Day 1

• Background to OPENFOAM® and introduction to Icon
• Introduction to OPENFOAM® structure
• OPENFOAM® case structure, running a case
• Tutorial (Backward facing step)
• OPENFOAM® solvers and utilities
• Tutorial (Backward facing step with mesh import, manipulation and further postprocessing)
• Solver settings and convergence
• Mesh requirements
• Discretisation methods in OPENFOAM®
• Tutorial (solver controls and residuals with backward facing step and URANS calculation)

• Boundary conditions in OPENFOAM®
• Turbulence models in OPENFOAM®
• Heat transfer models
• Tutorial (LES or Heat Transfer)
• Meshing with snappyHexMesh
• Parallel solutions
• Reading and understanding OPENFOAM® code
• Tutorial (Parallel LES, Advanced Heat Transfer or snappyHexMesh tutorial)
• Discussion, trainees own applications and cases etc.