Analysis of modified Eyring-Powell fluid under magnetic dipole effect over a stretching flat plate

The Eyring-Powell fluid has many practical utilizations in paint industry, armor construction and pharmaceutical companies. Under different types of circumstances, the Eyring-Powell fluid can produce Newtonian and shear-thinning fluids, but researcher found different types of results on flow velocity. We examine the modified Eyring-Powell fluid under the action of Magnetic Dipole impact on fluid. The increase in parameter of Eyring-Powell fluid causes a shear thickness of fluid. A theoretical analysis is obtained by heat transfer effect on the fluid flow on a linearly stretched flat plate. Also, we examine that increase in Prandtl number causes increase in temperature profile. The heat source causes rapid enhancement of velocity and fall of temperature. The shear thickness causes a decrease in velocity and enhancement of fluid temperature. The results are shown by graphical representations.