An Innovative Approach To Making Ultra Light Weight Wind
Turbine Blades
Keywords: Wind Energy, Small Wind Turbines, Wind Turbine Blade Manufacturing.
Mehran University Research Journal of Engineering & Technology
Volume 31 , Issue 2
Suhail Zaki Farooqui , , ,
References
1. |
Pullen, A., Sawyer, S., and Teske, S., ”Global Wind Energy
Outlook”, Report by Global Wind Energy Council,
Renewable Energy House, 63-65 Rue d’arlon, 1040
Brussels, Belgium, Published by Green Peace
International, the Netherlands, Volume 1, pp. 16,
October, 2008. |
2. |
Stimmel, R., “Small Wind Turbine Global Market Study”,
American Wind Energy Association Report, pp. 5,
Washington D.C., USA, 2009. |
3. |
Acher, J., “Europe Wind Power Body Sees Big Offshore
Potential”, Planet Ark, Published online by Thomson
Reuters, Denmark, Page 1, http://www.planetark.com/
enviro-news/item/54659, 15 Sept. 2009. |
4. |
Rose, C., “European Wind Energy Association Annual
Report”, Published by European Wind Energy
Association, Rue, d’Arlon 63-65, Brussels, Belgium,
Volume 1, pp. 10, June, 2009. |
5. |
Asmus, P., et. al., “Permitting Small Wind Turbines: A
Handbook”, California Energy Commission, pp. 4, USA,
2003. |
6. |
Eggleston, D.M., and Stoddard, F.S., “Wind Turbine
Engineering Design”, Chapter-2, Van Nostrand Reinhold
Company, USA, 1987. |
7. |
Glauert, H., “Airplane Propellers”, Division-L (Chapter)
of Book “Aerodynamic Theory”, Edited by W.F. Durand,
Springer Verlag, Berlin, Germany, 1935. Reprinted by
Peter Smith, Glouster, Massachusetts, USA, 1976. |
8. |
Miller, R.H., and Dugundji, J., et. al., ”Wind Energy
Conversion”, Report Published by MIT Aeroelastic and
Structures Research Lab TR-184-7 through TR-184-16,
Volume 1-10, USA, 1978. |
9. |
Stewart, H.J., “Dual Optimum Aerodynamic Design for
a Conventional Windmill”, The American Institute
of Aeronautics and Astronautics (AIAA) Journal,
Volume 14, No. 11: pp. 1524-1527, 1976. |
10. |
Wilson, R.E., and Lissaman P.B.S., “Applied
Aerodynamics of Wind Power Machines”, PB 238595,
Report No. NSF-RA-N-74-113, National Technical
Information Service (NTIS), Springfield, Virginia, USA,
1974. |
11. |
Wilson, R.E., “The Effect of Hub Fairings on Wind
Turbine Rotor Performance”, American Society of
Mechanical Engineers (ASME), Journal of Fluids
Engineering, Volume 100, No. 1, pp .120-122, 1978. |
12. |
Tangler, J.L., and Somers, D.M., “Advanced Airfoils for
Horizontal Axis Wind Turbines”, American Wind Energy
Association, US Department of Energy-SERI Wind
Power 85 Conference, San Francisco, USA, 1985. |
13. |
Abbot, I.H., and Von-Doenhoff, A.E., “Theory of Wing
Sections, Including a Summary of Airfoil Data”, Dover
Publications, Inc., New York, USA, 1959. |
14. |
Driesen, J., Brabandere, K.D., D’hulst, R., and Belmans,
R., “Small Wind Turbines in the Built Environment:
Opportunities and Grid-Connection Issues”, IEEE Power
Engineering Society General Meeting, San Francisco,
Volume 2, pp. 1948-1949, USA, 12-16 June 2005. |
15. |
White, J.R. and Adams, D.E., “Operational Load
Estimation of a Smart Wind Turbine Rotor Blade”,
Proceedings of Conference on The Health Monitoring
of Structural and Biological Systems, International Society
for Optical Engineering (SPIE), Volume 7295, 72952D,
pp. 12, Online Publication, 9 March, 2009. |
16. |
Vardar, A., and Eker, B., ”The Wind Measuring Methods
for Wind Turbine Rotor Blades”, Journal of Wind and
Structures, Volume 7, pp. 305-316, 2004. |
17. |
Kroo, I., “Applied Aerodynamics: A Digital Textbook”,
Desktop Aerodynamics Inc., Version 5.0, http://
www. d e s k t o p a e r o . c o m / a p p l i e d a e r o / p r e f a c e /
welcome.html, Stanford University, California, USA,
January 2007. |
18. |
Kurtulmus, F., Vardar, A., and Izli, N., ”Aerodynamic
Analysis of Different Wind Turbine Blade Profiles”,
Journal of Applied Sciences, Volume 7, No. 5,
pp. 663-670, 2007. |
19. |
Vries, O.de, “Fluid Dynamics Aspects of Wind Energy
Conversion”, National Aerospace Laboratory,
AGARDOgraph No. 243, The Netherlands, 1979. |
20. |
Abbott, I.A., Albert, E., Doenhoff, V., and Stivers, L.S.,
“Summary of Airfoil Data”, NACA Report No. 824,
National Advisory Committee on Aeronautics, USA,
1945. |
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