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Nonstationary time-frequency analysis for machine condition monitoring
M. C. Pan
, P. Sas, H. Van Brussel
Department of Mechanical Engineering
Research output
:
Contribution to conference
›
Paper
›
peer-review
10
Scopus citations
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Keyphrases
Time-frequency Analysis
100%
Time-frequency
100%
Multiple-scale Analysis
100%
Machine Condition Monitoring
100%
System Dynamics
50%
Synthetic Signals
50%
Wavelet Analysis
50%
Wigner-Ville Distribution
50%
Algorithm Analysis
50%
Transmission Noise
50%
Windowed Fourier Transform
50%
Experimental Case Study
50%
Gear Transmission
50%
Distributional Analysis
50%
Electromechanical Brake
50%
Vibratory Analysis
50%
Mechanical Clutch
50%
Rotor Dynamics
50%
Computer Science
Robot
100%
Case Study
100%
Windowed Fourier
100%
Frequency Analysis
100%
Rotor Dynamics
100%
Fourier Transform
100%
Feature Individual
100%
Ville Distribution
100%
Condition Monitoring
100%
Engineering
Condition Monitoring
100%
Scale Analysis
100%
Frequency Analysis
100%
Transmissions
50%
Robot
50%
Fourier Transform
50%
Rotor Dynamics
50%
Material Science
Transmission Gear
100%
Brakes
100%