Course Overview

The course introduces students to the fundamentals of aerodynamic loads acting on wind turbine rotors and their implications for turbine design and operation. It covers airfoil and blade aerodynamics, flow topology, wake structures, and unsteady aerodynamic effects in two- and three-dimensional flows. Students learn the Blade Element Momentum (BEM) method for modelling aerodynamic forces, as well as flow control techniques to improve aerodynamic efficiency. The course also addresses support structures, hydrodynamic loads, hydrostatics of floating structures, and environmental interactions with offshore systems. Laboratory classes provide hands-on training in analyzing aerodynamic and hydrodynamic loads on wind turbine components and floating offshore platforms.

Main Goal

To provide students with theoretical knowledge and practical skills in fluid dynamics and aeroelasticity for the analysis and design of wind turbines and offshore support structures.

Skills To Be Gained

1. Understanding of aerodynamic loads on airfoils, blades, and turbines
2. Ability to apply the BEM method for aerodynamic modelling
3. Competence in analyzing unsteady aerodynamic and hydrodynamic effects
4. Skills in evaluating environmental interactions with offshore support structures

Practical Notes

Contact details: pflaszyn@imp.gda.pl