A CFD model coupled with population balance equations is developed to systematically
study the effects of column internals on specific interfacial area generated in a pulsed sieve …

The approach coupling computational fluid dynamics and a population balance model
(PBM) was adopted to simulate the hydraulic performance of liquid–liquid dispersions in a …

This study aims at evaluating the dispersed phase holdup and Sauter mean drop diameter
(d 32) of three liquid-liquid systems in an Oldshue–Rushton pilot column. The systems …

The CFD–PBM coupled model was utilized to investigate the liquid–liquid turbulent mixing
and enhancement performance in a Lightnin static mixer (LSM). The droplet size distribution …

CFD‐PBM numerical simulation is a powerful tool in the research of droplet swarm behavior.
In this work, an artificial neural network (ANN) based droplet breakage frequency function is …

A computational fluid dynamics-population balance model (CFD-PBM)-coupled simulation
method was established to simulate the Sauter mean diameter (d 32) in a stirred sieve-plate …

The mass transfer coefficient in extraction columns is extremely affected by the size of the
droplets. Among the available models to describe the extraction columns, only the forward …

ABSTRACT Computational Fluid Dynamics (CFD) is used to predict continuous phase axial
dispersion coefficient for liquid-liquid two-phase flow in a pulsed-sieve plate column (PSPC) …

Scale-up of the liquid-liquid extraction columns like asymmetric rotating impeller column
(ARIC) from laboratory to industry is an expensive procedure in terms of resources …

A CFD model is presented to understand internal circulation vortices induced in spherical
and ellipsoidal drops by an external flowing immiscible liquid and the ensuing effect on …