Discrete Phase Model (DPM) Training Course, CFD Simulation

ANSYS Fluent, All Leveles, ANSYS Meshing software, An Intensive Course on Discrete Phase Modeling for CFD Applications

Created by: MR CFD
ANSYS Fluent Expert

What Will I Learn?

• Understand the fundamental principles of the Discrete Phase Model (DPM) in computational fluid dynamics (CFD)
• Identify the appropriate scenarios and conditions for applying DPM in CFD simulations
• Set up and configure DPM simulations in ANSYS Fluent
• Analyze the interaction between discrete particles and the continuous phase in a multiphase flow environment
• Interpret and evaluate the results of DPM simulations for engineering and research applications
• Optimize the parameters in DPM simulations to achieve accurate and efficient results
• Troubleshoot common issues and challenges that arise during DPM simulations
• Apply best practices for validating and verifying DPM simulation results
• Integrate DPM simulation data with other computational models or experimental results for comprehensive analysis
• mesh tools like contact sizing, refinement option, face meshing, mesh copy, match copy, pinch, and inflation option
• advanced strategies to create structured mesh over complex geometries alongside creating a hybrid mesh.
• structured O-grid mesh in cylindrical geometries
• structured C-grid mesh for airfoils
• Hybrid mesh type for geometries containing both solid and fluid domains

Requirements

• Fundamental Knowledge in Fluid Dynamics
• Basic Understanding of Computational Fluid Dynamics (CFD)
• Experience with ANSYS Fluent
• Be familiar with ANSYS Meshing software environment and tools

Target audience

• Engineering Students
• Industry Professionals
• Consultants and Service Providers
• Intermediate and Advanced ANSYS Meshing Users