Flow boiling within microchannels has been explored intensively in the last decade due to
their capability to remove high heat fluxes from microelectronic devices. However, the …

Flow boiling in microchannels has received enormous interest in academic research over
the past few decades because of its importance in the thermal management of micro …

Under slightly supersaturated conditions, bubbles need many minutes to grow due to the
low gas diffusivity in liquids. When coalescence occurs, the fact that the bubbles have …

Multiphase CFD simulations are presently employed to investigate the flow boiling of
multiple sequential elongated bubbles in a horizontal microchannel. Most of the …

A wide-ranging numerical survey of the rising of individual Taylor bubbles through vertical
columns of stagnant Newtonian liquid in laminar flow regime is presented in the present …

Monodisperse microdroplets can be formed when a liquid is injected via a capillary needle
nozzle into another immiscible coflowing liquid in a microchannel. Such system has been …

In this study, the characteristics of interactions between bubbles in ethanol were examined
using a needle-ring electrode rig in the presence of a direct current electric field, using high …

Dynamics of the Taylor bubble interface in the vertical counter-current flow was analyzed
with video recordings at 100–800 frames per second. Taylor bubbles in air-water mixture …

Interface tracking simulations of mass transfer from Taylor bubbles were carried out to
investigate effects of shape oscillation on the mass transfer. Mass transfer from carbon …

Mass transfer from single carbon dioxide bubbles rising through contaminated water in a
vertical pipe of 12.5 mm diameter was measured to investigate effects of surfactant. The …