Hydromagnetic Blasius-Sakiadis flows with variable features and nonlinear chemical reaction

Time-dependent, two-dimensional Sakiadis flow of quiescent fluid is considered. The induced by stationary flat plate via uniform free-stream (Blasius flow). variable conductivity and viscosity ratio parameters non-linear chemical reaction are employed in the mathematical equations. Similarity variables governing transport expressions to convert into ordinary differential system. transformed system computed numerically employing Runge-Kutta scheme shooting criteria. Results concentration, velocity temperature distributions studied through plots. Moreover, mass heat transfer rates friction factor have been discussed detail. constraint slow down friction-factors transportation for Sakiadis-Blasius situations enhances rate both cases. Rate smaller as comparative Blasius flow. present results matched with literature excellent agreement noticed.