Comprehensive experimental and numerical studies were performed to determine cooling
film effectiveness of transpiration cooling over porous materials. The cooling film …

Improving transpiration cooling performance is a challenge to meet the requirements for the
cooling performance and thermal stress restrict. In the current study, numerical simulations …

This study aims to reveal the cooling benefits of the derived coolant film from partitioned
porous injectors for transpiration cooling. The near-wall flow development and the cooling …

Transpiration cooling is expected to be one of the most effective cooling technologies for gas
turbine blades. However, dust deposition can easily lead to pore plugging, which limits its …

Film cooling and thermal barrier coating are the most common external cooling techniques
used for gas turbine components. In film cooling, coolant air is brought to the external …

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 …

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

The influences of the thermal conductivity and porosity of the porous wall and locally
extraordinarily high heat fluxes on the hot surface and the location of a low porosity region …

Compared to other thermal protection methods, transpiration cooling has a higher cooling
efficiency, but its cooling impact is more influenced by the surrounding thermal and …

The micro structure of porous media has significant impact on transpiration cooling
performance. In this study, the flow distribution and transpiration cooling performance are …