CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller

Understanding the flow in stirred vessels can be useful for a wide number of industrial applications. There is a wealth of numerical simulations of stirring vessels with standard impeller such as Rushton turbine and pitch blade turbine. Here, a CFD study has been performed to observe the spatial...

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Main Authors: Devi Tamphasana Thiyam, Kumar Bimlesh
Format: Article
Language:English
Published: Association of the Chemical Engineers of Serbia 2012-01-01
Series:Chemical Industry and Chemical Engineering Quarterly
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/1451-9372/2012/1451-93721200029D.pdf
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author Devi Tamphasana Thiyam
Kumar Bimlesh
author_facet Devi Tamphasana Thiyam
Kumar Bimlesh
author_sort Devi Tamphasana Thiyam
collection DOAJ
description Understanding the flow in stirred vessels can be useful for a wide number of industrial applications. There is a wealth of numerical simulations of stirring vessels with standard impeller such as Rushton turbine and pitch blade turbine. Here, a CFD study has been performed to observe the spatial variations (angular, axial and radial) of hydrodynamics (velocity and turbulence field) in unbaffled stirred tank with Concave-bladed Disc turbine (CD-6) impeller. Three speeds (N=296, 638 & 844.6 rpm) have been considered for this study. The angular variations of hydrodynamics of stirred tank were found very less as compared to axial and radial variations.
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spelling doaj.art-7aea73c49b2741239dd45157e5ca67a62022-12-22T02:51:21ZengAssociation of the Chemical Engineers of SerbiaChemical Industry and Chemical Engineering Quarterly1451-93722217-74342012-01-01184-153554610.2298/CICEQ111130029DCFD simulation of flow patterns in unbaffled stirred tank with CD-6 impellerDevi Tamphasana ThiyamKumar BimleshUnderstanding the flow in stirred vessels can be useful for a wide number of industrial applications. There is a wealth of numerical simulations of stirring vessels with standard impeller such as Rushton turbine and pitch blade turbine. Here, a CFD study has been performed to observe the spatial variations (angular, axial and radial) of hydrodynamics (velocity and turbulence field) in unbaffled stirred tank with Concave-bladed Disc turbine (CD-6) impeller. Three speeds (N=296, 638 & 844.6 rpm) have been considered for this study. The angular variations of hydrodynamics of stirred tank were found very less as compared to axial and radial variations.http://www.doiserbia.nb.rs/img/doi/1451-9372/2012/1451-93721200029D.pdfCFDCD-6 impellerpower numberradial velocitystirred tank
spellingShingle Devi Tamphasana Thiyam
Kumar Bimlesh
CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller
Chemical Industry and Chemical Engineering Quarterly
CFD
CD-6 impeller
power number
radial velocity
stirred tank
title CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller
title_full CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller
title_fullStr CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller
title_full_unstemmed CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller
title_short CFD simulation of flow patterns in unbaffled stirred tank with CD-6 impeller
title_sort cfd simulation of flow patterns in unbaffled stirred tank with cd 6 impeller
topic CFD
CD-6 impeller
power number
radial velocity
stirred tank
url http://www.doiserbia.nb.rs/img/doi/1451-9372/2012/1451-93721200029D.pdf
work_keys_str_mv AT devitamphasanathiyam cfdsimulationofflowpatternsinunbaffledstirredtankwithcd6impeller
AT kumarbimlesh cfdsimulationofflowpatternsinunbaffledstirredtankwithcd6impeller