**6. Conclusion**

This study provides velocity and temperature distributions at different locations along the wall of a reversed stagnation-point flow by solving the numerical solution of full Navier-Stokes equations with finite difference method. Numerical findings show that velocity profiles obtained from similarity solution and numerical simulation are in tremendously good agreement and in region close to the stagnation point. Discrepancy of results in velocity profiles increases in region which is away from the reversed stagnation-point flow.

With the establishment of this frame work, the more important practical properties in engineering and technology application, like the velocity of wall is function of time, the temperature of wall is function of time and distance from wall, can be investigated and they would be the next phase of this study.
