A study of heat transfer and mhd flow past a stretching surface

Abstract

Heat transfer of the boundary layer slip flow in the presence of an inclined magnetic field newlinein a porous medium over a melting stretching surface, is investigated. Also the nonuniform newlineradiation and heat source applied to the flow. Non-linear chemical reaction and newlineentropy generation on Williamson fluid flow studied in this investigation. The equations newlineof the governing flow are transformed into the ordinary differential equations with the newlinehelp of similarity analysis. Then the reduced system of equations was dealt with Shooting newlineTechnique alongside the Runge-Kutta method of order four. Numerical results are newlinepresented graphically for velocity and temperature and concentration profiles. From our newlineresults after comparing with available literature, results indicates that the entropy newlinegeneration can be increased with increasing values of parameter of porosity, magnetic newlinefield parameter, temperature and concentration slip parameters and decreasing values of newlineslip parameter. newline