Add to ORKGBased on mathematical modeling, a method of determining the thermal state of a porous-sublimation heat exchanger for a steady and non-steady flow of the cooling process has been suggested. The determination method has been validated by the experimental data. Adavanced diagrams of the porous-sublimation cooling systems intended for use in the aerospace engineering and natinal economy have been proposed. The efficiency of the implementation is the following: the time required for designing and experimental development of the porous-sublimation cooling systems has been decreasedAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
The study deals with thermophysical processes of cooling of the heat-generating assembly of water-co...
In this article is considered the use of porous material in heat exchangers. The programming model w...
This paper deals with the problem of constructing a mathematical model for studying the thermal regi...
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 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...
Application of evaporative air cooling in various technologies allows reducing energy costs for impr...
Subject of investigation: heat transfer in heat insulation of a nuclear power plant. Purpose of the ...
The processes of vaporization in porous structures, working with the excess of liquid are investi...
The purpose of this work is developing the numerical 1D model of porous media combustion for investi...
The model of development of a vapor phase in porous structures of heat exchangers for cooling of ...
This work describes a simplified methodology to model (air-side) a heat exchanger within a computati...
There the set of new mathematical simulators of heat and mass exchange between the solid body and th...
The study deals with thermophysical processes of cooling of the heat-generating assembly of water-co...
In this article is considered the use of porous material in heat exchangers. The programming model w...
This paper deals with the problem of constructing a mathematical model for studying the thermal regi...
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 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...
Application of evaporative air cooling in various technologies allows reducing energy costs for impr...
Subject of investigation: heat transfer in heat insulation of a nuclear power plant. Purpose of the ...
The processes of vaporization in porous structures, working with the excess of liquid are investi...
The purpose of this work is developing the numerical 1D model of porous media combustion for investi...
The model of development of a vapor phase in porous structures of heat exchangers for cooling of ...
This work describes a simplified methodology to model (air-side) a heat exchanger within a computati...
There the set of new mathematical simulators of heat and mass exchange between the solid body and th...
The study deals with thermophysical processes of cooling of the heat-generating assembly of water-co...
In this article is considered the use of porous material in heat exchangers. The programming model w...
This paper deals with the problem of constructing a mathematical model for studying the thermal regi...