The benefits of nucleate pool boiling phenomena and their potential applications on thermal
management of various microelectronic devices have triggered the development of new …

Fluid entrainment is a complex and deeply attractive phenomenon that is frequently
encountered in both industry and nature. In general, entrainment deals with the basic …

The formation, growth, and stability of oxygen bubbles inside the porous transport layer
(PTL) pores of the anode of a polymer electrolyte membrane water electrolysis (PEMWE) …

Coalescence-induced bubble departure is a common phenomenon in boiling and gas
evolution reactions, which has significant impacts on the heat/mass transport. In this work …

In this study, we identify whether evaporation-like (EL) mode and boiling-like (BL) mode
occur under supercritical pressures by investigating the heat transfer of platinum (Pt) and …

The initiation of bubbles at the surface of insulating paper under high temperature may result
in partial discharge and ultimately lead to the insulation failure of oil-immersed transformers …

Tube bundles are an integral part of the two-phase heat exchangers and are employed in
numerous commercial applications. Present research compares two kinds of horizontal …

In the study, a compressible multiphase volume of fluid considering the phase change and
thermal effect is presented, the interaction between a cavitation bubble and nearby …

A self-propelling swing-like heater was designed and studied under pool-boiling conditions
with the aim of cooling high-power microelectronic devices/chips. The results unequivocally …

Here we study the inception and propagation of vaporization fronts and transition to the
critical heat flux (CHF) and film-boiling regime triggered by a steep, almost instantaneous …