首页> 外文OA文献 >Turbulent Flow and Endwall Heat Transfer Analysis in a 908 Turning Duct and Comparisons with Measured Data: Part II: Influence of Secondary Flow, Vorticity, Turbulent Kinetic Energy, and Thermal Boundary Conditions on Endwall Heat Transfer

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Turbulent Flow and Endwall Heat Transfer Analysis in a 908 Turning Duct and Comparisons with Measured Data: Part II: Influence of Secondary Flow, Vorticity, Turbulent Kinetic Energy, and Thermal Boundary Conditions on Endwall Heat Transfer

机译：908转弯管道中的湍流和端壁传热分析及比较测量数据：第二部分：二次流，涡度，湍流动能和热边界条件对端壁传热的影响

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Kuisoon Kim; Brian G. Wiedner; Cengiz Camci;
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年度 2002
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1. Turbulent Flow and Endwall Heat Transfer Analysis in a 908 Turning Duct and Comparisonswith Measured Data: Part II: Influence of Secondary Flow, Vorticity, Turbulent Kinetic Energy, and Thermal Boundary Conditions on Endwall Heat Transfer [J] . KuisoonKim, Brian G.Wiedner, CengizCamci International Journal of Rotating Machinery . 2002,第2期

机译：908转弯管中的湍流和端壁传热分析以及与实测数据的比较：第二部分：二次流，涡度，湍动能和热边界条件对端壁传热的影响
2. Turbulent Flow and Endwall Heat Transfer Analysis in a 908 Turning Duct and Comparisonswith Measured Data: Part II: Influence of Secondary Flow, Vorticity, Turbulent Kinetic Energy, and Thermal Boundary Conditions on Endwall Heat Transfer [J] . KuisoonKim, Brian G.Wiedner, CengizCamci International Journal of Rotating Machinery . 2002,第2期

机译：908转弯管中的湍流和端壁传热分析以及与实测数据的比较：第二部分：二次流，涡度，湍动能和热边界条件对端壁传热的影响
3. Turbulent Flow and Endwall Heat Transfer Analysis in a 90° Turning Duct and Comparisons with Measured Data - Part II: Influence of Secondary Flow, Vorticity, Turbulent Kinetic Energy, and Thermal Boundary Conditions on Endwall Heat Transfer [J] . KUISOON KIM, BRIAN G. WIEDNER, CENGIZ CAMCI International Journal of Rotating Machinery . 2002,第2期

机译：90°弯管内的湍流和端壁传热分析以及与实测数据的比较-第二部分：二次流，涡度，湍动能和热边界条件对端壁传热的影响
4. Vane Suction Surface Heat Transfer in Regions of Secondary Flows: The Influence of Turbulence Level, Reynolds Number and the Endwall Boundary Condition [C] . J. Varty, L. W. Soma, F. E. Ames, ASME turbo expo: turbine technical conference and exposition . 2017

机译：二次流区域的叶片抽吸表面传热：湍流度，雷诺数和端壁边界条件的影响
5. EFFECT OF SPATIALLY PERIODIC HEATING OR AN ABRUPT CONTRACTION AT INLET ON TRANSITIONAL AND TURBULENT HEAT TRANSFER IN A DUCT (UNSYMMETRIC, INTERRUPTED WALL CONDITIONS, SEPARATED FLOWS, ENHANCED, FORWARD STEP). [D] . GARCIA GUTIERREZ, ALFONSO. 1985

机译：入口处的周期性周期性加热或突然压缩对管道中的过渡和湍流传热的影响（不对称，壁面中断的条件，单独的流动，增强的，向前的步骤）。
6. Data on distribution of heat transfer coefficient and profiles of velocity and turbulent characteristics behind a rib in pulsating flows [O] . Irek Davletshin, Andrey Mikheev, Nikolay Mikheev, 2020

机译：关于脉动流动肋骨后面的传热系数和速度和湍流特性分布的数据
7. Turbulent Flow and Endwall Heat Transfer Analysis in a 90∘ Turning Duct and Comparisons with Measured Data: Part I: Influence of Reynolds Number and Streamline Curvature on Viscous Flow Development [O] . Kuisoon Kim, Brian G. Wiedner, Cengiz Camci 2002

机译：90∘转弯管道中的湍流和端壁传热分析及与实测数据的比较：第一部分：雷诺数和流线曲率对粘性流动发展的影响
8. Comparison of Visualized Turbine Endwall Secondary Flows and Measured Heat Transfer Patterns [R] . Gaugler, R. E., Russell, L. M. 1983

机译：可视化涡轮端壁二次流与测量传热模式的比较

Turbulent Flow and Endwall Heat Transfer Analysis in a 908 Turning Duct and Comparisons with Measured Data: Part II: Influence of Secondary Flow, Vorticity, Turbulent Kinetic Energy, and Thermal Boundary Conditions on Endwall Heat Transfer

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