MATHEMATICAL MODELS OF FORCES, ACTING ON WIND WHEEL WITH VERTICAL AXIS OF ROTATION AT NON – ZERO ANGLES OF BLADES TURN

  • Borys Mokin Vinnytsa Natoinal Technical University
  • Olexsandr Mokin Vinnytsa Natoinal Technical University
  • Oleksiy Zhukov Vinnytsa Natoinal Technical University
Keywords: wind electric station, wind motor with vertical rotation axis, wind velocity, angle of blade rotation, angle of attack, aerodynamic force

Abstract

Vector diagrams of the air fluxes velocities, acting on the blades of the wind wheel with vertical rotation axis, and forces, created by this flux at non – zero angles of blade turn are constructed. Mathematical models, interconnecting these velocities, forces and angles in the process of wind wheel rotation have been suggested.

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Author Biographies

Borys Mokin, Vinnytsa Natoinal Technical University
Doctor of Sc (Eng)., Professor of the Chair of Electromechanical systems of automation in industry and transport.
Olexsandr Mokin, Vinnytsa Natoinal Technical University
Candidate of Sc.(Eng), Assistant Professor of the Chair of Electromechanical systems of automation in industry and transport
Oleksiy Zhukov, Vinnytsa Natoinal Technical University
Post - Graduate of the Chair of Electromechanical systems of the automation in industry and transport
Published
2015-12-01
How to Cite
[1]
B. Mokin, O. Mokin, and O. Zhukov, “MATHEMATICAL MODELS OF FORCES, ACTING ON WIND WHEEL WITH VERTICAL AXIS OF ROTATION AT NON – ZERO ANGLES OF BLADES TURN”, SWVNTU, no. 3, Dec. 2015.
Section
Energetics and Electrical Engineering