An artificial neural network approach for aerodynamic performance retention in airframe noise reduction design of a 3D swept wing model

Author:

Tao Jun,Sun Gang

Publisher

Elsevier BV

Subject

Mechanical Engineering,Aerospace Engineering

Reference30 articles.

1. Technologies for jet noise reduction in turbofan engines;Gorji-Bandpy;Aviation,2012

2. Crighton DG. Airframe noise. Aeroacoustics of flight vehicles: theory and practice. Volume 1: noise sources, vol. 1; 1991. p. 391–447.

3. Current status and future trend for aero-acoustics research on high-lift devices;Deng;Adv Aeronaut Sci Eng,2012

4. Preliminary evaluation of noise reduction approaches for a functionally silent aircraft;Manneville;J Aircraft,2006

5. Janardan BA, Hoff GE, Barter JW. AST critical propulsion and noise reduction technologies for future commercial subsonic engines: separate-flow exhaust system noise reduction concept evaluation. Washington, D.C.: NASA; 2000. Report No.: NASA/CR-2000-21003.

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