In the first part of the review, published literature regarding the CFD modelling of single‐
phase turbulent flow in stirred tank reactors with radial flow impellers was critically analysed …

In the present work, laser-doppler anemometry measurements as well as CFD simulations
have been performed for the flow generated by various impellers, namely disc turbine (DT) …

An overview of computational fluid dynamics (CFD) is given, with an emphasis on the
methods used to simulate mixing processes. Several techniques for modeling impellers are …

A prediction of liquid homogenization in stirred tanks using a CFD code FLUENT is
presented. The study was performed for tanks agitated by one and two impellers on a …

The performance of a coaxial bioreactor in the intensification of gas dispersion in shear-
thinning fluids in terms of the power consumption of the central and anchor impellers, torque …

The effect of stator geometry on the flow pattern and energy dissipation rate in a batch rotor–
stator mixer has been investigated using sliding mesh method with standard k–ɛ turbulence …

This chapter is devoted to turbulent mixing processes carried out in-mainly-stirred vessels. It
reviews first a number of turbulent flow characteristics as far as relevant to a wide variety of …

The flow pattern and the distribution of energy dissipation rate in a batch rotor–stator mixer
have been investigated. Sliding mesh and standard k–ɛ turbulence model were employed …

The design of economically feasible and profitable production processes has driven
companies toward integrated continuous manufacturing by reducing working volumes and …

CFD simulations of mixing in single-phase multi-Rushton stirred tanks based on the RANS
methodology frequently show an over-prediction of the mixing time. This hints at an under …