slip effects on ohmic dissipative non-newtonian fluid flow in the presence of aligned magnetic field

The present paper deals with the effects of ohmic dissipative casson fluid flow over a stretching sheet in the presence of aligned magnetic field. the present phenomenon also includes the interaction of thermal radiation and velocity slip. the governing boundary layer equations are transformed into a set of ordinary differential equations using the similarity transformations. the dimensionless velocity and temperature profiles are solved analytically using hypergeometric function and numerically by using fourth order runge-kutta method with shooting technique. it is noted that the increasing values of eckert number increases the temperature profile and decreases the local nusselt number