Variable Compression Component Interpolation Method for Turbine Engine

机译：涡轮发动机可变压缩分量插值方法

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摘要

In the variable-cycle engine performance calculation model which is established based on the component method, the acquisition of variable compression component parameters is one of the keys to iterative calculation. In this paper, a new interpolation method is proposed and verified for the characteristics of variable compressors with adjustable first-stage vanes and adjustable two-stage vanes. Using the proposed two interpolation methods, the steady-state throttling performance of a turbine engine with variable compressor was calculated.

机译：在基于零件法的可变循环发动机性能计算模型中，获取可变压缩零件参数是迭代计算的关键之一。本文提出了一种新的插值方法，并针对第一级可调叶片和两级可调叶片压缩机的特性进行了验证。使用所提出的两种插值方法，计算了具有可变压缩机的涡轮发动机的稳态节流性能。

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《International Conference on Mechanical and Aerospace Engineering》|2018年|162-167|共6页
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Cheng Ren; Yu-chun Chen; Lin-yuan Jia; Chao Zhou;
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Interpolation; Blades; Compressors; Engines; Geometry; Stators; Turbines;

机译：插值;叶片;压缩机;引擎;几何;定子;涡轮;

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4. Variable Compression Component Interpolation Method for Turbine Engine [C] . Cheng Ren, Yu-chun Chen, Lin-yuan Jia, International Conference on Mechanical and Aerospace Engineering . 2018

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5. Several non-destructive inspection methods applied to quantify fretting fatigue damage in simulated titanium-aluminum-vanadium turbine engine dovetail components [D] . Bohun, Michael H. 2012

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8. Variable Cycle Engine Control System Definition Study. Turbine Engine Technology Demonstrator Component Development Program,Project 668A. Controls Development Program. [R] . boyer,robert c. meador,jay d. 1976

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Variable Compression Component Interpolation Method for Turbine Engine

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