For wind energy applications the student should be able to:
- explain general wind turbine functions and main turbine concepts.
- derive the momentum theory including Betz’ and Glauert’s optimum performance.
- derive general wind turbine aerodynamic equations.
- explain and use blade element momentum theory.
- use the blade element momentum method to design an optimal blade design.
- exemplify and describe experimental methods, used both for field measurements and in wind tunnels.
- derive equations for wind tunnel corrections.
- explain and describe fundamental wake dynamics.
- describe parameters that affect the wind farm power production.
- describe how icing affects the production.
- explain general wind meteorology (Forces, geostrophical balance, etc.).
- describe how the atmospheric boundary layer depends on stability and ground conditions.
- account for different wind energy utilization simulation methods and their limitations and when they are applicable.