Exact Solution for The hydrodynamic stream of Jeffrey Liquid through a Porous Medium Past an Infinite Vertical Plate

Abstract

Abstract -The current paper uncovers that an unsteady free and constrained convective progression of a hydromagnetic incompressible Jeffrey liquid through a permeable medium past an endless vertical plate. The governing equations of the speed field, the temperature distribution and the skin friction coefficient are acquired by utilizing Laplace change technique. We have been considered the impacts of magnetic parameter, permeable parameter, Jeffrey parameter and Prandtl number on the speed field.
Keywords - Jeffrey liquid; heat transfer; permeable medium; Laplace strategy; MHD.