UDF for Advance Application: ANSYS Fluent Training Package, 5 CFD Simulations
Original price was: $1,230.00.$449.00Current price is: $449.00. Student Discount
- Master advanced UDF applications for EHD, MHD, PBM, and drag modeling in ANSYS Fluent.
- Learn to simulate magnetic effects on nanofluid heat transfer and particle separation.
- Apply population balance models for nucleation and growth simulations.
- Use UDFs to model drag forces between particles and fluid interactions.
- Explore Prandtl number modeling with macro UDFs for enhanced heat transfer analysis.
- Gain hands-on expertise with five diverse CFD simulations for advanced engineering
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Description
UDF Application for Advance Application (EHD/MDH; PBM (Nucleation and Growth); Drag between Particles; & Prandtl Number) modeling by ANSYS Fluent
Introduction: Advanced UDF Applications in ANSYS Fluent
This training package explores the advanced use of User-Defined Functions (UDFs) in ANSYS Fluent for modeling complex engineering phenomena. Topics include Electrohydrodynamics (EHD), Magnetohydrodynamics (MHD), Population Balance Models (PBM), particle-fluid drag interactions, and Prandtl number effects. Through five detailed simulations, participants will gain practical skills in customizing and solving advanced CFD problems across multiple industries.
Magnetic Field Effect on Nanofluid Heat Transfer (MHD)
Begin by exploring the effects of magnetic fields on nanofluid heat transfer in MHD systems. This simulation highlights how magnetic forces influence flow and thermal properties, enabling learners to design efficient cooling systems and enhance heat transfer performance.
Population Balance Model for Nucleation and Growth
Delve into Population Balance Modeling (PBM) to simulate nucleation and growth processes in fluid systems. This session focuses on applying PBM to predict particle size distribution, making it valuable for industries like chemical processing and crystallization.
DPM-Drag Macro UDF: Drag between Particles and Fluid
This simulation focuses on the Discrete Phase Model (DPM) and UDFs to model drag forces between particles and the fluid. Participants will learn to implement macros to customize drag interactions, which are crucial for accurately modeling multiphase flows and particulate systems.
Spiral Magnetic Separator CFD Simulation
Simulate the operation of a spiral magnetic separator to understand particle separation under the influence of a magnetic field. This case study combines MHD principles with CFD to optimize separation efficiency in industrial processes.
Prandtl-K Macro UDF: Prandtl Number Modeling
Explore heat transfer enhancement through Prandtl number modeling. This simulation demonstrates the use of macro UDFs to control Prandtl number variations dynamically, providing insights into fluid flow and thermal conductivity.
Conclusion: Mastering Advanced UDF Applications
The course concludes by summarizing the key concepts and simulations. By mastering UDFs for EHD, MHD, PBM, drag modeling, and Prandtl number, participants will be equipped to address cutting-edge engineering challenges in industries such as energy, chemical processing, and advanced manufacturing.
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