Slug flow is a dynamically complex two-phase flow pattern. A wide variety of industrial gas-
liquid systems operate under slug flow conditions for not only flow transportation purposes …

Vertical slug flow is characterized by the rise of long bullet-shaped gas bubbles with a
diameter almost matching that of the tube-Taylor bubbles. Liquid slugs separate consecutive …

Motivated by a dearth of research on the dynamics of single Taylor bubbles in annular
conduits, a computational study of Taylor bubbles rising in vertical and inclined annuli is …

Transitions in eruptive style during volcanic eruptions strongly depend on how easily gas
and magma decouple during ascent. Stronger gas-melt coupling favors highly explosive …

With the continuous development of space science and technology, the expansion of
astronaut planetary bases and utilization of extraterrestrial resources have become possible …

The Geyser boiling phenomenon (GBP) is unstable behavior inside a two-phase closed
thermosyphon (TPCT). The mechanism of GBP occurrence is still not clearly understood …

A novel online, non-separation, nearly non-intrusive, non-radiation method based on basic
temperature and differential pressure signals is proposed to measure the oil–gas–water …

Strombolian eruptions, common at basaltic volcanoes, are mildly explosive events that are
driven by a large bubble of magmatic gas (a slug) rising up the conduit and bursting at the …

The present work reports an experimental study of the falling liquid film around single Taylor
bubbles rising in vertical tubes filled with stagnant liquids by using a pulse-echo ultrasonic …

Taylor bubble velocity in slug flow is a closure relation which significantly affects the
prediction of liquid holdup (or void fraction) and pressure gradient in mechanistic models of …