An analytical approach to magnetohydrodynamic flow on an inclined channel with induced magnetic field and heat radiation

The present analysis focuses on the magnetohydrodynamic flow through an inclined channel with insulated walls. The effects of induced magnetic field, Newtonian heating/cooling, first-order chemical reaction and radiative heat flux are considered. Forming and solving the governing equations, we derived the expressions for velocity field, temperature field, concentration field and induced magnetic field. The equations of skin frictions and Nusselt number were also obtained. The graph displays the effects of several parameters, such as the magnetic parameter, radiation, Schmidt number, Biot number on the profiles of velocity, temperature field, concentration, induced magnetic field. Additionally, a tabular analysis is presented for Nusselt number and skin frictions. The novelty of this study lies in the investigation of chemically reacting magnetohydrodynamic flow through an inclined channel in presence of thermal radiation, induced magnetic field, heat sink with Newtonian heating/cooling.