Flow boiling technology is considered one of the most promising cooling solutions for high
power microelectronics. However, flow boiling instabilities cause serious reliability problems …

Micro/mini-channel heat sinks have been viewed to be a potential option for the heat
removal of electronics with rising thermal flux. A bi-porous mini-channel, fabricated through …

In floating nuclear reactors, critical heat flux (CHF) prediction is crucial because the CHF can
be influenced under heaving, rolling, and inclination conditions, unlike in land-based …

Experimental investigations on the pool boiling heat transfer enhancement and mechanisms
for micropillared surfaces are performed. Two square micropillared MP 50–50 (Square) and …

In this study, the flow and heat transfer performance of the two-phase minichannel cold
plates with 10 kW level heat load is designed and studied. The numerical simulation can …

Experiments on subcooled flow boiling have been carried out to investigate the dynamical
parameters and thermal impact of a growing vapor bubble under vertically upward and …

The flow boiling characteristics in minigap channels were investigated by observing the two-
phase flow patterns, measuring the two-phase pressure drops, and calculating the two …

The flow boiling heat transfer characteristics of the ethanol–water mixture (25%/75% by
volume) and its pure constituents was experimentally investigated in conventional channels …

The analysis and evaluation of transient heat transfer are essential to predict stability and
safety of helium gas cooling fusion blanket due to plasma disruption. In this study, transient …

Power modules are crucial components in power converters for various applications like DC
microgrids. We propose to improve thermal performance of SiC/GaN power modules using …