A study on the feasibility of the Circulation Control (CC) technique for wind turbines is proposed. The CC was born in aeronautic field to improve the lift force on the wings, allowing the short take-off and landing of aircraft. It consists in blowing air at a relatively high speed over a rounded trailing edge. The thin jet of air remains attached to the convex curved surface, imposing a certain curvature to the outer streamlines, and, hence, increasing the lift force of the airfoil. Aim of this study is to numerically investigate the advantages on a wind turbine, based on the S809 airfoil, taking into account the energyrelated considerations, as the cost of the jet production. The paper, after a thorough evaluation of the increase of the generated power, finds that this technique could be promising in the energyharvesting aim.

Petracci, I., Manni, L., Angelino, M., Corasaniti, S., Gori, F. (2019). A 2D-numerical study on slot jet applied to a wind turbine as a circulation control technique. In Series: E3S Web of Conferences Volume 128 (2019), COMPUTATIONAL HEAT, MASS AND MOMENTUM TRANSFER. INTERNATIONAL CONFERENCE. 12TH 2019.(ICCHMT 2019). Mohamad, A. et al..

A 2D-numerical study on slot jet applied to a wind turbine as a circulation control technique

I. Petracci
;
L. Manni;M. Angelino;S. Corasaniti;F. Gori
2019-01-01

Abstract

A study on the feasibility of the Circulation Control (CC) technique for wind turbines is proposed. The CC was born in aeronautic field to improve the lift force on the wings, allowing the short take-off and landing of aircraft. It consists in blowing air at a relatively high speed over a rounded trailing edge. The thin jet of air remains attached to the convex curved surface, imposing a certain curvature to the outer streamlines, and, hence, increasing the lift force of the airfoil. Aim of this study is to numerically investigate the advantages on a wind turbine, based on the S809 airfoil, taking into account the energyrelated considerations, as the cost of the jet production. The paper, after a thorough evaluation of the increase of the generated power, finds that this technique could be promising in the energyharvesting aim.
XII International Conference on Computational Heat, Mass and Momentum Transfer, ICCHMT 2019
Roma
2019
XII
Rilevanza internazionale
contributo
2019
2019
Settore ING-IND/10 - FISICA TECNICA INDUSTRIALE
English
Wind Turbine; S809 Airfoil; Circulation Control; Coanda Slot Jet; 2D k-ω simulation; Power Enhancement
Series: E3S Web of Conferences Volume 128 (2019)
Intervento a convegno
Petracci, I., Manni, L., Angelino, M., Corasaniti, S., Gori, F. (2019). A 2D-numerical study on slot jet applied to a wind turbine as a circulation control technique. In Series: E3S Web of Conferences Volume 128 (2019), COMPUTATIONAL HEAT, MASS AND MOMENTUM TRANSFER. INTERNATIONAL CONFERENCE. 12TH 2019.(ICCHMT 2019). Mohamad, A. et al..
Petracci, I; Manni, L; Angelino, M; Corasaniti, S; Gori, F
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2108/250161
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