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Computational Fluid Dynamics for Predicting Performance through ANSYS.CFX in Hydrocyclone


Affiliations
1 Govt. Polytechnic College, Morena, M.P., India
2 Govt. Polytechnic College, Betul, M.P., India
3 Gyan Ganga Institute of Technology & Management, Bhopal, M.P., India
 

The hydro cyclone is an important and popular industrial apparatus to separate by centrifugal action disperse solid particles from a liquid suspension fed to it. It has been widely used in industry, particularly in the mineral and chemical processing industry because of its simplicity in design and operation, high capacity, low maintenance and operating cost as well as its small physical size. In general how a hydro cyclone works is included, providing a background to discuss a process and hydro cyclone geometry variables. The CFD technique popularly in process design and predicting equipment performance of hydro cyclone under a wide range of geometric and operating condition by using ANSYS.CFX; it also offers an effective way of design and modeling of hydro cyclone.

Keywords

CFD(Computational Fluid Dynamics), Hydro Cyclone, Underflow, Overflow, Ansys.
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  • Computational Fluid Dynamics for Predicting Performance through ANSYS.CFX in Hydrocyclone

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Authors

Dinesh Agrawal
Govt. Polytechnic College, Morena, M.P., India
Mahendra Kumar Malviya
Govt. Polytechnic College, Betul, M.P., India
Vibha Agrawal
Gyan Ganga Institute of Technology & Management, Bhopal, M.P., India

Abstract


The hydro cyclone is an important and popular industrial apparatus to separate by centrifugal action disperse solid particles from a liquid suspension fed to it. It has been widely used in industry, particularly in the mineral and chemical processing industry because of its simplicity in design and operation, high capacity, low maintenance and operating cost as well as its small physical size. In general how a hydro cyclone works is included, providing a background to discuss a process and hydro cyclone geometry variables. The CFD technique popularly in process design and predicting equipment performance of hydro cyclone under a wide range of geometric and operating condition by using ANSYS.CFX; it also offers an effective way of design and modeling of hydro cyclone.

Keywords


CFD(Computational Fluid Dynamics), Hydro Cyclone, Underflow, Overflow, Ansys.