Transpiration cooling using liquid water as coolant has been confirmed as a promising
thermal protection method due to the huge phase change latent heat. A multi-region …

In this paper, a new mathematical model is suggested to describe the two-dimensional
problems of the transpiration cooling with liquid coolant phase change, to simulate and …

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 …

Aimed at promoting the practical application of transpiration cooling technology in the field of
active thermal protective system of hypersonic vehicles, this study presents a …

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 numerical investigation of phase change transpiration cooling has been conducted in this
work using the modified separate flow model, in which the effects of capillarity, non …

The mechanism of transpiration cooling with liquid phase change is numerically investigated
to protect the thermal structure exposed to extremely high heat flux. According to the results …

This paper presents a new mathematical model, semi-mixing model (SMM), to describe
transpiration cooling with coolant phase change from liquid into vapor through two-phase …

Transpiration cooling is a potential active thermal protection method for aircraft under severe
thermal environment. Though it is cooling efficiency that is of concern in most structural …

In order to improve the cooling performance of the transpiration cooling with phase change,
a new structure, double-layer porous plate with different porosity combination is suggested …