In recent years, studies on patterned surfaces with different local wettabilities have emerged
and developed. A number of peculiar structures are the most promising topographic ones in …

With substantial heat dissipation capacity and high energy efficiency, pool boiling represents
a promising thermal management solution for high-power-density computing technologies …

Nanofluids significantly enhance the critical heat flux of boiling heat transfer. This paper
experimentally investigates the pool boiling performance and the influence mechanism of Fe …

High heat flux dissipation can be achieved in pool boiling heat transfer through regulating
the bubble escape and liquid replenishment paths over the heated surfaces. In this work, a …

Structured heating surfaces modify the bubble ebullition cycle in pool boiling, thereby
enhancing heat transfer. The present work explores an innovative structured heating surface …

Silica nanofluids are prepared with a concentration varying from 0.001 vol.% to 0.003 vol.%,
and pool boiling of the nanofluids is experimentally investigated. It is found that critical heat …

Pool boiling heat transfer is a commonly used method for efficient phase change heat
transfer. This paper studied the synergistic enhancement of heat transfer performance of …

The significance of structured surfaces for energy conservation in two-phase heat transfer
applications is well-recognized within the scientific community. Introducing advanced non …

In this paper, by using a phase-change lattice Boltzmann (LB) model coupled with an
electric field model, we numerically investigate the performance and enhancement …

Currently, a increasing number of exchange tubes are requied for both boiling heat transfer
and condensation heat transfer. Thus, it is necessary to enhance, both the boiling heat …