Surface micro/nanotextures have the potential to increase bubble nucleation and promote
capillary liquid wicking to enhance pool boiling heat transfer significantly. Despite past …

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 …

Mixing of surface microstructure and wettability is one of the future development trends.
Their combination always affects the bubble motion and heat transfer coefficient under pool …

In this study, a novel composite microstructured surface with micro-cavities and micro-
ditches on micro-pin-fins was designed to enhance pool boiling heat transfer. To reveal the …

Boiling heat transfer is an efficient and green heat transfer method that is widely used in
industrial production. Single bubble pool boiling is a specific case of pool boiling, which …

The influences of electrohydrodynamics on enhanced boiling heat transfer performance
under different sizes of micro-columns were explored. The results indicate that the …

This study explores pool boiling performance of three-dimensional structured surfaces
featuring square micro-pillars. The investigation employs the hybrid cascaded lattice …

In this study, we investigated the influence of heating wires with electric potential on a pool-
boiling system under an electric field. We employed a numerical method that combines the …

In this work, an experimental study was conducted to investigate the pool boiling heat
transfer characteristics of hierarchically micro/nano-structured surfaces with biomimetic …

Enhancing heat dissipation and efficiently monitoring the critical temperature point have
become major concerns due to the increasing power consumption of thermal equipment. In …