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Correction: Effects of Wall modifications on pressure oscillations in high-subsonic and supersonic flows over rectangular cavities

机译：校正：墙壁修改对高亚态和超音速流动压力振荡的影响矩形腔

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Simone Mancini; Alexander Kolb; Ignacio Gonzalez-Martino; Damiano Casalino;
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1. Effect of aft wall slope on cavity pressure oscillations in supersonic flows [J] . N. S. Vikramaditya, J. Kurian Aeronautical journal . 2009,第1143期

机译：后壁坡度对超音速流腔压力波动的影响
2. Effect of aft wall offset and ramp on pressure oscillation from confined supersonic flow over cavity [J] . Maurya Praveen Kumar, Rajeev C., Kumar Vinil R. R., Experimental Thermal and Fluid Science: International Journal of Experimental Heat Transfer, Thermodynamics, and Fluid Mechanics . 2015,第Null期

机译：后壁偏移和坡度对腔内有限超声速流动引起的压力振荡的影响
3. The three-dimensional characteristics of the unsteady wall-pressure in a low-Mach-number rectangular cavity flow with Rossiter model oscillation [J] . Xu Jin, Lei Jiang, Wu Junmei, Experiments in Fluids: Experimental Methods and Their Applications to Fluid Flow . 2017,第9期

机译：用rossiter模型振荡的低马蹄数矩形腔流动中不稳定壁压的三维特征
4. Effects of Wall Modifications on Pressure Oscillations in High-Subsonic and Supersonic Flows over Rectangular Cavities [C] . Simone Mancini, Alexander Kolb, Ignacio Gonzalez-Martino, AIAA/CEAS aeroacoustics conference . 2019

机译：壁变型对矩形腔上高亚音速和超音速流动中压力振荡的影响
5. A numerical study of the effect of frequency of pulsed flow control applied to a rectangular cavity in supersonic crossflow. [D] . Stanek, Michael J. 2005

机译：超声速横流中矩形腔上脉冲流控制频率影响的数值研究。
6. Cardiogenic oscillations extracted from spontaneous breathing airway pressure and flow signal are related to chest wall motility and continuous positive airway pressure [O] . S Schumann, F Messmer, M Lichtwarck-Aschoff, 2009

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7. Correction: Computational Simulation of Axis Symmetric Aft Wall Angle Cavity in Supersonic Flow Field [O] . Naresh Relangi, Divyasri Garimella, K Jayaraman, 2020

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8. Experimental Verification of Cavity-Flow Wall Effects and Correction Rules [R] . Whitney, A. K., Brennen, C., Wu, T. Y. 1970

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Correction: Effects of Wall modifications on pressure oscillations in high-subsonic and supersonic flows over rectangular cavities

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