Fluid turbulence is commonly associated with stronger drag, greater heat transfer, and more
efficient mixing than in laminar flows. In many natural and industrial settings, turbulent liquid …

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 …

The accurate prediction of two-phase gas and liquid flow regimes is important in the proper
design, operation and scale-up of pressure management and fluid handling systems in a …

This work presents a Convolutional Neural Network (CNN) based method for the shape
reconstruction of bubbles in bubbly flows using high-speed camera images. The bubble …

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 …

The correct design, operation and scale-up of bubble columns rely on the knowledge of the
fluid dynamics at the “bubble-scale” and at the “reactor-scale”. This paper contributes to the …

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 …

For the simulation of bubbly flows, knowledge of the lift force as an interaction between gas
bubbles and a surrounding shear field is of great importance. The sign of the lift coefficient …

One of the attractive but still challenging ways of CO 2 utilization is photocatalytic conversion
of CO 2 into fuels. Since reactor design plays an important role in both the efficiency and …

It is generally admitted that the gas holdup is independent of the column dimensions and
gas sparger design if three criteria are satisfied: the diameter of the bubble column is larger …