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Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles
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Y. ÖZYÖRÜK And B. J. Tester, "Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles," JOURNAL OF SOUND AND VIBRATION , vol.330, pp.3846-3858, 2011

ÖZYÖRÜK, Y. And Tester, B. J. 2011. Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles. JOURNAL OF SOUND AND VIBRATION , vol.330 , 3846-3858.

ÖZYÖRÜK, Y., & Tester, B. J. , (2011). Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles. JOURNAL OF SOUND AND VIBRATION , vol.330, 3846-3858.

ÖZYÖRÜK, YUSUF, And B. J. Tester. "Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles," JOURNAL OF SOUND AND VIBRATION , vol.330, 3846-3858, 2011

ÖZYÖRÜK, YUSUF And Tester, B. J. . "Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles." JOURNAL OF SOUND AND VIBRATION , vol.330, pp.3846-3858, 2011

ÖZYÖRÜK, Y. And Tester, B. J. (2011) . "Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles." JOURNAL OF SOUND AND VIBRATION , vol.330, pp.3846-3858.

@article{article, author={YUSUF ÖZYÖRÜK And author={B. J. Tester}, title={Application of frequency-domain linearized Euler solutions to the prediction of aft fan tones and comparison with experimental measurements on model scale turbofan exhaust nozzles}, journal={JOURNAL OF SOUND AND VIBRATION}, year=2011, pages={3846-3858} }