Cyclone Separator Simulation with ANSYS Fluent Discrete Phase Model (DPM)

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Cyclone separator simulation with ansys fluent discrete phase model (dpm)

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Steady-state CFD simulation of cyclone separator is performed using ANSYS Fluent. Particles are tracked using DPM. One-way coupling is considered without drag. Meaning fluid phase will influence particulate phase via drag and turbulence whereas particulate phase has no influence on the gas phase. Fluent case file is attached for download. Enjoy!

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October 14th, 2017 Uploaded

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Max Payne

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Cyclone Simulation

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JY Chou

If you really want to share these projects, please provided the complete ANSYS project files, not only part of them. It's really bad because let people waste many times to download useless data from here.

on April 9th, 2020

Max Payne

Project Author

First of all if you really want help you should first learn to ask it nicely. Second of all this is NOT an ANSYS PROJECT it is ANSYS Fluent simulation as mentioned clearly if you don't know what you are talking about its better not to talk about it and waste other people valuable time.

on April 9th, 2020

PAUL MAYORGA

Hello fellows, I am trying to simulate a cyclone separation process, but i need to refine my mesh. Could you give me some advices for that please ? Thanks !

on July 1st, 2020

Max Payne

Project Author

Hi Paul, what meshing tool are you using? You can refine only in areas of interest instead of whole domain to keep the mesh size small. You can add some prism layers/inflation layers at the walls.

on July 14th, 2020

drake ramoray

Max sir, thank you for providing us with your ANSYS fluent file, I am trying to simulate a cyclone separator as part of my final year project and had some doubts in your work, would It be possible for you to share your email id? or else you could hit me up at dr.drakeramoray69@gmail.com

on October 22nd, 2020

Max Payne

Project Author

Dear Drake, you are welcome. You can discuss it here or on direct messaging.

on October 25th, 2020

Nestor Aguilar

Hello, could you recommend some bibliography to better understand the simulation?

on June 25th, 2025

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