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 …

In this essay I will attempt to identify the main events in the history of thought about
irrotational flow of viscous fluids. I am of the opinion that when considering irrotational …

The third edition of Bubbles, Drops, and Particles in Non-Newtonian Fluids provides
comprehensive coverage of the scientific foundations and the latest advances in particle …

Experiments have been conducted measuring the drift velocity (U d) of single Taylor bubbles
rising in stagnant Bingham plastic fluids in an inclined (4°≤ θ≤ 45° from vertical) and fully …

We present the results of laboratory experiments that quantify the physical controls on the
thickness of the falling film of liquid around a Taylor bubble, when liquid–gas interfacial …

In this work, the rise of Taylor bubbles in a vertical tube filled with viscoelastic media is
investigated by means of volume-of-fluid-based direct numerical simulations. The …

The flow in the wake and near-wake regions of individual Taylor bubbles rising through
stagnant and co-current vertical columns of Newtonian liquids was studied, employing …

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 …

The aim of the present study was to develop a computational fluid dynamics (CFD) model to
study the effect of slug flow on the surface shear stress in a vertical tubular membrane. The …