A local thermal non-equilibrium analysis has been proposed for the gaseous transpiration
cooling in which a coolant gas is driven from a coolant reservoir through a wall of porous …

A simple analytical procedure has been proposed to predict the wall temperature variations
due to transpiration cooling. Since the blowing flow through the porous wall strongly …

The effects of transpiration cooling depends on the distribution of micropores in porous
materials. The work simplifies the porous medium to a micro-scale pore plate structure that is …

The reasonable distribution of coolant heat sink is an effective way to solve thermal ablation
and improve the thermal protection effect of transpiration cooling. Intermittent transpiration …

This paper presents closed analytical solutions for the pressure and velocity fields of flows in
two-dimensional porous media. The flow field is modelled through a potential function which …

Owing to the huge boiling heat transfer coefficient and phase change latent heat, which
implies a high cooling capability and a small coolant consumption, transpiration cooling with …

A simple analysis is described addressing the effect of simultaneous cooling from the back
side and from a transpiration flow through a porous wall. The analysis draws from existing …

With the development of active Thermal Protection System (TPS) of hypersonic vehicles,
optimizing active TPS design and reducing weight including the system and coolant loaded …

Transpiration cooling with liquid coolant phase change in porous matrix is a highly efficient
heat dissipation mechanism, but the mathematical model and algorithm to predict precisely …

Transpiration cooling is an effective method of protecting high-temperature components.
However, this technology is currently not applicable to turbine blades because conventional …