What Will You Learn?

• Fundamentals of CFD
• The role of CFD
• Fluid dynamics definitions and governing principles
• Basic Equations of Fluid Mechanics (Continuity, Momentum and Energy Equations)
• Important phenomena & concept in fluid dynamics:
• Fluid properties
• Boundary layer
• Pressure loss
• Flow separation
• Shocks
• Non-Dimensional parameters
• CFD basics
• Geometry and model simplification
• Meshing and mesh quality
• Initial and boundary conditions
• Analysis– monitoring and convergence
• Post processing
• Quality of CFD Simulations
• Errors
• Best practice for managing errors
• Validation &verification
• Turbulence Modelling
• First order models: One-equation & Two-equations models
• Dealing with walls
• Wall function and wall integration
• Setting boundary conditions
• Turbulence models comparison