User contributions
10 November 2020
8 November 2020
5 November 2020
Notes - Wind Turbine ISR-G
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Electrical Control Unit
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Notes - Wind Turbine ISR-G
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Wind turbine system
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Wind turbine system
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Notes - Wind Turbine ISR-G
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File:Timber-tower-2.png
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File:Timber-tower-1.png
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Notes - Wind Turbine ISR-G
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Wind turbine system
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File:Savonius-gorlov-waterpump.jpeg
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File:CAD-v1-savonius.png
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File:Savonius-twisted-airfoil.png
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File:Savonius-prototype-v1.jpg
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1 November 2020
30 October 2020
Wind turbine system
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Wind turbine system
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Wind turbine system
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-134
Wind turbine system
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Electrical Control Unit
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Wind turbine system
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Wind turbine system
Created page with "# Research and background knowledge ## Research papers, articles, media ### Analysis of Different Blade Architectures on small VAWT Performance Battisti, L., Brighenti, A.,..."
Electrical Control Unit
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29 October 2020
Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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File:Stress-strain.JPG
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File:Aerodynamic-load-wind-turbine.JPG
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Notes - Wind Turbine ISR-G
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28 October 2020
Devices at Woodland
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Devices at Woodland
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Notes - Wind Turbine ISR-G
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Literature collection - dynamic complexity, resilience, complex systems
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Notes - Wind Turbine ISR-G
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File:ForcesOnVAWTairfoil.JPG
Vector diagram of the aerodynamic forces acting on a VAWT airfoil. Here U is the freestream velocity, ω is the angular velocity of the turbine, R is the turbine radius, Urel is the relative freestream velocity as seen by the turbine blade, and Ft(lift) and Ft(drag) are the tangential components of the lift and drag forces, i.e., Flift and Fdrag, respectively. Source: Araya, D. B. (2016). Aerodynamics of vertical-axis wind turbines in full-scale and laboratory-scale experiments (Doctoral disse...
Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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File:Wind-energy-aerodynamics-variables.JPG
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Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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24 October 2020
Electrical Control Unit
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Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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Notes - Wind Turbine ISR-G
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