Theoretical and Numerical Approaches of a Plane, Laminar and Non-Confined, Jet Impinging a Flat Heated Surface
we propose in this paper, a numerical study of laminar, unconfined plane type jet, impinging a heated flat
horizontal surface. The developed computer code is based on the finite volume method, which was used to discretize the
N - S equations. The code allowed us to simulate the evolution of the jet. The study of heat transfer has been made by
considering variable physical properties of the fluid, and in function of several parameters such as the Reynolds number, the
Froude number, the distance between the nozzle and the heated impact surface, and the temperature of the heated surface.
Keywords- Non Isothermal, Unconfined, Impinging Plane Jet, Numerical Study.