Conjugate model for heat and mass transfer of porous wall in the high temperature gas flow

Heat and mass transfer of a porous permeable wall in a high temperature gas dynamical flow is considered. Numerical simulation is conducted on the gro und of the conjugate mathematical model which includes filtration and heat transfer equations in a porous body and boundary layer equations on its sur face. Such an approach enables one to take into account complex interaction between heat and mass transfer in the gasdynamical flow and in the structu re subjected to this flow. The main attention is given to the impact of the intraporous heat transfer intensity on the transpiration cooling efficienc y.