The Peristaltic Transport of MHD Powell - Eyring Fluid through Porous Medium in a Symmetric Channel with Slip Condition

This paper is devoted to investigate the peristaltic flow of MHD Powell- Eyring model through porous medium during two dimensional symmetric channels. Slip conditions on the walls are taken into consideration. The basic governing equations, mass and momentum equations modeled with respect to wave frame. Solution technique to find the closed form solution for the resulted dimensionless differential equation is hold depending on long wavelength approximation and low Renold assumption. The influences of various involved parameters are illustrated via graphs in details. All the mathematical results are obtained by applying Mathematica 9 program.