Sentence examples for resonance component from inspiring English sources

The RSSD-CF method is based on the RSSD method which can nonlinearly decompose the vibrational signal of the gearbox with multiple faults into the high resonance component and the low resonance component.

Then, the master sub-band is selected out to reconstruct the low resonance component based on the principle of energy dominant distribution.

The method contains two key procedures, the quasi-steady component separation in angle domain and the impact resonance component extraction in time domain.

The kurtosis value of the low resonance component is taken as the objective function to optimize the combination of high and low quality factors with genetic algorithm.

The obtained low resonance component is then demodulated with a Hilbert transform such that the bearing fault can be detected by observing Hilbert envelope spectra.

Finally, characteristics of local optimization and multi-resolution of wavelet analysis considered, the multi-scale wavelet decomposition is applied to the reconstructed low resonance component to extract the fault features of the bearing failure deeply.

Finally, CF is constructed to extract the weaker fault feature signal from resonance components and exclude the interference components.

In RSSD-CF method, the collected signal is firstly separated into the high and the low resonance components through using the RSSD method with the optimal decomposition parameters.

And then, both of the high and the low resonance components are demodulated with the Hilbert transform and the fault information can be found in Hilbert envelop spectra.

Following the classic acoustic resonance scattering theory (RST), the scattered field and response to surface waves are determined by constructing the partial waves and obtaining the backgrounds (non-resonance) and resonance components from it.

A 3D global MHD simulation of the 10 11 January ,1997 event has been analyzed for mode structure and shown to contain field line resonance components, both toroidal and poloidal, with peak power on the nightside during southward IMF conditions.