… lays on the identification of the system’s parameters. Although we … depends on the identification
of its parameters and the … any machinery is perceived as noise or vibration, any machine …

… parameter identification, etc. It should be noted that how to using these instantaneous features
(IF and IA) to detect fault and diagnosis, monitor system condition and identify parameters …

… are important factors governing the vibration characteristics of rotating machinery; however,
… , a parameter identification method is presented to identify the bearing dynamic parameters …

… employed for fault prediction of rotating machinery systems. Multi-… rotating machinery faults
are introduced into the algorithm. To train the network, the data in the vibration identification …

… the vibration characteristics of rotating machinery, but they … is proposed to identify the bearing
parameters and unbalance … of various identification parameters (bearing parameters and …

… The most frequent faults in the rotating machine are bearing failure (increasing the friction),
problems with stator winding (in-turn short circuits) and rotor bar failures [22]. The bearing is …

… identification procedure to estimate the linear parameters of a salient-pole synchronous
machine … are used to identify the model structure and parameters of a salient-pole synchronous …

… In order to prove the effectiveness of the method for time varying signals, we demonstrate
its performance on artificially generated responses of a rotating machinery with an overhang …

… Current methods for predicting rotating machinery failures are summarised and classified as
conventional reliability models, condition-based prognostics models and models integrating …

… identify these parameters in civil engineering structures such as bridges and buildings, the
analysis of foundation of rotating machines … it has to bear a heavy and energy dense machine. …