As the demand for miniaturization of thermal management systems for electronic devices
rises, numerous researchers are dedicating their efforts to the study of single-phase forced …

The poor heat transfer properties of the base fluid are the first effective obstacle to improving
heat exchangers' efficiency. The key point of using very high conductivity of solid particles (in …

The micro/nanochannel cooling technology is a promising and flourishing technique of
thermal management to dissipate the heat of electronic devices. Here, we apply fractal …

Enhancing convective heat transfer between cold and hot fluids at nanoscale is crucial to
improve the heat dissipation capability of micro/nano electronic devices. Here, a modified …

As an efficient cooling method, the convective heat transfer in nanochannel has been widely
utilized in thermal management of various energy systems. However, the effects of surface …

Convective heat transfer of hot fluid flowing through a cold parallel plate nanochannel with
constant wall temperature is investigated with molecular dynamics. The effects of surface …

Based on the molecular dynamics principle, the convective heat transfer of the fluid through
nanochannel with various rough nanostructure morphologies is investigated. The influences …

Micro/nanochannels are considered as a promising method to enhance heat transfer due to
the large ratio of surface area to the volume. To clarify the optimization direction of …

Flow condensation in nanochannels is a high-efficiency method to deal with increasingly
higher heat flux from micro/nanoelectronic devices. Here, we study the flow condensation …

The low-resistance transport of water within graphene nanochannels makes it promising for
electronic cooling applications. However, how the water pressure and the water–graphene …