Most advanced, high power technologies require a large amount of heat to be dissipated
from the limited surface area or space. Solutions to such problems are vital, among others, in …

Open-cell metal foam has a great potential for manufacturing compact heat exchangers in
energy conservation systems due to the advantages of large specific surface area and high …

Pool and flow boiling of dielectric fluids are efficient direct liquid cooling techniques with
immense potential in the thermal management of electronic/electrical components …

Porous metal has been proven to exhibit significant heat transfer enhancement in
minichannel. Focusing on fully utilizing the advantages of porous metal in heat transfer and …

High porosity metal foams offer large surface area per unit volume and have been
considered as effective candidates for convection heat transfer enhancement, with …

The present article experimentally explored heat transfer through a horizontal metal-foam
tube with a constant wall heat flux during the subcooled flow boiling of water. The impacts of …

In this paper, an experimental thermohydraulic characterisation of flow boiling and
condensation in additive manufactured plate-fin heat exchanger was conducted. An original …

This research investigates the use of metal foam inserts to enhance the thermal-hydraulic
performance of double-tube heat exchangers, relevant for energy-efficient systems such as …

Heat dissipation is one of the most important issues for the reliability of electronics
equipment. Boiling can be a very efficient heat transfer mechanism, thus it can be used to …

This paper has investigated the effect of different porosities (0.80–0.90) of the metal foam
pipes on heat transfer coefficient and pressure drop of subcooled flow boiling of water …