Title: New Approach of MHD Boundary Layer Flow Towards a Porous Stretching Sheet via Symmetry Analysis and the Generalized Exp-Function Method
Author(s): A.A. Gaber, M.H. Shehata
Pages: 738-747
Cite as:
A.A. Gaber, M.H. Shehata, New Approach of MHD Boundary Layer Flow Towards a Porous Stretching Sheet via Symmetry Analysis and the Generalized Exp-Function Method, Int. J. Anal. Appl., 18 (5) (2020), 738-747.

Abstract


Due to importance of the slip effect on modeling the boundary layer flows, symmetries and exact solution investigations have been introduced in this paper for studying the effect of a slip boundary layer on the stretching sheet through a porous medium. The exact solution of the investigating model is obtained in term of exponential via the generalized Exp-Function method. This solution satisfies the boundary conditions. Finally, the effect of parameters on the velocity field is studied.

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