Module 1: Basic aspects of fluid flow

1. Fluid properties – part 1 (Velocity, Pressure, Temperature)
2. Fluid properties – part 2 (Density)
3. Fluid properties – part 3 (Viscosity)
4. Flow properties – part 1
5. Flow properties – part 2
6. Fluid Statics, Kinematics, Dynamics
7. Boundary layers – part 1
8. Boundary layers – part 2
9. Boundary layers – part 3
10. The atmospheric boundary layer

Module 2:  Wind-tunnel testing

1. Why wind-tunnel testing?
2. Wind-tunnel types and applications
3. The atmospheric boundary layer wind tunnel
4. Wind-tunnel components
5. Measurements and flow visualization
6. Similarity and flow quality
7. Best practice guidelines

Module 3: Computational Fluid Dynamics

1. Computational Fluid Dynamics: what, why and how?
2. Approximate forms of the Navier-Stokes equations
3. Turbulence modeling
4. Some aspects of discretization
5. Near-wall modeling
6. Errors and uncertainty, verification and validation
7. Best practice guidelines
8. Computational Wind Engineering – Part 1
9. Computational Wind Engineering – Part 2

Module 4:  Building aerodynamics

1. Wind flow around buildings – part 1
2. Wind flow around buildings – part 2
3. Pedestrian-level wind conditions around buildings – part 1
4. Pedestrian-level wind conditions around buildings – part 2
5. Pedestrian-level wind conditions around buildings – part 3
6. Natural ventilation of buildings
7. Wind-driven rain on building facades – part 1
8. Wind-driven rain on building facades – part 2
9. Wind energy in the built environment – part 1
10. Wind energy in the built environment – part 2

Module 5: 100 m sprint aerodynamics

1. Why study sprint aerodynamics?
2. Mathematical-physical model of running
3. Wind effects
4. Altitude effects
5. Stadium aerodynamics and sprint records

Module 6: Cycling aerodynamics

1. Why study cycling aerodynamics?
2. Wind-tunnel testing for a single cyclist – Part 1
3. Wind-tunnel testing for a single cyclist – Part 2
4. CFD simulations for a single cyclist
5. Aerodynamics of two drafting cyclists
6. Aerodynamics of drafting cyclist groups
7. Aerodynamics of car-cyclist combinations