2) tip-timing
叶端定时
1.
Research of Measuring Method and System Using Tip-timing for High-Speed Rotating Blade Vibration;
高速旋转叶片振动叶端定时测量方法和系统研究
2.
Research on Vibration Measurement Technology of Tip-timing System Based on GRNN;
基于广义回归网络的叶端定时测振技术研究
3.
The tip-timing measuring method and key technologies of real-time monitoring system of high-speed rotating blade vibration were researched, such as tip-timing sensor, pulse signal sampling system and real-time analysis and processing methods of blade vibration signals.
研究了叶端定时测量方法及其实时监测系统的关键技术———叶端定时传感器、高速叶端脉冲信号采集系统和叶端定时信号的实时分析和处理。
3) tip winglet
端导叶
1.
Based on NACA65 airfoil,a model of the planar cascade with winglet is proposed for studying the influence of the fixing position of the tip winglet on the cascade performance.
以NACA65叶型为基础,构造出平面叶栅端导叶的流动分析模型,研究了在不同间隙尺寸条件下等宽度端导叶的安装位置对叶栅性能的作用。
4) blade tip clearance
叶端余隙
5) point of blade
叶片尖端
6) impeller end
叶轮端部
补充资料：报定时不定
【报定时不定】
谓业力定故，报不可改，然时有可转，故时节不定，是名报定时不定。
谓业力定故，报不可改，然时有可转，故时节不定，是名报定时不定。
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