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Attenuation of FJ44 Turbofan Engine Noise With a Foam-Metal Liner Installed Over-the-Rotor

机译：使用安装在转子上的泡沫金属衬管衰减FJ44涡轮风扇发动机噪音

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Daniel L. Sutliff; Dave M. Elliott; Michael G. Jones; Thomas C. Hartley;
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年度 2009
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1. High-Speed Turbofan Noise Reduction Using Foam-Metal Liner Over-the-Rotor [J] . Daniel L. Sutliff, Michael G. Jones, Thomas C. Hartley Journal of Aircraft . 2013,第5期

机译：泡沫金属衬套在转子上的高速涡轮风扇降噪
2. Low-Speed Fan Noise Attenuation from a Foam-Metal Liner [J] . Daniel L. Sutliff, Michael G. Jones Journal of Aircraft . 2009,第4期

机译：泡沫金属衬里的低速风扇噪声衰减
3. Optical nondestructive inspection for turbofan engines' abradable liners [J] . Betz T., Restivo G. Experimental Techniques . 2011,第6期

机译：涡扇发动机耐磨衬套的光学无损检测
4. ATTENUATION of FJ44 TURBOFAN ENGINE NOISE with a FOAM-METAL LINER INSTALLED OVER-the-ROTOR [C] . Daniel L.. Sutliff, Dave Elliott, Michael G. Jonesr, 15th AIAA/CEAS aeroacoustics conference 2009 (30th AIAA aeroacoustics conference) . 2009

机译：转子上装有泡沫金属衬里的FJ44涡轮风扇发动机噪声的衰减
5. Advanced modeling of active control of fan noise for ultra high bypass turbofan engines. [D] . Hutcheson, Florence Vanel. 1999

机译：用于超高旁通涡扇发动机的风扇噪声主动控制的高级建模。
6. Remaining Useful Life Prognosis for Turbofan Engine Using Explainable Deep Neural Networks with Dimensionality Reduction [O] . Chang Woo Hong, Changmin Lee, Kwangsuk Lee, 2020

机译：使用可解释的深度神经网络具有维度减少的可解释的深神经网络剩余使用的寿命预后
7. Attenuation of FJ44 Turbofan Engine Noise with a Foam-Metal Liner Installed Over-the-Rotor [O] . Elliott Dave M., Hartley Thomas C., Sutliff Daniel L., 2009

机译：装有泡沫金属衬套的FJ44涡扇发动机的噪声降低

Attenuation of FJ44 Turbofan Engine Noise With a Foam-Metal Liner Installed Over-the-Rotor

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