2) axial-flow compressor
轴流压气机
1.
Analysis of overall aerodynamic performance of axial-flow compressor with attenuated blade tip;
轴流压气机叶尖片削全工况特性分析
2.
Nonlinear dynamic analysis on post-stall transients of axial-flow compressor;
轴流压气机过失速的非线性动力学分析
3.
Experimental study on cooperative control of unsteady separated flow in axial-flow compressors
轴流压气机非定常分离流动耦合控制实验
3) axial flow compressor
轴流压气机
1.
Study of staged propagation of circumferential steady total pressure distortion in axial flow compressors;
周向稳态总压畸变在多级轴流压气机中传递的逐级模拟研究
2.
Monitoring of stage-pressurization characteristics for multistage axial flow compressors and its applications
多级轴流压气机级增压特性监控及其应用
3.
Test of the characteristics of axial flow compressor with splitter
轴流压气机大小叶片特性试验
4) axial compressor
轴流压气机
1.
Research of influence of stator blade suction on the stall margin of axial compressor;
静叶吸气对某轴流压气机裕度影响的研究
2.
Off-design performance prediction of multi-stage transonic axial compressor;
跨声速多级轴流压气机非设计性能预测
3.
Effects of non-axisymmetric IGV wakes on a low speed axial compressor
非轴对称导叶尾迹对低速轴流压气机的影响
5) Axial Compressor / Fan
轴流压气机/风机
6) compressor rotor
压气机转子
1.
Study of suppression boundary layer separation on the suction surface of supersonic compressor rotor;
超声速压气机转子叶片吸力面抽气抑制附面层分离的机理
2.
In this paper, a method to predict compressor rotor weight has been described with a calculation example.
本文针对压气机转子,提出了一种预估其重量的方法,并进行了实例计算,取得了较满意的结果。
3.
Flow field in tip clearance of a transonic compressor rotor, which include the detailed investigating of tip clearance leakage flow and its interaction with passage shock wave, is measured in the technique of high frequency response pressure probe.
本文利用高频响动态压力测试技术测量了某跨音压气机转子叶尖间隙流场，其中包括对跨音转子叶尖漏流和激波／漏流干扰的细致流场特征。
补充资料：压气机转子材料
压气机转子材料
materials for compressor rotor
yoqIJ一zhuanzl eo{I旧。压气机转子材料(materials fo:。ompressorrotor)工作时由叶轮和轴构成的转子要承受各级动叶片和自身的离心力、转子弯曲的交变应力，并要传递扭矩，因而要求材料具有高强度和良好的韧性等性能。现有的重型然气轮机压气机的轮盘和轴广泛应用CrMov或erNIMov等高强度合金结构钢。在航机改型的燃气轮机中，压气机轮盘也采用上述合金结构钢，但在动叶片用钦合金制成的级中，轮盘也广泛使用铁合金。高压缩比压气机的最后几级或末级轮盘则采用Cr、Ni不锈钢甚至镍基合金制造。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条