Technical report: analytical solution for MHD Second Grade Fluid in porous medium by using Laplace Transformation / Nazrul Faiz Nazaruzzaman and Nor Syafiqka Amirah Othman

This study concentrates on the analytic solution for MHD Second Grade Fluid by using Laplace Transformation in porous medium. This project investigate problems that illustrate the fluid-induced fluid magnetohydrodynamic flow (MHD) that can not be compressed in half porous space. The analytical solution for sine and cosine shifting is developed using the Laplace transform method. The amount of settlement obtained is the number of steady and temporary solutions. Particular attention is given to the effects of simple magnetic and porous parameters on velocity. Based on the result, an increase in the permeability of the porous medium reduces the drag force and hence the magnitude of velocity increases for sine oscillations.