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

Small modular reactors (SMRs) are gaining significant attention as a promising solution for
clean and sustainable nuclear-power generation. However, the operation of SMRs is subject …

Understanding the flow boiling process in a serpentine microchannel with U-bends is very
important to its design and application in practice. In this study, a hybrid thermal multiphase …

This study investigated the effect of simultaneously changing influential parameters of the
electrodeposition method, with proposing an intensified approach for promoting the pool …

Pool boiling heat transfer can fully utilize the latent heat of the vaporization, to meet the heat
dissipation needs of high-power electronic components. In this study, several enhanced …

The flow boiling heat transfer in microchannels has been extensively used in engineering
due to its high heat dissipation with a small temperature difference. This study employs a …

Advection-enhanced heat and mass transport from a single droplet neutrally suspended in a
simple shear flow has been studied using high-fidelity numerical simulation. The capillary …

The Zuber pool-boiling hydrodynamic instability theory establishes that the critical heat flux q
CHF, Z is based on rising surface vapor columns with liquid counterflow in a unit cell the of …

The tube of marine heat exchangers is inclined under the action of wind, wave and current,
which changes the flow and heat transfer characteristics and thus poses a threat to the safe …

Plate-type fuel assembly has been a promising option for core miniaturization applications.
The parallel coolant channels, characterized by narrow rectangular with a large aspect ratio …