气体压缩机
刀(考古)
计算机科学
失速(流体力学)
振动
声学
轴流压缩机
高分辨率
光学
航空航天工程
机械工程
物理
工程类
地质学
遥感
作者
R. C. Reinhardt,Daniel Lancelle,Olaf Hagendorf,Matthias Schultalbers,Olaf Magnor,Peter Duenow
摘要
Blade tip timing is an upcoming technology to research possibilities of working point identification and phenomena like stall and blade vibrations for axial compressors. This method determines blade bendings for each individual compressor blade. Due to their high timing resolution optical sensors are often used in this field. Real blade bendings are often of very small amplitudes in the range of micrometers. So it's important to have a reference system that is as accurate as possible. This paper describes a method which guarantees a high resolution and high precision reference system to improve the results of blade tip timing.
科研通智能强力驱动
Strongly Powered by AbleSci AI