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Computational Aeroacoustics (CAA)
~ Objectives : direct numerical simulation of flow-sound interaction
~ CAA = Computational Fluid Dynamics + Aerodynamics + Acoustics
~ High-Order & High-Resolution Numerical Algorithms
~ Feedback noise, jet noise, body interaction noise and whistle noise simulation
~ Acoustic and flow field visulization
Rotor Aeroacoustics and wake dynamics
~ Time-marching Free-Wake Method : the calculations of the unsteady wake roll-up
~ CFD, Panel and Free-Wake coupling for a efficient and accurate rotor aerodynamics
~ Rotor Noise prediction (Using acoustic analogy)
~ Fan design and performance simulation go to Research-menu
~ Objectives : direct numerical simulation of flow-sound interaction ~ CAA = Computational Fluid Dynamics + Aerodynamics + Acoustics
~ High-Order & High-Resolution Numerical Algorithms
~ Feedback noise, jet noise, body interaction noise and whistle noise simulation
~ Acoustic and flow field visulization
Rotor Aeroacoustics and wake dynamics
~ Time-marching Free-Wake Method : the calculations of the unsteady wake roll-up ~ CFD, Panel and Free-Wake coupling for a efficient and accurate rotor aerodynamics
~ Rotor Noise prediction (Using acoustic analogy)
~ Fan design and performance simulation go to Research-menu
News & Notice
- 2010-02-25 ICVFM 2010
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2008-12-18
[소식] 우주 소음 측정 성공!!!
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2008-12-12
2008년 연구실 10대 뉴스
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2008-12-12
The Korean Astronaut Project
Advanced Aerodynamics 2009
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2009-04-20
Lecture 24 slender body 2
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2009-04-15
Lecture note 23. Slender body
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2009-04-13
Lecture 22 Low AR Wing
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2009-04-03
Lecture 21 Lifting Surface
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2009-03-31
Lecture 20 General lift distribution
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