Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions

The issues of numerical modeling of hydrodynamic resistance of the impeller for mixing slurry mixtures in the production of cement compositions are considered. Mathematical models based on the finite element method to analyze the hydrodynamic processes occurring in the mixing of cement-containing mi...

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Main Authors: Benin A., Vataev A., Vatulin Y.
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:E3S Web of Conferences
Subjects:
Online Access:https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/20/e3sconf_tt21c2023_04008.pdf
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author Benin A.
Vataev A.
Vatulin Y.
author_facet Benin A.
Vataev A.
Vatulin Y.
author_sort Benin A.
collection DOAJ
description The issues of numerical modeling of hydrodynamic resistance of the impeller for mixing slurry mixtures in the production of cement compositions are considered. Mathematical models based on the finite element method to analyze the hydrodynamic processes occurring in the mixing of cement-containing mixtures are developed. The influence of rotor design on the value of torque power on the impeller shaft has been investigated. It is established that the most acceptable option is a vane design that creates a good turbulence of the fluid medium in almost the entire volume of the process equipment, contributing to high-quality hydration of cement composites. Optimized power of the drive by the criterion of hydraulic resistance and the number of revolutions of the impeller.
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spelling doaj.art-8bbd8f28c5f34ffda6d8501f812221ca2023-05-02T09:28:50ZengEDP SciencesE3S Web of Conferences2267-12422023-01-013830400810.1051/e3sconf/202338304008e3sconf_tt21c2023_04008Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositionsBenin A.0Vataev A.1Vatulin Y.2Emperor Alexander I St. Petersburg State University of Railway TransportEmperor Alexander I St. Petersburg State University of Railway TransportEmperor Alexander I St. Petersburg State University of Railway TransportThe issues of numerical modeling of hydrodynamic resistance of the impeller for mixing slurry mixtures in the production of cement compositions are considered. Mathematical models based on the finite element method to analyze the hydrodynamic processes occurring in the mixing of cement-containing mixtures are developed. The influence of rotor design on the value of torque power on the impeller shaft has been investigated. It is established that the most acceptable option is a vane design that creates a good turbulence of the fluid medium in almost the entire volume of the process equipment, contributing to high-quality hydration of cement composites. Optimized power of the drive by the criterion of hydraulic resistance and the number of revolutions of the impeller.https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/20/e3sconf_tt21c2023_04008.pdfslurry poolimpellerhydrodynamic calculationfinite element methoddrive power
spellingShingle Benin A.
Vataev A.
Vatulin Y.
Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
E3S Web of Conferences
slurry pool
impeller
hydrodynamic calculation
finite element method
drive power
title Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
title_full Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
title_fullStr Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
title_full_unstemmed Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
title_short Numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
title_sort numerical simulation of slurry basin impeller operation for mixing slurry mixtures in the production of cement compositions
topic slurry pool
impeller
hydrodynamic calculation
finite element method
drive power
url https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/20/e3sconf_tt21c2023_04008.pdf
work_keys_str_mv AT benina numericalsimulationofslurrybasinimpelleroperationformixingslurrymixturesintheproductionofcementcompositions
AT vataeva numericalsimulationofslurrybasinimpelleroperationformixingslurrymixturesintheproductionofcementcompositions
AT vatuliny numericalsimulationofslurrybasinimpelleroperationformixingslurrymixturesintheproductionofcementcompositions