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Impact of turbulence intensity on the unsteady flow characteristics of the integrated aggressive inter-turbine duct

机译：湍流强度对综合积极涡轮管道非定常流动特性的影响

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Hongrui Liu; Jun Liu; Qiang Du; Guang Liu; Pei Wang;
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1. Impact of turbulence intensity on the unsteady flow characteristics of the integrated aggressive inter-turbine duct [J] . Hongrui Liu, Jun Liu, Qiang Du, Proceedings of the Institution of Mechanical Engineers . 2020,第4期

机译：湍流强度对综合积极涡轮管道非定常流动特性的影响
2. Unsteady flow mechanism of the integrated aggressive inter-turbine duct in low Reynolds number condition [J] . Liu Hongrui, Liu Jun, Du Qiang, Proceedings of the Institution of Mechanical Engineers . 2020,第9期

机译：低雷诺数条件下综合积极型涡轮管道的不稳定流动机理
3. Parametric studying of low-profile vortex generators flow control in an aggressive inter-turbine duct [J] . Zhang Yanfeng, Lu Xingen, Lei Zhijun, Proceedings of the Institution of Mechanical Engineers . 2015,第A8期

机译：涡轮机间风道中低轮廓涡流发生器流量控制的参数研究
4. Flow Control in an Aggressive Inter-Turbine Duct Using Low Profile Vortex Generators [C] . Yanfeng Zhang, Shuzhen Hu, Xue Feng Zhang, ASME turbo expo . 2012

机译：使用薄型涡流发生器的涡轮机进风管中的流量控制
5. Combined effects of Reynolds number, turbulence intensity and periodic unsteady wake flow conditions on boundary layer development and heat transfer of a low pressure turbine blade. [D] . Ozturk, Burak. 2006

机译：雷诺数，湍流强度和周期性非稳态尾流条件对低压涡轮叶片边界层发展和传热的综合影响。
6. Turbulence Model Sensitivity and Scour Gap Effect of Unsteady Flow around Pipe: A CFD Study [O] . Abbod Ali, R. K. Sharma, P. Ganesan, -1

机译：管周围非定常流动的湍流模型敏感性和冲刷间隙效应：CFD研究
7. Flow Characteristics in an Inter-Turbine Duct Under Off Design Conditions [O] . A. Lakshya Kumar, A. M. Pradeep 2016

机译：在非设计条件下涡轮管道中的流动特性
8. Environmental Impact Research Program. Two-Equation, Depth-Integrated Turbulence Closure for Modeling Geometry-Dominated Flows [R] . Chapman, R. S. 1983

机译：环境影响研究计划。用于建模几何主导流动的双方程，深度积分湍流闭合

Impact of turbulence intensity on the unsteady flow characteristics of the integrated aggressive inter-turbine duct

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