A critical review of the published literature regarding the computational fluid dynamics (CFD)
modelling of single‐phase turbulent flow in stirred tank reactors is presented. In this part of …

Plant cells are perceived to be sensitive to the hydrodynamic environment in conventional
bioreactors. Heightened sensitivity, relative to most bacterial cultures, is frequently attributed …

Previous correlations have focused on the relationship between the mean drop size and the
physical properties of the fluids (interfacial tension, density and viscosity), the volume …

This chapter addresses both the fundamental and practical aspects of liquid–liquid
dispersion and coalescence, as well as application of the current state of knowledge to a …

The quantitative description of particle size distribution development in suspension
polymerization reactors is very complex. The exact mechanisms of breakage and …

Over the last ten years, many ways of characterizing the turbulence in stirred tanks have
been proposed, and the importance of the local rate of dissipation of turbulent kinetic energy …

In this work the capabilities of Two Fluid Model simulations coupled with a Population
Balance Model solved with the Quadrature Method of Moments in predicting the turbulent …

Flow chemistry has attracted considerable attention as it offers several advantages over
conventional batch chemistry. Several multiphase reactions, including liquid–liquid …

We demonstrate the application of a recurrent neural network (RNN) to perform multistep
and multivariate time-series performance predictions for stirred and static mixers as …

This study aims at developing an experimental method to characterise the fluid dynamic
stress acting on particles in a lab-scale stirred tank reactor. The method is based on a photo …