Development of numerical model of interaction of the wind turbine to darya with the wind stream in the u-v-p variables
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Keywords:
modern wind turbine, vertical-axis, balanced profile, flow, numerical model, non-uniform grid, calculation, izoline.Abstract
The use of natural eco-friendly energy, such as wind, due to the use of wind energy devices [1-3]. This thesis is a theoretical study of the interaction of the rotating turbine Darrieus-type H-rotor wind flow. The paper considers the interaction of a uniform wind flow with a rotating wind turbine Darrieus-type H-rotor, based on the Navier-Stokes equations, which is supplemented by members which take into account the lift and the drag force. The numerical solution of the equations in the variables u-v-p. The results obtained and the development of his methods of analysis will be useful for the design work for the creation of industrial designs windmill carousel.References
1. Mei-Kao Liu, Mark A.Yocke, and Tomas
2. C. Myers. Mathematical Model For the
Analysis of Wind – Turbine Wakes // J. Energy. –
1983. – Vol.7. – № 1. – P.73-78.
2. Turyan C.J., Strickland J.H., Berg D.E.
Moshnost vetroelektricheskih agregatov s
vertikalnoi osiu vrashenia // Aerodinamicheskaia
technical – 1988. – № 8. – p.105-121.
3. Ershin A.K., Ershin Sh., Zhapbasbayev
W.K. Osnovy teorii vetroturbuny Darye. –
Almaty, 2001. – 104 p.
4. Loitsyansky L.G. Mechanica zhidkosti i
gaza. –M.: Nauka. – 1987. – 904 p.
5. Batchelor J. Vvedenie v dinamiku jidkosti.
– Moskva: Mir. – 1973. – 757 p..
6. Belotserkovskii O.M. Chislennoe
modelirovanie v mechanice sploshnyh sred. – M.:
Nauka. – 1994. – 519 p.
7. Marchuk G.I. Metody vychislennoi
matematiki. M.Nauka. – 1980. – 535p.
8. Anderson D., Tannehill J. and Pletcher R.
Vychislitelnaia gidromechanica I teploobmen.
Izdatelstvo «Mir». – 1990. Vol. 1-2. – 720 p.
9. Roach P. Vychislitelnaia gidrodinamika. –
Moskva: Mir. – 1980. – 616 p.
2. C. Myers. Mathematical Model For the
Analysis of Wind – Turbine Wakes // J. Energy. –
1983. – Vol.7. – № 1. – P.73-78.
2. Turyan C.J., Strickland J.H., Berg D.E.
Moshnost vetroelektricheskih agregatov s
vertikalnoi osiu vrashenia // Aerodinamicheskaia
technical – 1988. – № 8. – p.105-121.
3. Ershin A.K., Ershin Sh., Zhapbasbayev
W.K. Osnovy teorii vetroturbuny Darye. –
Almaty, 2001. – 104 p.
4. Loitsyansky L.G. Mechanica zhidkosti i
gaza. –M.: Nauka. – 1987. – 904 p.
5. Batchelor J. Vvedenie v dinamiku jidkosti.
– Moskva: Mir. – 1973. – 757 p..
6. Belotserkovskii O.M. Chislennoe
modelirovanie v mechanice sploshnyh sred. – M.:
Nauka. – 1994. – 519 p.
7. Marchuk G.I. Metody vychislennoi
matematiki. M.Nauka. – 1980. – 535p.
8. Anderson D., Tannehill J. and Pletcher R.
Vychislitelnaia gidromechanica I teploobmen.
Izdatelstvo «Mir». – 1990. Vol. 1-2. – 720 p.
9. Roach P. Vychislitelnaia gidrodinamika. –
Moskva: Mir. – 1980. – 616 p.
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How to Cite
Manatbayev, R. K., Satymbekov, A. M., Tulepbergenov, A. K., & Ualiev, Z. R. (2013). Development of numerical model of interaction of the wind turbine to darya with the wind stream in the u-v-p variables. International Journal of Mathematics and Physics, 4(2), 81–85. Retrieved from https://ijmph.kaznu.kz/index.php/kaznu/article/view/83
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Thermophysics
