Analytical Simulation for Magnetohydrodynamic Maxwell Fluid Flow Past an Exponentially Stretching Surface with First-Order Velocity Slip Condition

The study of fluid flow upon an exponentially stretching surface has significant importance due to its applications in technological phenomena at the industrial level. These include condensing process film, heat exchanger processes, extrusion plastic sheet aerodynamics, cooling metal sheet, and growth crystals, etc. Keeping view all these applications, this paper, we have discussed magnetohydrodynamic Maxwell past sheet. is considered be slippery by imposing velocity slip condition. magnetic field impact taken into consideration. Furthermore, radiation, Joule heating, Brownian motion, thermophoresis are also considered. modeled system reduced ordinary differential equations with help similarity variables. For analytical solution, used homotopy analysis method. HAM compared shooting method found great agreement. squared residual error problem 15th order approximations for Newtonian non-Newtonian cases been investigated. It that converges quickly case as fluid. In addition, profile increases while thermal concentration profiles reduce greater values Darcy number. increasing function motion parameter Eckert number whereas reducing With augmentation number, permeability strength porous medium which concludes conduct mass transportation.