Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum surface usingCFD
This isapioneeringpaperthatdealswiththesemi-steady-stateliquidfilmthicknessonarotatingdrum partially submergedinliquidusingCFD.TheCFDpredictionshavebeencomparedwithbothexperimental results andanalyticalsolutions.Theliquidfilmthicknessandthefilmrisingonacircularcurvedwall were monitoredforvariousr...
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my.utp.eprints.53042017-01-19T08:26:06Z Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum surface usingCFD Hasan, Nurul TN Mining engineering. Metallurgy This isapioneeringpaperthatdealswiththesemi-steady-stateliquidfilmthicknessonarotatingdrum partially submergedinliquidusingCFD.TheCFDpredictionshavebeencomparedwithbothexperimental results andanalyticalsolutions.Theliquidfilmthicknessandthefilmrisingonacircularcurvedwall were monitoredforvariousrpmoftherotatingdrum.The2Dsimulationswereperformedneglectingthe end effects(assumingtherotatingdrumisverylong).Astherotatingdrumspeedwasincreased,thefilm thickness wasfoundtoincreaseatthefilmrisingsideandattheminimumfilmthicknesspoint(topof the rotatingdrum).Therewasneverbeenasteady-stateconditionreached,theoppositewasexpected as awiperisusedintheCFDcalculation(sameastheexperimentalinvestigation).Theliquidthatleaves the domainbythewiper(asoutflowboundarycondition)isforcedtoentertothedomainfromfarend to keepthelevelofthefreesurfaceconstant. 2008-10-25 Article PeerReviewed application/pdf http://eprints.utp.edu.my/5304/1/NH_rotating_drum_chemical_engineering_science.pdf Hasan, Nurul (2008) Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum surface usingCFD. Chemical EngineeringScience . ISSN 0009-2509 http://eprints.utp.edu.my/5304/ |
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TN Mining engineering. Metallurgy Hasan, Nurul Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum surface usingCFD |
| description |
This isapioneeringpaperthatdealswiththesemi-steady-stateliquidfilmthicknessonarotatingdrum
partially submergedinliquidusingCFD.TheCFDpredictionshavebeencomparedwithbothexperimental
results andanalyticalsolutions.Theliquidfilmthicknessandthefilmrisingonacircularcurvedwall
were monitoredforvariousrpmoftherotatingdrum.The2Dsimulationswereperformedneglectingthe
end effects(assumingtherotatingdrumisverylong).Astherotatingdrumspeedwasincreased,thefilm
thickness wasfoundtoincreaseatthefilmrisingsideandattheminimumfilmthicknesspoint(topof
the rotatingdrum).Therewasneverbeenasteady-stateconditionreached,theoppositewasexpected
as awiperisusedintheCFDcalculation(sameastheexperimentalinvestigation).Theliquidthatleaves
the domainbythewiper(asoutflowboundarycondition)isforcedtoentertothedomainfromfarend
to keepthelevelofthefreesurfaceconstant. |
| format |
Article |
| author |
Hasan, Nurul |
| author_facet |
Hasan, Nurul |
| author_sort |
Hasan, Nurul |
| title |
Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum
surface usingCFD |
| title_short |
Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum
surface usingCFD |
| title_full |
Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum
surface usingCFD |
| title_fullStr |
Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum
surface usingCFD |
| title_full_unstemmed |
Determining thethicknessofliquidfilminlaminarconditiononarotatingdrum
surface usingCFD |
| title_sort |
determining thethicknessofliquidfilminlaminarconditiononarotatingdrum
surface usingcfd |
| publishDate |
2008 |
| url |
http://eprints.utp.edu.my/5304/1/NH_rotating_drum_chemical_engineering_science.pdf http://eprints.utp.edu.my/5304/ |
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