Influence of Dufour, Hall, and radiation absorption on MHD convective flow past an accelerated perpendicular sheet implanted with porous medium

The action of Hall current, Dufour, radiation absorption on an MHD free convective flow passing through an accelerated perpendicular sheet implanted with porous media is explored in the current work. The flow governing equations introduced here are first converted to non-dimensional form by the use of some non-dimensional parameters. Then these equations are solved using the perturbation technique. The fluctuations in velocity, temperature, and concentration due to various parameters are depicted graphically. Some important findings are, the growth in the Dufour effect and Hall current, enhances the flow. Also, the rotating effect of fluid causes a restriction in the fluid flow which lowers the velocity of the fluid.