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Unsteady Flow Field Characterization of Effusion Cooling Systems with Swirling Main Flow: Comparison Between Cylindrical and Shaped Holes

机译：具有旋流主流的积液冷却系统的不稳定流场表征：圆柱形和成形孔之间的比较

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Tommaso Lenzi; Alessio Picchi; Tommaso Bacci; Antonio Andreini; Bruno Facchini;
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1. Time-Resolved Flow Field Analysis of Effusion Cooling System With Representative Swirling Main Flow [J] . T. Lenzi, L. Palanti, A. Picchi, Journal of turbomachinery . 2020,第6期

机译：具有代表性旋转主流的积液冷却系统的时间分辨流场分析
2. Analysis of the Unsteady Flow Field Inside a Fan-Shaped Cooling Hole Predicted by Large Eddy Simulation [J] . Shubham Agarwal, Laurent Gicquel, Florent Duchaine, Journal of turbomachinery . 2021,第3期

机译：大型涡流仿真预测的扇形冷却孔内不稳定流场的分析
3. Experimental and Numerical Investigation of Flow Field and Downstream Surface Temperatures of Cylindrical and Diffuser Shaped Film Cooling Holes [J] . Tilman auf dem Kampe, Stefan Voelker, Torsten Saemel, Journal of turbomachinery . 2013,第1期

机译：圆柱型和扩散型薄膜冷却孔流场和下游表面温度的实验和数值研究
4. TIME-RESOLVED FLOW FIELD ANALYSIS OF EFFUSION COOLING SYSTEM WITH REPRESENTATIVE SWIRLING MAIN FLOW [C] . T. Lenzi, L. Palanti, A. Picchi, ASME Turbo Expo: Turbomachinery Technical Conference and Exposition . 2019

机译：代表旋流主流量渗流冷却系统的时间分辨流场分析
5. Influence of Purge Flow Swirl and Passage Discrete Hole Injection Angle on Turbine Blade Endwall Cooling [D] . ?Stinson, Matthew Edward 2019

机译：吹扫流动旋流和通道离散孔注射角对汽轮机叶片端壁冷却的影响
6. The Effect of Partial Premixing and Heat Loss on the Reacting Flow Field Prediction of a Swirl Stabilized Gas Turbine Model Combustor [O] . Simon Gövert, Daniel Mira, Jim B. W. Kok, -1

机译：部分预混合和热损失对旋流稳定型燃气轮机模型燃烧器反应流场预测的影响
7. Effect of Diffusively Shaped Holes on the Turbulent Flow Field of a Film Cooling Plate [O] . SHI Hong-Hui, Kiriyama Kenji, Itoh Motoyuki 2002

机译：扩散孔对薄膜冷却板湍流场的影响
8. Large Eddy Simulation of a Film Cooling Flow Injected from an Inclined Discrete Cylindrical Hole into a Crossflow with Zero-Pressure Gradient Turbulent Boundary Layer. [R] . Johnson, P. L., Shyam, V. 2012

机译：薄壁冷却流从倾斜离散圆柱孔注入零压力梯度湍流边界层横流的大涡模拟。

Unsteady Flow Field Characterization of Effusion Cooling Systems with Swirling Main Flow: Comparison Between Cylindrical and Shaped Holes

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