deliberated and analyzed for various parameters of concern for velocity profile. The Newtonian and Power law MHD arrangement without slip condition is retrieved from this proposed model on substitution =0 and also satisfy without MHD solution for taking 􀟝=0

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