The 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
The formulation and numerical solution of the conservation relations describing the coupled heat tra...
This paper presents a semi-analytical solution of the coupled differential equations for fluid and s...
The objective of this work is to develop a simulation procedure for prediction of micro thermo-fluid...
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 work covers the active heat protection systems of the power plants on base of the porous heat-ex...
The further development of the heat mass transfer theory for porous structures is the aim of the pap...
The paper presents a study of thermal and hydraulic characteristics of porous heat exchangers in con...
The effect of high-enthalpy gas flow on transpiration cooling systems is considered. The influence o...
This chapter provides a brief introduction to the upscaling of heat transfer in composite materials ...
Based on mathematical modeling, a method of determining the thermal state of a porous-sublimation he...
Fundamental and applied research in flow and convective heat transfer in porous media has received i...
The results of numerical simulation of heat and mass transfer in a high-porous low-temperature insul...
The results of numerical simulation of heat and mass transfer in a high-porous low-temperature insul...
Investigating the heat transfer in porous media is of interest, since a deeper understanding of this...
The formulation and numerical solution of the conservation relations describing the coupled heat tra...
This paper presents a semi-analytical solution of the coupled differential equations for fluid and s...
The objective of this work is to develop a simulation procedure for prediction of micro thermo-fluid...
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 work covers the active heat protection systems of the power plants on base of the porous heat-ex...
The further development of the heat mass transfer theory for porous structures is the aim of the pap...
The paper presents a study of thermal and hydraulic characteristics of porous heat exchangers in con...
The effect of high-enthalpy gas flow on transpiration cooling systems is considered. The influence o...
This chapter provides a brief introduction to the upscaling of heat transfer in composite materials ...
Based on mathematical modeling, a method of determining the thermal state of a porous-sublimation he...
Fundamental and applied research in flow and convective heat transfer in porous media has received i...
The results of numerical simulation of heat and mass transfer in a high-porous low-temperature insul...
The results of numerical simulation of heat and mass transfer in a high-porous low-temperature insul...
Investigating the heat transfer in porous media is of interest, since a deeper understanding of this...
The formulation and numerical solution of the conservation relations describing the coupled heat tra...
This paper presents a semi-analytical solution of the coupled differential equations for fluid and s...
The objective of this work is to develop a simulation procedure for prediction of micro thermo-fluid...