Steady Jeffery Fluid through Porous Media in Presence of a Baffle in a Vertical Channel

Abstract

In this paper we have studied the Jeffrey fluid flow through a porous medium in a vertical channel with baffle. The channel is divided into two phases by a thin perfectly conductive plate and governing equations are simplified analytically by using boundary and interface condition at different baffle position, result are plotted for various important parameters and exposed graphically. We found that, the expression for increases in porous parameter, chemical reaction parameter which decrease the velocity and temperatures in both the regions. And also an increase in Thermal Grashof number leads to increases in both velocity and temperature profiles.