Present study is focused on improving heat transfer from a porous plate by cooling of air with
transpiration cooling. Effects of Reynolds number of the air channel flow and particle …

The present study is focused on investigation of heat transfer from a porous plate by cooling
of air and surface with transpiration cooling. Effects of Reynolds number of hot air (Re …

The present study is focused on investigation of heat transfer from a porous plate by cooling
of air with transpiration cooling. Effects of Reynolds number of hot gas stream, inlet …

The flow and heat transfer characteristics of transpiration cooling through sintered porous
flat plates with particle diameters dp= 40 and 90 μm was investigated experimentally and …

Abstract Development of new technologies causes an increase of heat loads of electronic
systems in military systems. So applying new techniques to cool electronic systems is an …

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

Transpiration cooling is an effective way to protect high heat flux walls from ablation in
spaceflight vehicles. Water is an effective transpiration coolant owing to its large latent heat …

This study investigates the potential of transpiration cooling for high-temperature
applications utilizing a sintered porous flat plate (100 µm porosity) with dry air as the coolant …

This study experimentally investigated self-pumping transpiration cooling in a hot wind
tunnel. The coolant (liquid water) automatically and continuously flowed from the water tank …

Transpiration cooling is an effective method to protect high heat flux surfaces such as rocket
combustion chambers. However, this technology is currently not applicable for turbine …