EFFECT OF NON-LINEAR THERMAL RADIATION, THERMO DIFFUSION ON MHD NON-DARCY FLOW OF A MAXWELL FLUID INDUCED BY A PERMEABLE STRETCHING SHEET WITH WALL SLIP

This paper deals with the analysis pertaining to the transport phenomena of thermal energy and species mass in a non-Darcy Maxwell fluid flow induced by a erected porous stretching surface considering the effect of non-linear radiative heat, Newtonian heating, thermodiffusion and wall slip. Introduction of self-similarity transformations recast the non-linear PDEs ruling the physics of the problem into a set of non-linear ODEs. Employing RKF-45 numerical scheme and shooting technique numerical solutions are obtained for the flow variables. Comparison of our results under limiting cases is made earlier published results. Impact of various governing parameters on flow variables is graphically presented and described in detail.