As an effective way to strengthen pool boiling, surface modification has been widely studied
by many scholars. In this paper, the enhancement of pool boiling heat transfer by regular …

Subcooled flow boiling is extensively applied in engineering systems and greatly improves
efficiency owing to bubbles' existence and associated heat exchange enhancement …

Since the second edition of Liquid-Vapor Phase-Change Phenomena was written, research
has substantially enhanced the understanding of the effects of nanostructured surfaces …

Continuous and periodic bubble nucleation, growth, and departure from a heated surface in
pool boiling is investigated numerically based on a newly developed phase-change lattice …

The pool boiling process is one of the most effective heat transfer modes capable of
transferring large amounts of heat with small temperature difference between the heated …

The rate of heat transfer during boiling is governed by various bubble dynamics parameters
such as bubble departure diameter, active nucleation site density, bubble waiting period …

The main techniques for the enhancement of heat transfer between a solid wall and a fluid
are reviewed for both single phase (liquid and gas) and two-phase (boiling and …

With the objective of estimating the pool boiling resistance of two-phase closed
thermosyphons (TPCTs), the work presented gives the state of the art of nucleate pool …

In this paper, pool boiling heat transfer from smooth surfaces with mixed wettability is
investigated based on a recently developed phase-change lattice Boltzmann method, which …

This study focuses on the detailed description of the heat transfer and bubble dynamics
processes occurring for the boiling of water on surfaces with extreme wetting regimes …