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Stabilizing a Leading-edge Boundary Layer Subject to Wall Suction by Increasing the Reynolds Number

机译：通过增加雷诺数来稳定受壁吸作用的前沿边界层

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John Michael O.; Obrist Dominik; Kleiser Leonhard;
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1. Stabilizing a Leading-edge Boundary Layer Subject to Wall Suction by Increasing the Reynolds Number [J] . Michael O. John, Dominik Obrist, Leonhard Kleiser Procedia IUTAM . 2015,第3期

机译：通过增加雷诺数来稳定受壁吸作用的前沿边界层
2. Reynolds number effect on the response of a rough wall turbulent boundary layer to local wall suction [J] . Ghanadi F., Djenidi L. Journal of Fluid Mechanics . 2021,第1期

机译：Reynolds数量对粗糙壁湍流边界层对局部壁吸力的响应的影响
3. Examination of Anisotropy of Reynolds Stress Tensor Downstream of a Short Roughness Strip and Concentrated Wall Suction in a Turbulent Boundary Layer [J] . O. M. Oyewola Fluid mechanics research . 2011,第1期

机译：湍流边界层中短粗糙度带和集中壁吸力下游雷诺应力张量的各向异性检测
4. Stabilizing a leading-edge boundary layer subject to wall suction by increasing the Reynolds number [C] . Michael O. John, Dominik Obrist, Leonhard Kleiser IUTAM-ABCM Symposium on Laminar Turbulent Transition . 2015

机译：通过增加雷诺数，稳定前缘边界层受到壁抽吸的影响
5. On the stability of the swept leading-edge boundary layer. [D] . Obrist, Dominik. 2000

机译：稳定的扫掠了前沿边界层。
6. Wall-Normal Variation of Spanwise Streak Spacing in Turbulent Boundary Layer With Low-to-Moderate Reynolds Number [O] . Wenkang Wang, Chong Pan, Jinjun Wang 2019

机译：湍流边界层中翼展条纹间距的壁正常变化低至中等雷诺数
7. Fundamental Studies of Turbulent Boundary Layers with Injection or Suction through Porous Wall : 3rd Report, Investigations on the Separation of Turbulent Boundary Layers in Strong Adverse Pressure Gradients with Injection through Porous Flat Plate [O] . Toshiyuki MAEDA 1972

机译：通过多孔墙喷射或吸入的湍流边界层的基本研究：第3次报告，通过多孔平板注射用注射强度压力梯度分离湍流边界层的研究
8. TURBULENT TRANSPORT OF HEAT AND MOMENTUM IN A BOUNDARY LAYER SUBJECT TO DECELERATION, SUCTION AND VARIABLE WALL TEMPERATURE [R] . A. F. Orlando, R. J. Moffat, W. M. Kays 1974

机译：减速，吸力和变壁温度下边界层中热量和动量的湍流输运

Stabilizing a Leading-edge Boundary Layer Subject to Wall Suction by Increasing the Reynolds Number

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