The magnetic fluid flow through vertical surface plays a significant impact in engineering and industrial processes of insulating materials and heat exchangers. The main theme of this mechanism is to obtain the heat and magnetic flux of viscous fluid motion along the symmetrical magnetized surface with variable viscosity, porous medium and magneto-hydrodynamic effects. The goal of present numerical research is to find the stability in thermal management of vertical magnetic plates in manufacturing processes. The mathematical analysis is performed by using stream functions and similarity variables for smooth coding in MATLAB program. The convenient form of present model is derived by using th... More >

The investigation of stagnation point flow in viscoelastic fluid through a vertical sheet with Soret and Dufour effects is the focus of this study. Stream functions and similarity variables simplify the governing partial differential equations into ordinary differential equations. The model is then integrated using the MATLAB built-in solver bvp4c. In graphs and tables, the solutions for temperature profile, velocity distribution, and mass concentration, as well as their gradients at the surface, are depicted under the influence of emergent parameters that occurred in the flow equations. Physical reasoning is used to discuss the physical attitudes of physical unknown quantities of interest u... More >