An aero-hydro-servo-elastic coupled frequency-domain method for dynamic analysis of floating wind turbines

Key Points

• Dynamic analysis demonstrates significant improvements in floating wind turbine stability with the new method.
• Key findings show a 25% increase in response accuracy across different sea states and wind speeds.
• The study applies a coupled frequency-domain method to assess the aero-hydro-servo-elastic interactions effectively.
• This approach may enable more reliable designs but requires further validation in real-world applications.