Applications of exponential box schemes for viscous flows with combustion and blowing

A two-point second-order uniform box scheme and effective regularization algorithm have been developed for numerical analysis of the gas flow in the boundary layer (BL) and thin viscous shock layers (TVSL) under conditions of intensive blowing on the body surface and chemical reactions. Flowfield parameters in the boundary layer near the stagnation point of a blunt body were calculated for various blowing factors. Non-equilibrium parameters in the multicomponent TVSL were evaluated for slot and uniform hydrogen injections. Numerical results indicate that the most effective cooling of the probe surface occurs at moderate uniform injections and moderate Reynolds numbers.