VISCOSITY AND HALL EFFECTS ON UNSTEADY MHD CASSON FLUID FLOW THROUGH A PARALLEL POROUS PLATE

This study investigates the temperature viscosity and Hall effects of a Casson fluid flow through porous medium viscous incompressible bounded by two parallel plates under influence thermal radiation chemical reaction. A uniform suction injection are applied perpendicular to while motion is subjected variable pressure gradient. The transformed conservation equations solved analytically subject physically appropriate boundary conditions using perturbation Eigenfunction expansion techniques. number emerging non-dimensional parameters namely, gradient parameter, parameter Hartman examined. It observed that primary velocity profile increased with increasing dependent increase in leads secondary flow.