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TECHNICAL PAPERS

Analysis of the Structural and Inflow Data From the List Turbine

[+] Author and Article Information
Herbert J. Sutherland

Sandia National Laboratories,* Albuquerque, NM 87185-0708

J. Sol. Energy Eng 124(4), 432-445 (Nov 08, 2002) (14 pages) doi:10.1115/1.1507763 History: Received February 01, 2002; Revised June 01, 2002; Online November 08, 2002
Copyright © 2002 by ASME
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References

Figures

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Micon 65/13M turbine at the Bushland test site
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Schematic diagram of the inflow instrumentation for the LIST turbine
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Schematic diagram of the structural instrumentation for the LIST turbine
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Distribution of the 10-min data records by hub-height mean wind speed
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Typical horizontal wind speed data: a) First 100 sec of the data record, b) First 20 sec of the data record
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Typical horizontal wind speed direction: a) First 100 sec of the data record, b) First 20 sec of the data record
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Typical vertical wind speed
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Instantaneous Reynolds stress for the horizontal and vertical velocity components
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Horizontal wind speed from the bottom to the top of the rotor
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Horizontal wind speed across the rotor disk at hub height
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Edge-bending moment in the root of blade 1: a) First 10 sec of the data record, b) First 50 sec of the data record
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Flap-bending moment in the root of blade 2: a) First 10 sec of the data record, b) First 50 sec of the data record
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Typical power data for Turbines B and C
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Power curve for the three micon 65/13M turbines at the Bushland site
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Power coefficient for the three micon 65/13M turbines at the Bushland site
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Azimuth averaged edge-bending moment: a) Root edge-bending moment in Blade 1, b) Blade edge-bending moment in Blades 2 and 3, 40% span
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Power spectral density for blade root bending moments: a) Root edge-bending moment, b) Root flap-bending moment
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Fatigue load spectrum for bin class 5 wind speeds: a) Edge-bending in the root of Blade 1, b) Flap-bending in the root of Blade 1
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Exceedance plots of the fatigue load spectrum for bin class 5 wind speeds: a) Edge-bending in the root of Blade 1, b) Flap-bending in the root of Blade 2
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Dependence of equivalent fatigue load on various inflow parameters for bin class 5 (11-13 m/s) wind speeds: a) Flap bending loads, b) Edge bending loads
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Dependence of the flap-bending, equivalent fatigue load on various inflow parameters for bin class 4 wind speeds
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Dependence of the flap-bending, equivalent fatigue load on various inflow parameters for bin class 6 wind speeds
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Dependence of the flap-bending, equivalent fatigue load on various inflow parameters for bin class 7 wind speeds
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Dependence of the flap-bending, equivalent fatigue load on various inflow parameters for bin class 8 wind speeds
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Load extremes for bin class 5 wind speeds: a) Edge-bending loads, b) Flap-bending loads
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Gumbel distribution of the load extremes for bin class 5 wind speeds: a) Edge-bending loads, b) Flap-bending loads
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Gumbel distribution of the load extremes for bin class 8 wind speeds: a) Edge-bending loads, b) Flap-bending loads
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Flow field and structural measurements about the extreme flap event for bin class 5 wind speeds

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