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Gas-Dynamic Methods to Reduce Gas Flow Nonuniformity from the Annular Frames of Gas Turbine Engines

机译:气体动力学方法,以减少燃气轮机环形框架的气流不均匀

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Gas flow nonuniformity is one of the main sources of rotor blade vibrations in the gas turbine engines. Usually, the flow circumferential nonuniformity occurs near the annular frames, located in the flow channel of the engine. This leads to the increased dynamic stresses in blades and consequently to the blade damage. The goal of the research was to find an acceptable method of reducing the level of gas flow nonuniformity. Two different methods were investigated during this research. Thus, this study gives the ideas about methods of improving the flow structure in gas turbine engine. Based on existing conditions (under development or existing engine) it allows the selection of the most suitable method for reducing gas flow nonuniformity.
机译:气流不均匀是燃气轮机发动机中的转子叶片振动的主要源之一。通常,流动周向非均匀性在环形框架附近发生,位于发动机的流动通道中。这导致叶片中的动态应力增加,因此叶片损坏。该研究的目标是找到一种可接受的方法,即降低气流不均匀性的水平。在这项研究期间研究了两种不同的方法。因此,该研究给出了关于改善燃气涡轮发动机流动结构的方法的思想。基于现有条件(在开发或现有发动机下),它允许选择最合适的降低气体流量不均匀性的方法。

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