Modeling and Study of Hydrodynamic flow within the Preneutralizer Reactor using CFD Approach
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Publisher
Elsevier
Reference9 articles.
1. a study of mixing structure in stirred tanks equipped with multiple four-blade Rushton impellers;Driss;Archive of Mechanical Engineering,2012
2. the use of the CFD for the hydrodynamic flow diagnostic and study in a Phosphoric Acid Reactor;Khamar;Proceedia Engineering,2016
3. a Study of the Mixing Performance of Different Impeller Designs in Stirred Vessels Using Computational Fluid Dynamics;Ian;Designs,2018
4. hydrodynamic study of a phosphate flotation cell by CFD approach;Handane;Chemical Engineering and Processing-Process Intensification,2019
5. mixing analysis in a stirred tank using computational fluid dynamics;Dagadu;Journal of Applied Mathematics and Physics,2015
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