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An analytical method for evaluating factors affecting application of transpiration cooling to gas turbine blades

机译：一种评价影响燃气轮机叶片蒸发冷却应用因素的分析方法

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Esgar, Jack B;
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年度 1952
页码 1-75
总页数 75
原文格式 PDF
正文语种 eng
中图分类工业技术;
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1. Analytical Blade Row Cooling Model for Innovative Gas Turbine Cycle Evaluations Supported by Semi-Empirical Air-Cooled Blade Data [J] . Leonardo Torbidoni, Aristide F. Massardo Journal of Engineering for Gas Turbines and Power . 2004,第3期

机译：半经验风冷叶片数据支持的创新型燃气轮机循环评估用分析叶片行冷却模型
2. Performance evaluation of a transpiration-cooled gas turbine for different coolants and permissible blade temperatures considering the effect of radiation [J] . Journal of Power and Energy . 2011,第8期

机译：考虑辐射效应的蒸发冷却燃气轮机针对不同冷却剂和允许叶片温度的性能评估
3. Performance evaluation of a transpiration-cooled gas turbine for different coolants and permissible blade temperatures considering the effect of radiation [J] . S Kumar, O Singh Proceedings of the Institution of Mechanical Engineers . 2011,第8期

机译：考虑辐射效应的蒸发冷却燃气轮机针对不同冷却剂和允许叶片温度的性能评估
4. ANALYTICAL BLADE ROW COOLING MODEL FOR INNOVATIVE GAS TURBINE CYCLE EVALUATIONS SUPPORTED BY SEMI-EMPIRICAL AIR COOLED BLADE DATA [C] . Leonardo Torbidoni, Aristide F. Massardo ASME (American Society of Mechanical Engineers) Turbo Expo 2002: Controls, Diagnostics, and Instrumentation Cycle Innovations Marine Oil and Gas Applications . 2002

机译：半经验空气冷却叶片数据支持的创新性燃气轮机循环评估叶片行冷却模型
5. Heat transfer analysis of two pass cooling channel of gas turbine blade with analytical wall function turbulence approach. [D] . Arakawa, Hitoshi. 2013

机译：用解析壁函数湍流方法分析燃气轮机叶片两程冷却通道的传热。
6. The Influence of the Cooling Bores on Crystal Orientation and Lattice Parameter in Single-Crystalline Cored Turbine Blades [O] . Jacek Krawczyk, Włodzimierz Bogdanowicz, Jan Sieniawski 2021

机译：冷却孔对单晶芯片叶片晶体取向和晶格参数的影响
7. A Comparative Study of Heat Transfer between Rotating Circular Smooth-Walled and Square Rib-Roughened Ducts with Cooling Application for Gas Turbine Rotor Blades. [O] . Shyy Woei CHANG, W.David MORRIS 1998

机译：燃气涡轮转子叶片旋转圆形光滑壁围墙和方形肋粗糙粗糙粗糙型管道的比较研究。

An analytical method for evaluating factors affecting application of transpiration cooling to gas turbine blades

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