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| Active Aero Blade Load Control Design |
Materials: |
| Blades: |
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Aluminum |
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100-m Blade |
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Bonded Joints |
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Adaptive |
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Composites |
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Aeroacoustics |
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Material Testing and Fatigue |
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Blade System Design Study (BSDS) |
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Property Determination |
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Carbon Hybrid |
Modal Testing and Analysis |
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Flutter |
Non-destructive Testing |
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General |
NuMAD |
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Testing |
Offshore |
| Computational Fluid Dynamics (CFD) |
Partnerships: |
| Control System Design: |
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Low Wind Speed Technology (LWST): |
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Nonlinear Control Theory |
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Knight & Carver |
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Wind Turbine Blade Controls |
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WindPACT |
| Data Acquisition and Field Measurements |
Scaled Wind Farm Technology(SWiFT) Facility |
| Fatigue and Reliability: |
Structural Dynamics |
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General |
Supervisory Control And Data Acquisition (SCADA) |
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LIFE2 |
Turbine Systems |
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Loads |
Turbulence Simulation |
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Probability of Failure |
Vertical Axis Wind Turbine (VAWT): |
| Health Monitoring |
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Archive |
| Manufacturing |
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Current Research |
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Wind Plant Reliability |
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Wind Powering America (WPA) |
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Wind Resource |
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ECIS Highlights
4.71 MB
242.63 kB
