REFERENCES 
1. Balasuriya, P D, Nimal, R P, Pathirana, C R & Sugathapala, A G T. "Design 
and construction of horizontal axis wind mill for water pumping". 
Proceedings of Research for Industry-1997, University of Moratuwa, Sri 
Lanka, 21 s t November 1997, n 13/1-13/12. 
m 
2. Banga, T R and Makker B P. Hydraulics and Fluid Mechanics, New Delhi: 
Romesh Chander Khanna, 1984, p 545-546 
3. Betz, A. Wind energy and its exploitation by windmills. Gottinggen: Van-
denhoeck & Ruprecht, 1926. 
4. Bose, T K. Computational Fluid Dynamics, New Delhi: Wiley Eastern 
Limited, 1989. 
5. Carsten, Ender. "International development of Wind Energy Use-Status 
31.12.2000", DEWl Magazine Nr. 19, August 2001, p 33. 
6. Espace eolien developpement. Renewable energy and efficiency capacity 
building, Wind assessment and project preparation, 16 rue Faidherbe-59000 
LILLE, France, 1999. 
7. Fernando, K S and Alexander, Muller. Annual Report of The Wind Energy 
Project WEU 82-2, Colombo: Wind Energy Unit, Water Resources Board, 
1981. 
8. Fernando, S K, Lysen, E H, Siambalapitiya, D J T and Nanthakumar, J. Wind 
Energy Resources Assessment Southern Lowlands of Sri Lanka, CEB Final 
Report-1992, Colombo, Sri Lanka: Ceylon Electricity Board, Ministry of 
Power and Energy, 1992. 
» 9. Glauert, H. Windmills and fans. Aerodynamic Theory, Berlin: Springer ed. 
F.W. Durand, Vol. 4, Div. L, 1935, p 324-41. 
10. Gourieres, D Le. Wind Power Plants Theory and Design, Oxford: Pergamon 
press, 1982, p 76-120. 
11. Harrison, Lyn and Jackson, Jack with consultant Milborrow, David. "The 
Windindicater", Wind Power Monthly News Magazine, Volume 17, April 
2001, p 58. 
12. Jansen, W A M and Smulders, P T. Rotor designs for horizontal axis windmill, 
Delft The Netherlands: Publication SWD 77-1, Institute for Mechanical 
Construction, 1977. 
94 
13. Jansen, W A M. Horizontal axis fast running wind turbine for developing 
countries, Delft The Netherlands: Institute for Mechanical Construction, 1976, 
p 10-11. 
14. Kenneth, Pugh. C language for programmers Second edition, New Delhi: 
BPB Publications, 1990. 
15. Kocurek, D. Lifting Surface Performance Analyses For Horizontal Axis Wind 
Turbines. SERI/STR-217-3163, 1987. 
16. Koopmans, A. Trends In Energy Use, Presented at The expert consultation on 
"Wood Energy, Climate and Health", 7-9 Oct. 2000 
17. Kurukulasuriya, M. "Micro Power Unit (MPU) Produces Electricity From 
Small, Solar and Wind Energies For Rural Development", Proceeding of 
World Renewable Energy Congress V, Florence, Italy, 20-25 September 1998. 
18. Molly, J P. Windenergie Theorie, Anwendung, Messung (in German), 
Karlsruhe: C, F. Muller GmbH, 1990. p 89-96. 
19. Nakicenovic, N.Grubler, A. and McDonald, A. Global Energy Perspectives, 
Cambridge press, UK, 1998. 
20. Nikolsky, S M. A Course of Mathematical Analysis, Moscow: Mir Publishers, 
1981, pp. 289. 
21. Piggott, Hugh. Windpoxver Workshop Building Your Own Wind Turbine, 
Powys, SY20 9AZ, UK: The Centre for Alternative Technology, 1997. 
22. Simoes, F J & Graham, J M R. "Application of a free vortex wake model to a 
horizontal axis wind turbine", Proceedings of European Wind Energy 
Conference, EWEC '91. Amsterdam: 1991, p 46-50. 
23. Vries, De O. Fluid Dynamics Aspects of Wind Energy Conversion, 
Amsterdam: AGARDoraph, No.243, 1978. 
24. Walker, Stel Nathan. "Performance and Optimum Design Analysis/ 
Computational for Propeller Type Wind Turbines", A thesis submitted to 
Oregon State University, Michigan: A bell & Howell Company, 1976. 
25. Wimalarathne, G B. Report on Design of a Low Speed Generator for Micro 
Scale Power Generation, Ekala, Sri Lanka: NERD Centre of Sri Lanka, 1994. 
95