Add to ORKGThe paper considers the interaction of a high-temperature flow with a transpiration cooling system exposed to low-energy perturbations of a coolant. It studies the possibility of controlling the heat exchange process in a composite material. The numerical calculations are compared with the experimental data
In this study, the main stream coupled with a porous medium with local thermal non-equilibrium assum...
Transpiration cooling with phase change is numerically investigated in the present work. As shown in...
Effective heat transfer is essential in a variety of energy technologies in order to enable the maxi...
The paper considers the interaction of a high-temperature flow with a transpiration cooling system e...
The paper considers the interaction of a high-temperature flow with a transpiration cooling system e...
The thermochemical destruction of a carbon fiber-reinforced polymer when affected by a high enthalpy...
This thesis is a successful attempt to show a new approach to the transpiration cooling problem. Tra...
The transient temperatures were determined in a porous plate for one dimensional heat flow and one d...
Transpiration cooling has long been known as an effective way of removing heat from porous materials...
This investigation is a continuation of a thesis by T. S. Purewal. Several of the simplifying assump...
Solid-fluid thermal interactions during unsteady flow in porous media play an important role in the ...
Reusable thermal protection systems are one of the key technologies that have to be improved to use ...
In the investigation of the problem, it is shown that the process of transpiration cooling is an eff...
This is an accepted manuscript of a paper presented at the 17th UK Heat Transfer Conference, Univers...
A simplified analytical method for calculation of thermal response within a transpiration-cooled por...
In this study, the main stream coupled with a porous medium with local thermal non-equilibrium assum...
Transpiration cooling with phase change is numerically investigated in the present work. As shown in...
Effective heat transfer is essential in a variety of energy technologies in order to enable the maxi...
The paper considers the interaction of a high-temperature flow with a transpiration cooling system e...
The paper considers the interaction of a high-temperature flow with a transpiration cooling system e...
The thermochemical destruction of a carbon fiber-reinforced polymer when affected by a high enthalpy...
This thesis is a successful attempt to show a new approach to the transpiration cooling problem. Tra...
The transient temperatures were determined in a porous plate for one dimensional heat flow and one d...
Transpiration cooling has long been known as an effective way of removing heat from porous materials...
This investigation is a continuation of a thesis by T. S. Purewal. Several of the simplifying assump...
Solid-fluid thermal interactions during unsteady flow in porous media play an important role in the ...
Reusable thermal protection systems are one of the key technologies that have to be improved to use ...
In the investigation of the problem, it is shown that the process of transpiration cooling is an eff...
This is an accepted manuscript of a paper presented at the 17th UK Heat Transfer Conference, Univers...
A simplified analytical method for calculation of thermal response within a transpiration-cooled por...
In this study, the main stream coupled with a porous medium with local thermal non-equilibrium assum...
Transpiration cooling with phase change is numerically investigated in the present work. As shown in...
Effective heat transfer is essential in a variety of energy technologies in order to enable the maxi...