MHD micropolar fluid flow in porous media

The analysis of mass and heat transfer in magnetohydrodynamic (MHD) flows has significant applications exchangers, cooling nuclear reactors, designing energy systems casting injection processes different types fluids. On the other hand, extraction crude oil, flow human or animal blood, as well polymer fluids liquid crystals are just some examples micropolar fluid flows. Due to broad application spectrum theory flows, significance impact external magnetic field on these fluids, this paper considers stationary a between two plates under influence an which is perpendicular direction flow. Stationary maintained at constant temperatures, while whole problem considered non-inductive approximation. equation system used define physical consideration reduced differential equations that have been solved analytically solutions general nature. In addition for velocity, microrotation temperature, gives shear stress plates, Nusselt number rate. provided applied order reach conclusions about characteristics porous media nature by means chart analysis. General conclusions, obtained result paper, give us opportunity understand highlight their significance.