A specific computational fluid dynamics (CFD) code is developed to predict the turbulent
flow field in a stirred tank equipped with the pitched blade turbines (PBT) and to choose the …

A coupling algorithm is used to compute the equilibrium of a flexible anchor impeller in a
stirred vessel. This coupling algorithm is based on a partitioned approach, which consists of …

In the present study, the power consumption in a stirred vessel by two-blade impeller has
been investigated. 3D finite volume based computational fluid dynamics (CFD) simulations …

The effect of multiple Rushton impellers configurations on hydrodynamics and mixing
performance in a stirred tank has been investigated. Three configurations defined by one …

In this paper, the mixing performance of double helical ribbons and double helical screw
ribbons impellers mounted on stirred tanks is numerical investigated. The computer …

This paper presents a coupling method between the computational fluid dynamics (CFD)
code and the computational structure dynamics (CSD) code solver for computing the trim of …

In this paper, we have conducted numerical investigation of laminar mixing generated within
an anchor blade and a Maxblend impellers in a vessel tank. The three-dimensional fluid flow …

The purpose of this study is to experimental investigating of the hydrodynamics structure in a
cylindrical stirred vessel generated by an eight concave blades turbine. Particle image …

L'étude numérique de l'influence du nombre des pales d'une turbine de Rushton sur la
structure hydrodynamique d'une cuve agitée a été entamée. Les équations de Naviers …

Dans cet article, une étude comparative entre les caractéristiques hydrodynamiques de
l'écoulement laminaire généré en cuves agitées par différents mobiles de proximité de type …