CFD Simulation of a Mist Eliminator using Discrete Phase Model in ANSYS Fluent

Ғылым және технология

Welcome to our in-depth tutorial on CFD Simulation of a Mist Eliminator using the Discrete Phase Model (DPM) in ANSYS Fluent. This video is designed to enhance both your theoretical knowledge and practical skills in particle modeling.
In this tutorial, we explore the robust capabilities of ANSYS Fluent software, examining its features from the ground up. We delve into various options, scrutinizing each one in detail to ensure you gain a comprehensive understanding of this powerful tool.
As we navigate the software, we simultaneously carry out the CFD Simulation of a Mist Eliminator device. This hands-on approach allows you to see the discussed features in action, reinforcing your learning.
The tutorial concludes with the extraction of graphical results. We interpret these results, offering you a clear visual representation of the simulation outcome. This step is crucial in understanding the implications of the simulation and the performance of the Mist Eliminator.
Whether you're a student, researcher, or industry professional, this video is a valuable resource for mastering ANSYS Fluent and its application in particle modeling. Don't forget to like, share, and subscribe!
Learn More about Ansys Fluent Applications: aopds.com/fluids/
Explore Ansys Software: aopds.com/products/
Contact Alpha Omega: aopds.com/contact-us/
#ANSYSFluent #CFDSimulation #MistEliminator #DiscretePhaseModel #ParticleModeling

Пікірлер: 1

  • @slizer1114
    @slizer11143 ай бұрын

    hello i want to simulate combustion of liquid sulfur in a furnace my mesh size is about 2 millions the liquid sulfur is pulverised into furnace as vapor i want to model the injection with discrete phase and non-premixed combustion model so whats the accurate DPM interval value for this simulation