Many machines generate nonstationary dynamic signals. The featured components of such signals, such as spikes and transients, are usually localized both in time and in frequency. Since these features often carry rich information about the condition of the machines, enhancing and extracting them are of particular importance in machinery fault diagnosis.Doctor of Philosophy (MPE
Rotary machines are widely used in various applications. A reliable machinery fault detection techni...
The wavelet packet transform decomposes a signal into a set of bases for time–frequency analysis. Th...
Two different approaches have been used to diagnose faults in machinery such as internal combustion...
An overview of major signal processing and analysis methods finding an area of application in machin...
Abstract: This paper proposes a machinery diagnosis method based on the wavelet packet theory to dea...
Growing demand of machines such as gas turbine, pump, and compressor in power generation, aircraft, ...
ABSTRACT: Wavelet transforms -- Application of the wavelet transform to machinery fault diagnosis --...
Wavelet analysis is a very useful tool for machinery faults diagnosis. However, actual application o...
This paper explores the application of wavelet analysis for the detection of early changes in rotor ...
A method of detecting transients in mechanical systems by matching wavelets with associated signal i...
Application of Fast Fourier Transform (FFT) in machinery faults detection is known to be only effect...
The wavelet packet transform decomposes a signal into a set of bases for time–frequency analysis. Th...
The wavelet transform theory is used to motor fault diagnosis in this paper, considering its charact...
For the detection of the broken-bar fault of rotor in motors,a traditional method is frequency spect...
For the detection of the broken-bar fault of rotor in motors,a traditional method is frequency spect...
Rotary machines are widely used in various applications. A reliable machinery fault detection techni...
The wavelet packet transform decomposes a signal into a set of bases for time–frequency analysis. Th...
Two different approaches have been used to diagnose faults in machinery such as internal combustion...
An overview of major signal processing and analysis methods finding an area of application in machin...
Abstract: This paper proposes a machinery diagnosis method based on the wavelet packet theory to dea...
Growing demand of machines such as gas turbine, pump, and compressor in power generation, aircraft, ...
ABSTRACT: Wavelet transforms -- Application of the wavelet transform to machinery fault diagnosis --...
Wavelet analysis is a very useful tool for machinery faults diagnosis. However, actual application o...
This paper explores the application of wavelet analysis for the detection of early changes in rotor ...
A method of detecting transients in mechanical systems by matching wavelets with associated signal i...
Application of Fast Fourier Transform (FFT) in machinery faults detection is known to be only effect...
The wavelet packet transform decomposes a signal into a set of bases for time–frequency analysis. Th...
The wavelet transform theory is used to motor fault diagnosis in this paper, considering its charact...
For the detection of the broken-bar fault of rotor in motors,a traditional method is frequency spect...
For the detection of the broken-bar fault of rotor in motors,a traditional method is frequency spect...
Rotary machines are widely used in various applications. A reliable machinery fault detection techni...
The wavelet packet transform decomposes a signal into a set of bases for time–frequency analysis. Th...
Two different approaches have been used to diagnose faults in machinery such as internal combustion...