Introduction to Modern Wind Turbines - Wind Turbine Technology: Fundamental Concepts of Wind Turbine Engineering - page 102

References
ASME, 1989, Performance Test Codes - Wind Turbines , ASME/ANSI PTC 42-1988,
New York: American Society of Mechanical Engineers.
Bergey, K. H., 1980, “The Lanchester-Betz Limit,” Journal of Energy , Vol. 3, No. 6,
pp. 382-384.
Boeing Aerospace Company, 1988, Mod-5B Wind Turbine System Development Final
Report - Vol. II, Detailed Report , NASA-CR-180896, DOE/NASA/0200-3, Cleveland,
Ohio: NASA Lewis Research Center.
Butterield, C. P., W. Musial, and J. Jonkman, 2007, Overview of Offshore Wind
Technology , NREL/CP-500-42242, Golden, Colorado: National Renewable Energy
Laboratory.
Dodd, H. M., 1990, “Performance Predictions for an Intermediate-Sized VAWT Based on
Performance of the 34-m VAWT Test Bed,” Proceedings, Ninth ASME Wind Energy
Symposium , D. E. Berg, ed., SED-Vol. 9, New York: American Society of Mechanical
Engineers, pp. 131-136.
Dykes, K., F. Miller, R. Weinberg, A. Godwin, and E. Sautter, 2008, A Wind Resource
Assessment for Near-Shore Lake Erie , Report prepared by Green Energy Ohio:
Cleveland, Ohio.
EWEA, 2007, “Developing Offshore Wind Power in Europe,” Policy Publication,
Renewable Energy World : European Wind Energy Association.
Fingersh, L., M. Hand, and A. Laxson, 2006, Wind Turbine Design Cost and Scaling
Model , NREL-TP-500-40566, Golden, Colorado: National Renewable Energy
Laboratory.
Grifin, D. A., 2001, WindPACT Turbine Design Scaling Studies Technical Area
1-Composite Blades for 80- to 120-Meter Rotor , Global Energy Concepts, NREL/
SR-500-29492, Golden, Colorado: National Renewable Energy Laboratory.
Justus, C. G., and A. S. Mikhail, 1976, “Height Variation of Wind Speed and Wind
Distribution Statistics,” Geophysical Research Letters, 3: pp. 261-264.
Musial, W., and S. Butterield, 2004, Future for Offshore Wind Energy in the United States ,
NREL-TP-500-36313, Golden, Colorado: National Renewable Energy
Laboratory.
Rahlf, U., R. Osthorst, W. Gobel, 1998, “Bearing Overload Caused by Imprecise Deinition
of Connective Stiffness,” Proceedings, DEWEK 1998 Conference , Wilhelmshaven,
Germany: Aerodyn Corporation.
Spera, D. A., 1995, “A Model of Rotationally-Sampled Wind Turbulence for Predicting
Fatigue Loads in Wind Turbines,” Collected Papers on Wind Turbine Technology ,
D. A. Spera, ed., NASA CR-195432, Cleveland, Ohio; NASA Lewis Research Center,
pp. 17-26.