[PDF][PDF] THE COMPUTATIONAL-FLUID-DYNAMICS STUDY OF AN UNBAFFLED STIRRED VESSEL WITH ECCENTRICALLY POSITIONED IMPELLER SYMULACJE …
R Wójtowicz, AA Lipin - Chemistry Series, 2015 - suw.biblos.pk.edu.pl
The paper presents the results of CFD simulations of liquid flow in an unbaffled stirred
vessel with an eccentrically positioned impeller. The influence of the impeller's distance from
the tank axis (eccentricity) on the generated flow circulation was analyzed. Based on
numerical modelling, the flow pattern, vortex formation as well as turbulence parameters in
selected stirred vessel zones were determined. Obtained results were presented as
vector/contour maps, and iso-surfaces of Q-criterion for identification of vortex cores …
vessel with an eccentrically positioned impeller. The influence of the impeller's distance from
the tank axis (eccentricity) on the generated flow circulation was analyzed. Based on
numerical modelling, the flow pattern, vortex formation as well as turbulence parameters in
selected stirred vessel zones were determined. Obtained results were presented as
vector/contour maps, and iso-surfaces of Q-criterion for identification of vortex cores …
[PDF][PDF] THE COMPUTATIONAL-FLUID-DYNAMICS STUDY OF AN UNBAFFLED STIRRED VESSEL WITH ECCENTRICALLY POSITIONED IMPELLER SYMULACJE …
R WÓJTOWICZ, AA LIPIN - repozytorium.biblos.pk.edu.pl
The paper presents the results of CFD simulations of liquid flow in an unbaffled stirred
vessel with an eccentrically positioned impeller. The influence of the impeller's distance from
the tank axis (eccentricity) on the generated flow circulation was analyzed. Based on
numerical modelling, the flow pattern, vortex formation as well as turbulence parameters in
selected stirred vessel zones were determined. Obtained results were presented as
vector/contour maps, and iso-surfaces of Q-criterion for identification of vortex cores …
vessel with an eccentrically positioned impeller. The influence of the impeller's distance from
the tank axis (eccentricity) on the generated flow circulation was analyzed. Based on
numerical modelling, the flow pattern, vortex formation as well as turbulence parameters in
selected stirred vessel zones were determined. Obtained results were presented as
vector/contour maps, and iso-surfaces of Q-criterion for identification of vortex cores …
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