Rapid increase in heat fluxes within a small area in microelectronic, defense, energy, solar
and medical components has spurred an urgent need for two-phase microchannel heat …

As the heat dissipation requirements of micro-electronic component systems have increased
by magnitude, scientists and engineers have shifted their focus from traditional single-phase …

In this work, flow boiling pressure drop characteristics based on the hydrodynamic instability
with deionized water on the micro-pin-finned surfaces in a horizontal narrow microchannel …

A hybrid liquid cooling system that contains both direct and indirect liquid cooling methods is
numerically investigated to enhance the thermal efficiency of a 21700-format lithium-ion …

This paper investigates the advantages and challenges associated with two-phase flows,
specifically flow boiling of pure liquids and nanofluids, for cooling applications in …

Flow boiling in microchannels shows high potential to cope with the high power density
dissipation for electronic devices. However, it is a challenge to promote the heat transfer …

The present work is to solve or suppress the two-phase flow boiling instability. A
comprehensive review shows the research progress of flow instability types, experimental …

One ultrahigh-aspect-ratio copper microchannel heat sink (AR= 25) was fabricated with wire
electrical discharge machining technique, in which the flow boiling heat transfer of deionized …

This study introduced the experimental work to assess the effect of micro-slots on the flow
boiling characteristics of HFE-7100 in a microchannel heat sink. In this work, fully …

Flow boiling instability reduces the thermo-hydraulic performance of microchannel heat sink
(MCHS) considerably. High rate of vapor bubble generation and their rapid growth block the …