Etablissements :

Ces travaux ont été réalisé à l'ENSEEIHT :

Ecole Nationale Supérieure d'Electrotechnique, d'Electronique, dInformatique,
d'Hydraulique et de Télécommunications de Toulouse

et dans la soufflerie S1 de l'IMFT :

Institut de Mécanique des Fluides de Toulouse


Etudiants :

Voici les coordonnées des étudiants qui ont réalisé ces travaux :
 
Audrey Allouch (étude expérimentale et gestion de projet) :
Thomas Bonometti (étude expérimentale) : 
Myriam Darbouret (étude expérimentale) : 
Dorian de Kermadec (étude numérique) : 
Envel Pathenay (étude numérique) : 
Gautier Quéru (étude numérique et gestion de projet) : 
audreyallouch@yahoo.fr
tbonometti@caramail.com
myrtille-d@caramail.com
dorian.dekermadec@laposte.net
envel@voila.fr
Gautier.Queru@laposte.net
 

N'hésitez pas à nous contacter pour plus d'informations.


Documents :

[1] Experimental study on a self-adaptating Darrieus-Savonius wind machine
Gavalda J. Massons J. Diaz F.
Solar & wind Technology, vol.7 n°4 pp. 457-461, 1990

[2] Control Method for variable speed stall controlled wind turbines
Mutschler P. Hagenkort B. Jöckel S.
European wind energy conference, october 1997

[3] Flowfield around a partially-blocked Savonius rotor
Kotb M.A. Aldoss T.K.
Applied Energy, vol.38, pp.117-132, 1991
Il mettent une plaque perpendiculaire à l'écoulement devant la pale qui remonte au vent. Idée proposée par Sabzevar (reference a commander) augmentation attendue pour le rendement de 15% ou 17 %

[4] Velocity measurements and numerical calculations of flow fields in and around Savonius rotors
Fujisawa N.
Journal of Wind Engineering and Industrial Aerodynamics, vol.59, pp.39-50, 1996

[5] Visualization study of the flow in and around a Savonius rotor
Fujisawa N. Gotoh F.
Experiments in fluids, Vol.12, pp.407-412, 1992

***[6] On The performance of the Savonius Wind turbine
Modi V.J., Fernando M.S.U.K.
Journal of Solar Energy Engineering vol.111, pp.71-81, 1989

[7] Description de l'alternance des tourbillons d'un rotor Savonius par visualisation en tunnel hydrodynamique
Benghrib D., Ahram A., Bchir L.
CRAS, t.326, serie II b, pp. 495-500, 1998

[8] A comparative study of Navier-Stokes calculations and experiments for the Savonius rotor
Fujisawa N., Ishimatsu K., Kage Kazuyuki
ASME, vol.117, pp.344-346 (1page perdu)

[9] Drag and lift coefficients evolution of a Savonius rotor
Chauvin A. Benghrib D.
Experiments in Fluids, vol.8, pp. 118-120, 1989

[10] Aerodynamic loads on a stationary Savonius rotor
Aldoss T.K. Kotb M.A.
JSME international Journal, Series II, Vol.34, pp. 52-55, 1991

[11] Development of rotational speed control systems for a Savonius-type wind turbine
Ogawa T. Yoshida H. Yokota Y.
Journal of Fluids Engineering, vol. 111, pp.53-58, 1989

[12] Performance tests of a Benesh wind turbine rotor and a Savonius rotor
Moutsoglou A. Weng Yan
Wind Engineering, vol. 19 n°6 pp. 349-362,1995

[13] Optimisation d'une éolienne à cylindres tournants
Bono, Fraunie, Béguier, Favre
CRAS, t.301, Série II, n°6 pp. 363-366, 1985

[14] Effects of clusters and arrays on wecs
Rahman S., Chowshuri B.H.
Intersociety energy conversion engineering conference, Aug 1983 Orlando
pp. 1373-1378, 1983

[15] Aerodynamic performance af vertical and horizontal axis wind turbines
Maydew RC, Klimas P.C.
Journal of Energy
vol.5, pp. 189-190, 1981

[16] Mesures comparatives de la performance de quelques éoliennes de type Savonius modifié au moyen d'un greffage
N'Guyen D.V.
Wind Engineering, vol.3, n°2, pp. 121-126, 1979

[17] Power from wind and sea The forgotten Panemone
Manser B.L., Jones C.N.,
Energy transport and storage and conversion- Thermofluids conference dec 1975
pp. 37-41

[18] A comparative calculation of the wind turbines capacities on the basis of the L-s criterion
Menet J.-L., Valdès L.-C., Ménart B.
Renewable Energy, Vol.22, pp.491-506, 2001

[19] Augmentation of Power in Slow-running vertical axis wind rotors using multiple vanes
Sivasegaram S., Sivapalan S.
Wind Engineering Vol.7, n°1 pp. 12-19 1983

[20] Concentration augmentation of power in a Savonius-type wind rotor
Sivasegaram S.
Wind Engineering Vol.3 n°1 pp. 52-61 1979

[21] Static torque and drag characteristics of an S-shaped Savonius rotor and prediction of dynamic characteristics
Sadrul Islam A.K.M., Quamrul Islam M., Razzaque M.M. Ashraf R.
Wind Engineering Vol.19 n°6 pp. 363-370 1995

[22] Design parameters affecting the performance of resistance-type vertical-axis windrotors; an experimental investigation
Sivasegaram S.
Wind Engineering Vol.1, n°3 pp. 207-217 1977

[23] Performance testing of a Savonius windmill rotor in shear flows
Mojola O.O. Onasanya O.E.
Wind Engineering Vol.8 n°2 pp. 109-121 1984

[24] Experimental study on the aerodynamic performance of a Savonius rotor
Fujisawa N. Gotoh F.
Journal of Solar Energy Engineering
Vol.116, pp. 148-152, 1994

[25] The S-rotor and its application
Savonius S.J.
Mechanical Engineering Vol. 53 n°5 pp. 333-338 1931

[26] Field test of a Small Wind turbine generator system with storage battery
Motohashi H. Sasaki S.
JSME Int.Jl. Series II, Vol. 35, n°2, pp. 325-3291992

[27] Wind tunnel tests on a Savonius rotor
Alexander A.J. Holownia B.P.
Journal of industrial Aerodynamics, Vol.3 pp. 343-351, 1978

[28] Effect of operating methods of wind turbine generator system on net power extraction under wind velocity fluctuations in fields
Wakui T. Yamaguchi K. Hashizume T. Outa E. Tanzawa Y.
Renewable Energy, Vol. 16, pp.843-846, 1999

[29] An experimental study of the windmill of solar cell buckets
Onai Y., Ushiyama I.
Renewable Energy Vol. 9, n°1-4, pp. 905-908, 1996

[30] A demonstrative study for the wind and solar hybrid power system
Kilura Y. Onai Y. Ushiyama I.
Renewable Energy Vol.9 pp. 895-898, 1996

[31] Use of conversion technologies in design of low-power wind driven power-plants
Zherekhov V.V. Mikhailov S.A., Pavlov V.A., Pavlov V.G., Tereshchuk V.S., Tyukhtin M.F.
Renewable Energy Vol.9 pp. 866-869, 1996

[32] Georges Darrieus, père des éoliennes à axe vertical
Systèmes Solaires (Revue) n°139, 2000

[33] New ideas tap wind and water
Shelley T.
Eureka, vol.12, n°1 pp. 28-31, 1992

[34] The performance of two Savonius rotors running side by side
Aldoss T.K., Najjar S.H.
Wind Engineering, vol.11, n°2 pp. 79-88 , 1987

[35] Further development of the swinging-blade Savonius rotor
Aldoss T.K., Najjar S.H.
Wind Engineering, vol.9, n°3 pp. 165-170 , 1985

[36] Partially-blocked Savonius Rotor
Shaughnessy B.M. Probert S.D.
Applied Energy, Vol. 43, pp. 239-249, 1992

[37] Slatted-Blade Savonius wind rotors
Reupke P., Probert S.D.
Applied Energy, vol.40, pp. 65-75, 1991

[38] Analysis of a small horizontal axis wind turbine performance
Sahin A. Z., Al-Garni A.Z. Al-Farayedhi A.
Int. jl. of Energy res. Vol.25 pp. 501-506, 2001

[39] Champ des pressions sur les aubes d'une éolienne Savonius. Détermination des coefficients de moment et de puissance. Etude des émissions tourbillonaires sur les aubes.
Chauvin A., Aouachria Z., Marchand O.
Journal de Mécanique théorique et appliqué, vol.6 n°6 pp. 827-842, 1987

[40] Power augmentation measurement and flow field visualisation for coupled Savonius Rotors
Fujisawa N. Ogawa Y. Shirai H.
Wind Engineering Vol. 12, n°6 pp. 322-332 1988

[41] Image analysis of the wake generator by a Savonius rotor
Massons J. Gavalda J. Ruiz X. Diaz F.
Wind Engineering Vol. 12, n°6 pp. 341- 351, 1988

[42] Drag and lift coefficients of the Savonius wind machine
Gavaldà J. Masons J. Diaz F.
Wind Engineering, Vol. 15,  n°5, pp. 240-246, 1991

[43] On the Flow field around a Savonius rotor
Bergeles G., Athanassiadis N.
Wind Engineering, Vol.6, n°3, pp. 140-148 1982

[44] Savonius rotor using swinging blades as an augmentation system
Aldoss T.K.
Wind Engineering, Vol. 8, n°4, pp. 214-220 1984

[45] Model and prototype performance characteristics of Savonius rotor windmill
Khan M. H.
Wind Engineering Vol.2 n°2, pp. 75-85 1978

[46] Optimum wind-Energy conversion systems
Hütter U.
Ann. Rev. Fluid Mech, Vol.9, pp. 399-419, 1977

[47] Design and field testing of Savonius wind pump in East Africa
Rabah K.V.O. Osawa B.M.
Int.J. of Amb. En., Vol.17 n°2 pp.89-94, 1996

[48] Wind tunnel performance data for two- and three-bucket Savonius rotor
Shedahl R.E. Blackwell B.F. Feltz L.V.
J. Energy, Vol. 2, n°3, pp. 160-164, 1978

[49] On the torque mechanism of Savonius rotors
Fujisawa N.
Journal of wind Engineering and Industrial Aerodynamics, Vol. 40, pp. 277-292, 1992

[50] Experimentally determining the optimum design configuration for Savonius rotors
Ushiyama I., Nagai H., Shinoda J.
Bulletin of JSME, Vol. 29, n°258, 1986

[51] Performance analysis of two Savonius rotors running side by side using the discrete vortex method
Aldoss T.K. Obeidat K.M.
Wind Engineering, Vol. 11, n°5, pp. 265-272, 1987

[52] Theorical calculations of the flow field around a Savonius rotor
Aldoss T.K. Kotb M.A.
Wind Engineering Vol. 12, n° 3, 1988

[53] The properties of Isolated and coupled Savonius rotors
Bowden G.J., McAleese S.A.
Wind Engineering Vol.8, n°4, 1984

[54] The performance of an S-Shaped Savonius rotor with a deflecting plate
Huda M.D., Selim M.A., Sadrul Islam A.K.M., Islam M.Q.
RERIC International Energy Journal, Vol. 14, n°1, pp. 25-32, 1992

[55] Wind power plants. Theory and design
D. Le Gouriérès, 1982.

[ 56] Simulation numérique d'une éolienne de type Savonius
Isabelle Cotier, rapport de stage 2ème année Hy ENSEEIHT, 2001.
 


Les bonnes adresses WEB

Un certain nombre d'adresses intéressantes sur le domaine de l'éolien sont répertoriées à l'adresse suivante :
http://www.sandia.gov/Renewable_Energy/wind_energy/links.htm

en particulier pour l'intégration au batiment
http://www.bdsp.com/web/pdfs/European_Wind_Energy_Conference_2001_Copenhagen_Poster.pdf
http://www.bdsp.com/web/
http://www.windenergy.citg.tudelft.nl/home/html/index.shtml