Numerical solution for MHD flow and heat transfer of Maxwell fluid over a stretching sheet

In this article, the numerical solutions for flow of heat transfer an incompressible Maxwell fluid on a stretching sheet channel are presented in study. By applying appropriate transformations, system governing partial differential equations is transformed into ordinary equations. A successive linearization method (SLM) used to describe and solve resulting nonlinear numerically using MATLAB software. The main goal paper compare results solving velocity temperature presence β1 changes through SLM introducing it as precise Tables with created comparison. This contrast important because shows how precisely can resolve set Non-Newtonian parameters field, like mixed convection, Hartman, Deborah, Prandtl numbers, explored illustrated graphically. Apart from that, great deal agreement has been seen between current published data that have evaluated compared limited way.