Abstract
The present paper describes predictions of Full Coverage Film Cooling. The calculations have been performed by a quasi-three dimensional model that account for the basically three dimensional nature of the flow. The quasi-three dimensional model are solved by finite analytic method, modified simpler algorithm and body fitted coordinate systems. The turbulent stresses and heat fluxes are obtained from the low Reynolds K-ε turbulence model. The results are given for flows over flat plates for different injection angles, relative spacings, blowing rates and injection temperatures.
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