Blasius flow and heat transfer of fourth-grade fluid with slip

摘要: This investigation deals with the effects of slip, magnetic field, and non-Newtonian flow parameters on heat transfer an incompressible, electrically conducting fourth-grade fluid past infinite porous plate. The analysis is carried out for two heating processes. system highly non-linear differential equations solved by shooting method fourth-order Runge-Kutta moderate values parameters. effective Broyden technique adopted in order to improve initial guesses satisfy boundary conditions at infinity. An exceptional cross-over obtained velocity profile presence slip. parameter found increase momentum layer thickness, whereas slip substantially decreases it. Similarly, have opposite thermal thickness.