Active aerodynamic blade distributed flap control design proceedure for load reduction on the UPWIND 5MW wind turbine

D Wilson, T Barlas, D Berg, G van Kuik, B Resor - 48th AIAA Aerospace … - arc.aiaa.org
Wind turbines are large, complex dynamically flexible structures that operate in turbulent
and unpredictable environmental conditions where efficiency and reliability are highly …
被引用次数：40 相关文章
[PDF] psu.edu

[PDF][PDF] Active Aerodynamic Blade Distributed Flap Control Design Procedure for Load Reduction on the UpWind 5MW Wind Turbine

DG Wilson, BR Resor, DE Berg, TK Barlas… - Citeseer
Wind turbines are large, complex dynamically flexible structures that operate in turbulent
and unpredictable environmental conditions where efficiency and reliability are highly …

[引用][C] Active aerodynamic blade distributed flap control design procedure for load reduction on the upwind 5mw wind turbine

DG Wilson, BR Resor, D Berg, A Barlas… - 48th AIAA aerospace …, 2010 - research.tudelft.nl
Active aerodynamic blade distributed flap control design procedure for load reduction on the
upwind 5mw wind turbine — TU Delft Research Portal Skip to main navigation Skip to search …

Active Aerodynamic Blade Distributed Flap Control Design Procedure for Load Reduction on the UpWind 5MW Wind Turbine

DG Wilson, BR Resor, DE Berg… - … including the New …, 2010 - repository.tudelft.nl
This paper develops a system identification approach and procedure that is employed for
distributed control system design for large wind turbine load reduction applications. The …

Active aerodynamic blade distributed flap control design procedure for load reduction on the UpWind 5MW wind turbine

DG Wilson, BR Resor, DE Berg, TK Barlas… - 48th AIAA Aerospace …, 2010 - orbit.dtu.dk
This paper develops a system identification approach and procedure that is employed for
distributed control system design for large wind turbine load reduction applications. The …
[PDF] sandia.gov

[PDF][PDF] Active Aerodynamic Blade Distributed Flap Control Design Procedure for Load Reduction on the UpWind 5MW Wind Turbine

DG Wilson, BR Resor, DE Berg, TK Barlas… - energy.sandia.gov
Wind turbines are large, complex dynamically flexible structures that operate in turbulent
and unpredictable environmental conditions where efficiency and reliability are highly …
[PDF] sandia.gov

[PDF][PDF] Active Aerodynamic Blade Distributed Flap Control Design Procedure for Load Reduction on the UpWind 5MW Wind Turbine

DG Wilson, BR Resor, DE Berg, TK Barlas… - energy.sandia.gov
Wind turbines are large, complex dynamically flexible structures that operate in turbulent
and unpredictable environmental conditions where efficiency and reliability are highly …