INVESTIGATION OF DIFFERENT INTERFACE LOCATIONS IN SLIDING MESH METHOD AND THEIR EFFECT ON SIMULATION OF BAFFLED STIRRED TANK WITH 6 BLADES RUSHTON TURBINE

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SHOKRGOZAR M.; SADEGH MOGHADDAS JAFAR; FARBOD A.

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Seminar Paper

Paper Information

Seminar: CHEMICAL ENGINEERING CONGRESS AND EXHIBITION
Year:2010 | Issue:13

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Title

INVESTIGATION OF DIFFERENT INTERFACE LOCATIONS IN SLIDING MESH METHOD AND THEIR EFFECT ON SIMULATION OF BAFFLED STIRRED TANK WITH 6 BLADES RUSHTON TURBINE

Author(s)

SHOKRGOZAR M. | SADEGH MOGHADDAS JAFAR | FARBOD A.

Keywords

CFD

STIRRED TANK

INTERFACE LOCATION

SLIDING MESH

Abstract

THE AIM OF THIS ARTICLE IS THE SIMULATION OF THE BAFFLED STIRRED TANK WITH 6 BLADES RUSHTON TURBINE THROUGH DIFFERENT INTERFACE LOCATIONS TO INVESTIGATE THEIR EFFECTS IN PREDICTING THE FLUIDS HYDRODYNAMICS IN TURBULENT FLOW FIELDS. IN ALL SIMULATIONS PISO PRESSURE-VELOCITY COUPLE, PRESTO DISCRETIZATION SCHEME FOR PRESSURE AND THE LES FOR TURBULENT MODEL WAS USED. ALSO WE USED MRF’S RESULTS AS A INITIAL GUESS FOR SM MODEL. THE EXPERIMENTAL VELOCITY DISTRIBUTIONS WERE COMPARED WITH THE NUMERICAL ONES. RESULTS INDICATED THAT THE INTERFACE LOCATION HAVE TO BE BETWEEN 7 TO 10 CM FROM CENTER OF THE TANK. AND IT IS IN GOOD AGREEMENT WITH PREVIOUS WORK BY LEE AND YIANNESKIS.

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APA: Copy

SHOKRGOZAR, M., SADEGH MOGHADDAS, JAFAR, & FARBOD, A.. (2010). INVESTIGATION OF DIFFERENT INTERFACE LOCATIONS IN SLIDING MESH METHOD AND THEIR EFFECT ON SIMULATION OF BAFFLED STIRRED TANK WITH 6 BLADES RUSHTON TURBINE. IRANIAN NATIONAL CHEMICAL ENGINEERING CONGRESS & 1ST INTERNATIONAL REGIONAL CHEMICAL AND PETROLEUM E. SID. https://sid.ir/paper/908868/en

Vancouver: Copy

SHOKRGOZAR M., SADEGH MOGHADDAS JAFAR, FARBOD A.. INVESTIGATION OF DIFFERENT INTERFACE LOCATIONS IN SLIDING MESH METHOD AND THEIR EFFECT ON SIMULATION OF BAFFLED STIRRED TANK WITH 6 BLADES RUSHTON TURBINE. 2010. Available from: https://sid.ir/paper/908868/en

IEEE: Copy

M. SHOKRGOZAR, JAFAR SADEGH MOGHADDAS, and A. FARBOD, “INVESTIGATION OF DIFFERENT INTERFACE LOCATIONS IN SLIDING MESH METHOD AND THEIR EFFECT ON SIMULATION OF BAFFLED STIRRED TANK WITH 6 BLADES RUSHTON TURBINE,” presented at the IRANIAN NATIONAL CHEMICAL ENGINEERING CONGRESS & 1ST INTERNATIONAL REGIONAL CHEMICAL AND PETROLEUM E. 2010, [Online]. Available: https://sid.ir/paper/908868/en

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