Unsteady MHD stokes flow of a viscous fluid between parallel porous plates under angular velocity

Abstract

The Model is created as the unsteady magnetohydrodynamic flow with an angular velocity between parallel permeable plates are considered. The issue is understood systematically by utilising similitude change, whose arrangement manages expanding liquid stream with a rakish speed. The applications in magnetohydro dynamic (MHD) control generators, cooling framework, streamlined features warming, polymer innovation, oil industry, kerosene oil, ethylene glycol, polyethylene glycol, water and engine-oil are utilised. The target of this paper is to examine the steady magnetohydro dynamic stream of thick liquid with an angular velocity between parallel permeable plates when the liquid is being pulled back through both the dividers of the channel at a similar rate. The issue is diminished to a third request direct differential condition which relies upon a Suction Reynolds number R and M1 for which a correct arrangement is gotten.