The forced convection heat transfer in high porosity metal-foam filled tube heat exchangers are studied in this paper. The Brinkman Darcy momentum model and two energy equations for both solid and fluid phases in porous media are employed .The study shows that using metal-foams can significantly improve the heat transfer in heat exchangers
The flow and heat transfer in pipes filled with metal foams were studied numerically.In this study,t...
Metal foams with high thermal conductivities are generally considered to have high potential to enha...
In this thesis analytical and numerical investigations of fluid flow and heat transfer through open ...
This thesis investigates the application of metal foam heat exchangers to the air-cooled condensers ...
The effect of using metal foams in double-pipe heat exchangers is investigated in this work. The adv...
The present work consists on convective heat transfer modeling in a plate heat exchanger f...
Due to its high volumetric porosity and large specific surface area, open-cell metal foam has consid...
Using a thermal resistance approach, forced convection heat transfer through metal foam heat exchang...
In this paper a numerical investigation has been accomplished to study the thermal and fluid dynamic...
In this paper we present our recent experimental results on buoyancy-induced convection in aluminum ...
The global energy demand signifies the importance of developing cutting-edge and state of the art he...
High-porosity metal foams have thermal, mechanical, electrical, and acoustic properties making them ...
Metal foams are widely studied as possible tools for the enhancement of heat transfer from hot bodie...
This Chapter discusses phase change convective heat transfer of high porosity cellular metal foams a...
A numerical study has been conducted to investigate the fluid flow and heat transfer of an air-coole...
The flow and heat transfer in pipes filled with metal foams were studied numerically.In this study,t...
Metal foams with high thermal conductivities are generally considered to have high potential to enha...
In this thesis analytical and numerical investigations of fluid flow and heat transfer through open ...
This thesis investigates the application of metal foam heat exchangers to the air-cooled condensers ...
The effect of using metal foams in double-pipe heat exchangers is investigated in this work. The adv...
The present work consists on convective heat transfer modeling in a plate heat exchanger f...
Due to its high volumetric porosity and large specific surface area, open-cell metal foam has consid...
Using a thermal resistance approach, forced convection heat transfer through metal foam heat exchang...
In this paper a numerical investigation has been accomplished to study the thermal and fluid dynamic...
In this paper we present our recent experimental results on buoyancy-induced convection in aluminum ...
The global energy demand signifies the importance of developing cutting-edge and state of the art he...
High-porosity metal foams have thermal, mechanical, electrical, and acoustic properties making them ...
Metal foams are widely studied as possible tools for the enhancement of heat transfer from hot bodie...
This Chapter discusses phase change convective heat transfer of high porosity cellular metal foams a...
A numerical study has been conducted to investigate the fluid flow and heat transfer of an air-coole...
The flow and heat transfer in pipes filled with metal foams were studied numerically.In this study,t...
Metal foams with high thermal conductivities are generally considered to have high potential to enha...
In this thesis analytical and numerical investigations of fluid flow and heat transfer through open ...