Evaluation of the design code 'TEETER' for a two-bladed teetered rotor using MOD-2 wind tunnel data

W. L. Craver; A. H.P. Swift

Evaluation of the design code 'TEETER' for a two-bladed teetered rotor using MOD-2 wind tunnel data

W. L. Craver, A. H.P. Swift

Research output: Chapter in Book/Report/Conference proceeding › Chapter › peer-review

1 Scopus citations

Abstract

Compares predictions using a two-bladed teetered rotor model (TEETER) with experimental data from a 1:20 scale model of the MOD-2 horizontal axis wind turbine operating in a wind tunnel. Results indicate that at small angles of collective pitch and small steady yaw angles, TEETER predicts the power and flap bending moment. A dynamic stall treatment will be added to improve results at higher angles of pitch, and higher yaw angles. (C.J.U.)

Original language	English
Title of host publication	Unknown Host Publication Title
Publisher	New York, U.S.A., ASME
ISBN (Print)	079180609X, 9780791806098
State	Published - 1991

Cite this

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title = "Evaluation of the design code 'TEETER' for a two-bladed teetered rotor using MOD-2 wind tunnel data",

abstract = "Compares predictions using a two-bladed teetered rotor model (TEETER) with experimental data from a 1:20 scale model of the MOD-2 horizontal axis wind turbine operating in a wind tunnel. Results indicate that at small angles of collective pitch and small steady yaw angles, TEETER predicts the power and flap bending moment. A dynamic stall treatment will be added to improve results at higher angles of pitch, and higher yaw angles. (C.J.U.)",

author = "Craver, {W. L.} and Swift, {A. H.P.}",

year = "1991",

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TY - CHAP

T1 - Evaluation of the design code 'TEETER' for a two-bladed teetered rotor using MOD-2 wind tunnel data

AU - Craver, W. L.

AU - Swift, A. H.P.

PY - 1991

Y1 - 1991

N2 - Compares predictions using a two-bladed teetered rotor model (TEETER) with experimental data from a 1:20 scale model of the MOD-2 horizontal axis wind turbine operating in a wind tunnel. Results indicate that at small angles of collective pitch and small steady yaw angles, TEETER predicts the power and flap bending moment. A dynamic stall treatment will be added to improve results at higher angles of pitch, and higher yaw angles. (C.J.U.)

AB - Compares predictions using a two-bladed teetered rotor model (TEETER) with experimental data from a 1:20 scale model of the MOD-2 horizontal axis wind turbine operating in a wind tunnel. Results indicate that at small angles of collective pitch and small steady yaw angles, TEETER predicts the power and flap bending moment. A dynamic stall treatment will be added to improve results at higher angles of pitch, and higher yaw angles. (C.J.U.)

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M3 - Chapter

AN - SCOPUS:85041142628

SN - 079180609X

SN - 9780791806098

BT - Unknown Host Publication Title

PB - New York, U.S.A., ASME

ER -

Evaluation of the design code 'TEETER' for a two-bladed teetered rotor using MOD-2 wind tunnel data

Abstract

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