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Transitional Boundary Layers under the Influence of High Free Stream Turbulence,Intensive Wall Cooling and High Pressure Gradients in Hot Gas Circulation.

机译：高自由流湍流，强壁冷却和高压梯度对热气体循环影响的过渡边界层。

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The requirements for fundamental experimental studies of the influence of free stream turbulence, pressure gradients and wall cooling are discussed. Under turbine-like free stream conditions, comprehensive tests of transitional boundary layers with laminar, reversing and turbulent flow increments were performed to decouple the effects of the parameters and to determine the effects during mutual interaction.

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作者
rued, k.;
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年度 1987
页码 1-239
总页数 239
原文格式 PDF
正文语种 eng
中图分类工业技术 ;
关键词
Boundary layer transition; Free flow; Gas flow; Pressure gradients; Surface cooling; Turbulent boundary layer; Boundary layer flow; High temperature gases; Laminar flow; Reversed flow; Turbulent flow; Wall flow; Foreign technology; Translations;

机译：边界层转变;自由流动;气体流动;压力梯度;表面冷却;湍流边界层;边界层流动;高温气体;层流;反向流动;湍流;壁流;国外技术;翻译;

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2. Transition to Turbulence in the Boundary Layer on a Plate in the Presence of a Negative Free-Stream Pressure Gradient [J] . V. G. Lushchik, A. A. Pavelev, A. E. Yakubenko Fluid Dynamics . 2004 ,第2期

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3. An experimental study on laminar-turbulent transition at high free-stream turbulence in boundary layers with pressure gradients [J] . Bercelay Niebles Atencio, Valery Chernoray, Mohsen Jahanmiri EPJ Web of Conferences . 2012 ,第7期

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5. An experimental investigaton into the effects of high freestream turbulence on full coverage shaped hole film cooling in an accelerating boundary layer. [D] . Kingery, Joseph Elliott. 2015

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6. Validation of a closing procedure for fourth-order RANS turbulence models with DNS data in an incompressible zero-pressure-gradient turbulent boundary layer [O] . S. V. Poroseva, B. E. Kaiser, J. A. Sillero, -1

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Transitional Boundary Layers under the Influence of High Free Stream Turbulence,Intensive Wall Cooling and High Pressure Gradients in Hot Gas Circulation.

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