The main goal of this master’s thesis is to investigate the drawn down of floating particles in mechanically stirred vessels. The first part of the thesis summarizes necessary theory to cope with defined objectives of the thesis. The literature review of mixing reactors with floating particles can be found in this part of the work as well. The second part of the master’s thesis includes the preparation of the stirred tanks CFD model, simulation and comparing of experimental data from literature, as well
The predictive capabilities of CFD techniques as applied to solid\u2013liquid stirred vessels are in...
A comprehensive computational model based on the Eulerian-Eulerian approach was developed to simulat...
A short review of the state of the art in experimental and computational fluid dynamics (CFD) charac...
Computational fluid dynamics (CFD) simulation capabilities for stirred solid–liquid dense systems a...
Master´s thesis Hydrodynamic mixing of water-ash mixture in vessel is interested in describing fluid...
Word processed copy.Includes bibliographical references (leaves 86-90).This thesis deals with the de...
Gas dispersion and floating particles suspension in an agitated vessel were studied numerically by u...
Research Doctorate - Doctor of Philosophy (PhD)This thesis describes a study in which the aim was to...
The fluid flow in an agitated tank has been studied in a laboratory vessel and using computational f...
The distribution of dilute, mixed solids in Newtonian fluids in a baffled vessel stirred with multip...
The current understanding of the transport phenomena involved in the operation of industrial ferment...
Abstract Based on the Gidaspow model, the distributions of velocity, turbulence intensity, and solid...
This thesis applies experimental measurement techniques and computational fluid dynamics to evaluate...
This paper presents the mathematical modelling and numerical simulation of the turbulent, two-phase ...
Transport phenomena in stirred vessels and catalyst particles have been studied with computational m...
The predictive capabilities of CFD techniques as applied to solid\u2013liquid stirred vessels are in...
A comprehensive computational model based on the Eulerian-Eulerian approach was developed to simulat...
A short review of the state of the art in experimental and computational fluid dynamics (CFD) charac...
Computational fluid dynamics (CFD) simulation capabilities for stirred solid–liquid dense systems a...
Master´s thesis Hydrodynamic mixing of water-ash mixture in vessel is interested in describing fluid...
Word processed copy.Includes bibliographical references (leaves 86-90).This thesis deals with the de...
Gas dispersion and floating particles suspension in an agitated vessel were studied numerically by u...
Research Doctorate - Doctor of Philosophy (PhD)This thesis describes a study in which the aim was to...
The fluid flow in an agitated tank has been studied in a laboratory vessel and using computational f...
The distribution of dilute, mixed solids in Newtonian fluids in a baffled vessel stirred with multip...
The current understanding of the transport phenomena involved in the operation of industrial ferment...
Abstract Based on the Gidaspow model, the distributions of velocity, turbulence intensity, and solid...
This thesis applies experimental measurement techniques and computational fluid dynamics to evaluate...
This paper presents the mathematical modelling and numerical simulation of the turbulent, two-phase ...
Transport phenomena in stirred vessels and catalyst particles have been studied with computational m...
The predictive capabilities of CFD techniques as applied to solid\u2013liquid stirred vessels are in...
A comprehensive computational model based on the Eulerian-Eulerian approach was developed to simulat...
A short review of the state of the art in experimental and computational fluid dynamics (CFD) charac...