Description:Modelling and simulation of chemical engineering processes and equipments by means of Computational Fluid Dynamics
Abstract:Computational Fluid Dynamics is an increasingly important tool for carrying out realistic simulations of process equipment. <br>In the case of multiphase systems the development of CFD models is less advanced than for single-phase systems. <br>The aim of the present study is focused on CFD modeling of multiphase gas-liquid stirred reactors and of dense cloud dispersion over topographically complex geometries such as urban areas. <br>
An Eulerian-Eulerian Multi-Fluid approach will be used in conjunction with the simplest two-phase extension of the k-e turbulence model. The effect of inter-phase forces on simulation results will be separately considered. The simulations will be carried out with the help of the commercial code Ansys-CFX 4.4 and Ansys-CFX 10.
<br><br><b>Software requirements</b>: CFD code Ansys-CFX 10