Environmental Engineering Reference
In-Depth Information
References
1. Seifert H, Richert F (1997) Aerodynamics of iced airfoils and their influence on loads and
power production. In: Proceedings of European wind energy conference
2. Baring-Gould I, Tallhaug L, Ronsten G, Horbaty R, Cattin R, Laakso T, Durstewitz M,
Lacroix A, Peltola E, Wallenius T (2009) Recommendations for wind energy projects in cold
climates. Technical report, International Energy Agency
3. Laakso T, Baring-Gould I, Durstewitz M, Horbaty R, Lacroix A, Peltola E, Ronsten G,
Tallhaug L, Wallenius T (2009) State-of-the-art of wind energy in cold climates. Technical
report, International Energy Agency
4. Boluk Y (1996) Adhesion of freezing precipitates to aircraft surfaces. Transport Canada,
pp 44
5. Fikke S et al (2006) Atmospheric icing on structures: measurements and data collection on
icing: state of the art. MeteoSwiss 75:110
6. ISO-12494 (2001) Atmospheric icing of structures. ISO copyright office, Geneva, p 56
7. Richert F (1996) Is Rotorcraft icing knowledge transferable to wind turbines? BOREAS III.
FMI, Saariselkä, pp 366-380
8. Ilinca A (2011) Analysis and mitigation of icing effects on wind turbines. In: Al-Bahadly I
(ed) Wind turbines, 1st Edn. InTech, Rijeka
9. Mason J (1971) The physics of clouds. Technical report. Oxford University Press, London
10. Homola M, Nicklasson P, Sundsbo P (2006) Ice sensors for wind turbines. J Cold Reg Sci
Technol 46:125-131
11. Makkonen L (2000) Jn Detektointi Kosteusmittauksen Avulla [Detection of Ice from
Humidity Measurements]. Technical report, Report in Finnish to the Vilho, Yrj and Kalle
Visl Foundation, Helsinki
12. Parent O, Ilinca A (2011) Anti-icing and de-icing techniques for wind turbines: critical
review. J Cold Reg Sci Technol 65:88-96
13. Geraldi J, Hickman G, Khatkhate A, Pruzan D (1996) Measuring ice distribution on a surface
with
attached
capacitance
electrodes.
Technical
report,
United
States
Patent
number
5,551,288
14. Shajiee S, Wagner P, Pao L Y, Mcleod R R (2012) Development of a novel ice sensing and
active de-icing method for wind turbines. In: Proceedings of AIAA aerospace sciences
meeting, Nashville, 15 p
15. Walsh M (2010) Accretion and removal of wind turbine icing in polar conditions. Masters
Thesis, AALTO University, Helsinki
16. Mulherin N, Richter-Menge J, Tantillo T, Gould L, Durell G, Elder B (1990) Laboratory test
for measurement of adhesion strength of spray ice to coated flat plates. Cold regions research
and engineering, Laboratory report 90-2, US Army Corps of Engineers
17. Battisti L, Baggio P, Fedrizzi R (2006) Warm-air intermittent de-icing system for wind
turbines. Wind Eng 30(5):361-374
18. Wang X (2008) Convective heat transfer and experimental icing aerodynamics of wind
turbine blades. Ph.D. Thesis, University of Manitoba
19. Marjaniemi M, Peltola E (1998) Blade heating element design and practical experiences. In:
BOREAS IV conference on wind energy production in cold climates, Yllas
20. Makinen J (1996) Ice detection and de-icing system improves the economics of a wind
turbine in the Arctic weather conditions. In: BOREAS III conference on wind energy
production in cold climates, Saariselka
21. Huber R, Wojtkowski M, Fujimoto JG (2006) Fourier domain mode locking (FDML): a new
laser operating regime and applications for optical coherence tomography. J Opt Express
14:3225-3237
22. Moore ED, McLeod RR (2011) Phase-sensitive swept-source interferometry for absolute
ranging with application to measurements of group refractive index and thickness. J Opt
Express 19:8117-8126
