This training course provides a comprehensive introduction to Computational Fluid Dynamics (CFD) using Cradle CFD. Participants will learn the fundamentals of CFD analysis and gain hands-on experience with the complete simulation workflow, including importing and preparing CAD geometry, defining boundary conditions, generating meshes, configuring solver settings, and post-processing simulation results.
Topics covered
- Fundamentals of CFD: History, governing equations, turbulence modelling, modelling strategies
- Geometry handling and preparation
- Boundary conditions setup
- Solver setup for different physics phenomena
- Meshing techniques
- Solver setup for different physics phenomena
- Postprocessing
What you will learn
- Fundamentals of Computational Fluid Dynamics
- Creating CFD-ready geometries and handling of those geometries
- Setting up boundary conditions relevant to the flow analysis being conducted
- Producing high-fidelity grid’s for CFD calculations
- Performing steady-state incompressible flow simulations (ideal for Thermal management problems and low-speed flow analysis)
Target audience
This course is designed for engineers, analysts and students who have basic understanding of CFD simulations and want to develop practical hands-on experience in leveraging high quality CFD simulations, available for multiple industries.