Investigation of the characteristics of conjugate heat and mass transfer in spatial flow past a sphere-blunted cone and blowing-in of a gas from the surface of bluntness

Abstract

Some means of controlling thermal regimes in the case of a high-enthalpy flow past a blunt body at an angle of attack with a simultaneous influence of the gas blown-in from the permeable bluntness surface and overflowing of heat in the shell of the material are considered. The effectiveness of applying highly conducting materials in order to lower maximum temperatures in a zone of a screen is shown.