首页> 美国政府科技报告 >Gas Turbine Transpiration Cooling Research. Part III. Prediction of Transition Region Location and Extent for the Effects of Surface Curvature,Free-Stream Turbulence,Pressure Gradients,Wall Temperature,and Unit Reynolds Number.
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Gas Turbine Transpiration Cooling Research. Part III. Prediction of Transition Region Location and Extent for the Effects of Surface Curvature,Free-Stream Turbulence,Pressure Gradients,Wall Temperature,and Unit Reynolds Number.

机译:燃气轮机蒸发冷却研究。第三部分。过渡区域位置和范围的预测表面曲率,自由流湍流,压力梯度,壁温和单位雷诺数的影响。

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摘要

A survey of boundary layer transition literature is made with emphasis on the effects of surface curvature, free-stream turbulence, pressure gradients, heat transfer, and unit Reynolds number. Brief reviews of significant literature on each of the effects are presented. A discussion of methods for predicting the transition region, with emphasis on conditions commonly found in turbomachinery, is also presented. An extensive bibliography and representative figures and plots are provided. (Author)

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