Heat transfer with thermal relaxation to a perfectly conducting polar fluid

The model of boundary-layer equations for a perfectly conducting fluid proposed by M. Ezzat [1] is applied to study the heat transfer with one relaxation time from a non-isothermal stretching sheet on the flow of a polar fluid. The method of the successive approximation is adopted for the solution of two-dimensional problem. The effects of various material parameters on the velocity, angular velocity, and temperature are discussed and illustrated graphically.