We present a comprehensive literature review on the two-phase bubble column; in this
review we deeply analyze the flow regimes, the flow regime transitions, the local and global …

Nanobubbles are a mystery as to their stability and longevity. So far their uses are limited to
high value applications, such as medical imaging and controlled drug delivery and release …

This paper is concerned with single bubble dynamics over a wide experimental data set in
stagnant water and glycerol aqueous solution. The bubble trajectory in three-dimensional …

Some authors, in the last decades, have observed the dual effect of viscosity on gas holdup
and flow regime transition in small-diameter and small-scale bubble columns. This work …

An understanding of the bubble properties, size distributions and shapes is of fundamental
importance for comprehending flow dynamics and mass transfer phenomena in bubble …

The ability of a two-fluid Eulerian–Eulerian computational multiphase fluid dynamic model to
predict bubbly air–water flows is studied. Upward and downward pipe flows are considered …

A precise estimation of bubble size distributions and shapes is required to characterize the
bubble column fluid dynamics at the “bubble-scale”, and to evaluate the heat and mass …

Terminal rising velocity of a single bubble in stagnant water and glycerol aqueous solution
was studied by the techniques of high-speed photography and digital image analysis. The …

The drag coefficient has a significant effect on the calculation of bubble motion. This paper
experimentally investigated the drag coefficient of a single bubble rising in deionized water …

Radial distributions of void fraction αG, bubble aspect ratio E, phasic velocities VG and VL
and turbulent kinetic energy k in bubbly pipe flows are measured using an image processing …