MHD AND UNSTEADY FLOW OF RIVLIN-ERICKSEN FLUID IN A PERMEABLE MEDIA WITH THERMAL AND MASS TRANSPORT OVER A CHANNEL THAT IS INCLINED AND COMPRISES OF TWO RECTANGULAR PARALLEL PLATES IN OSCILLATION.

Abstract

The research paper goal is to investigate the impact of the heat and mass transport on a Rivlin-Ericksen fluid’s unsteady MHD flow through a channel that is inclined having two rectangular plates placed in parallel and oscillating subject to the impact of magnetic field which includes sources of heat generation or sinks that absorb heat, while one plate is adiabatic and the other non- adiabatic in porous medium. The equations with fluid conservation laws were solved by applying perturbation method and the expressions for velocity, temperature and concentration were obtained. The effect of various pertinent parameters on fluid velocity, temperature and concentration are shown with the graphic representation.