Dynamic balance and wear conditions of an conic wind turbine with an inclined axis | Zendy

A. Geguchadze | Zendy; B. Zivzivadze | Zendy; Z. Geguchadze | Zendy; Anzori Kuparadze | Zendy

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Dynamic balance and wear conditions of an conic wind turbine with an inclined axis

Author(s) -

A. Geguchadze,

B. Zivzivadze,

Z. Geguchadze,

Anzori Kuparadze

Publication year - 2020

Publication title -

agricultural engineering

Language(s) - English

Resource type - Journals

eISSN - 2345-0371

pISSN - 1392-1134

DOI - 10.15544/ageng.2019.51.1

Subject(s) - conic section , inclined plane , balance (ability) , dynamic balance , turbine , marine engineering , geology , mechanics , engineering , physics , mathematics , geometry , physical medicine and rehabilitation , aerospace engineering , mechanical engineering , medicine

A new type of wind turbine with inclined axis is proposed, which is radically different from all so far known wind generators of two main types (with horizontal and vertical axes) and contains an electric generator with a wind turbine with vanes, envelopes a conical surface during rotation, one generatrix of which is horizontal (with the lower arrangement), and its opposite — vertical (with the top arrangement). The force of friction is calculated and the angle of the sector of contact as friction zone of the sleeve slider with the wind turbine shaft is determined.

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