1.
Investigation and Making of Vibration Analysis Instrument on Ambi-whisking Fan and Impeller of Heat Treatment Furnace;
热处理炉气氛搅拌风机及叶轮振动分析仪研制
2.
Experimental Research of Condition Monitoring for Steam Turbine Blade Vibration;
汽轮机叶片振动状态监测的实验研究
3.
The research of substructuring method on the forced vibration of steam turbine blade
汽轮机叶片受迫振动子结构方法研究
4.
Design of the Method and Device Used for Blade Wheel Vibration Detecting
叶轮叶片振动的检测方法及检测装置的设计
5.
The Design of Steam Turbine Blade Vibration Characteristic Experimental Bench and the Study on Blade Vibration Characteristic;
汽轮机叶片振动特性实验台设计及叶片振动特性研究
6.
Research on Methods and Technology for Dynamic Measurement of Turbine Blade Vibration
汽轮机叶片振动动态测量方法与技术研究
7.
Vibration Analysis of Governing Stage Blade in New Large Steam Turbine
新型大功率汽轮机调节级动叶振动分析
8.
Research of Non-contact Measuring for Steam Turbine Blade Vibration Monitoring;
汽轮机叶片振动监测非接触测量法的研究
9.
Three Dimensional Finite Element Rigidity/Strength and Vibration Characteristics Analysis of Blade of Hydrodynamic Turbine;
水轮机叶片三维有限元刚强度与振动特性研究
10.
The Applications of Wavelet Analysis in the Signal Processing of Blade Vibration;
小波分析在汽轮机叶片振动信号处理中的应用
11.
Turbine Vibration Fault Diagnosis Based on Bayesian Network;
基于贝叶斯网络的汽轮机振动故障诊断研究
12.
Study on Impeller Strength and Vibration Feature of Variable Speed Hydrodynamic Coupling
调速型液力偶合器叶轮强度与振动特性研究
13.
Turbine Vibration Measuring Method and Pressure Measuring Method Based on the FBG Sensor
基于光纤brag光栅的叶轮机振动检测及压力检测
14.
Analysis of Stress and Vibration of Blade for Aero Turbocharger
小型航空涡轮增压器叶片强度振动研究
15.
Study Methods for Vibration Characteristics of Last Stage Blades of Ultra Supercritical Steam Turbines
超超临界汽轮机末级叶片的振动特性研究方法
16.
STATIONARY AND NONSTATIONARY VIBRATIONS OF TURBINE BLADE UNDER INTERNAL RESONANCE CONDITIONS
汽轮机叶片内共振系统的稳态和非稳态振动特性研究
17.
The resonant frequency of the impeller blades of APU load compressor is a target index necessary to be controlled in the process of the maintenance of impeller.
辅助动力装置负载压气机叶轮叶片的共振频率是维修叶轮过程中需要控制的一项指标。
18.
DYNAMICALLY BALANCED IMPELLERS-Perfectly balanced for vib-ration-free high-speed service.
叶轮的动态地平衡—完全平衡为无振动高速服务提供完美性能。