Titlebook: Cyclostationarity: Theory and MethodsIII; Contributions to the Fakher Chaari,Jacek Leskow,Agnieszka Wylomanska Conference proceedings 2017

fleeting

Fault Detection in Belt Conveyor Drive Unit via Multiple Source Data,ely, in the first step, the electric current signal is smoothed in order to reduce its high-frequency volatility. Then the relationship between smoothed current signal and the temperature is examined. It was observed that the specifically smoothed current might explain the variation of the temperatu

粘土

Application of Independent Component Analysis in Temperature Data Analysis for Gearbox Fault Detect from 4 gearboxes driving belt conveyor we have extracted one of 4 components, that is related to change of condition of a single gearbox. For new signal visibility of change is clear and simple automatic detection rule can be applied.

CYT

线

Modified Protrugram Method for Damage Detection in Bearing Operating Under Impulsive Load,gh-energy impulses or amplitude modulated sine waves. The motivation for such method is derived from a real-world example—a rolling element bearing operating in a hummer crusher. We compare our method with two other well-known methods for damage detection in rotating machines, namely protrugram and

osteoclasts

Infuriate

Aromatic

https://doi.org/10.1007/978-3-8349-3890-9 from 4 gearboxes driving belt conveyor we have extracted one of 4 components, that is related to change of condition of a single gearbox. For new signal visibility of change is clear and simple automatic detection rule can be applied.

packet

https://doi.org/10.1007/978-3-658-23859-9ccur in the system. Therefore, energy and dynamics of the signal can be observed. Furthermore, it is possible to analyse amplitudes of time-frequency representation for different gear backlashes, which enables evaluation of non-linearity of the signal.

Juvenile

CYN

2363-698X udents, researchers and professionals with a timely guide to cyclostationary systems, nonstationary processes and relevant engineering applications..978-3-319-84653-8978-3-319-51445-1Series ISSN 2363-698X Series E-ISSN 2363-6998