Heat and Mass Transfer Study of MHD Micropolar and Viscous Immiscible Fluid Flow Through a Porous Medium Between Vertical Plates

In the present study, the immiscible fluid flow of micropolar and viscous conducting fluids is considered in the porous medium between two vertical plates. A magnetic field is applied normal to the flow direction and flow is considered under a constant pressure gradient. The left part (Region 1) contains the micropolar fluid and the right part (Region 2) has viscous fluid. The main objective of the current study is to analyze the effect of weak and strong values of all governing parameters in heat and mass transfer solutions of the two different fluid layers. The governing equations of this problem are modeled in the form of nonlinear coupled partial differential equations. These equations are solved analytically and the results of all the coefficients involved in solutions are shown numerically. The effect of all the parameters on velocity, microrotation, and temperature distribution are displayed through various graphs. These obtained solutions are beneficial and may be used for industrial applications.