This article provides a comprehensive review of published literature concerning
enhancement of channel flow boiling heat transfer by surface modification. Addressed are …

With fast growing power consumption and device miniaturization, micro/minichannels are
superior to macrochannels or conventional channels for high heat-flux dissipation due to …

Improving the critical heat flux (CHF) and avoiding dry out downstream are the keys to
enhance the two-phase cooling performance of microchannel heat sinks. In this work, a …

Flow boiling of water in a copper foam fin microchannel (FFMC) heat sink is investigated
experimentally. The heat sink has nine channels, which are 487 μm in width and 1061 μm in …

Flow boiling with deionized water in silicon (Si) microchannels was drastically enhanced in
a single annular flow boiling regime enabled by superhydrophilic Si nanowire inner walls …

Three-dimensional numerical study on two-phase flow boiling in rectangular microchannel
with wavy vertical wall configuration is considered that can be utilized for heat dissipation in …

Flow boiling instabilities inherent in microchannels/microgaps remain to be a serious issue
in two-phase high-heat-flux cooling applications, as they cause significant oscillations in …

In conventional microchannels, the flow boiling performances are strongly affected by the
highly transitional two-phase flow regimes. In this study, a novel capillary structure made …

Flow boiling of dielectric fluids in microchannels is one of the most desirable cooling
solutions for high power electronics. However, the flow boiling of dielectric fluids is hindered …

Due to the development of the electronic components, concentrator photovoltaic, fuel cell,
etc., the cooling requirement of the devices increases rapidly. Due to the higher heat transfer …