… rotor system with the collected data, identify the fault parameters of the rotor system, and
realise … , which can help implement accurate diagnosis and maintenance of rotating machinery. …

… This paper addressed the automatic fault diagnosis in rotating machines. The use of similarity
based modeling (SBM) was investigated, either as a stand-alone classification method or …

… It is the application of parameter identification in the … rotating machinery structure is running
at high speed, it will produce a lot of harmonic interference, which will affect the identification …

This paper aims to provide a broad review of the state of the art in fault diagnosis techniques,
with particular regard to rotating machinery. Fault diagnosis is a subject too wide ranging to …

… the spectrum of dual-lobed rotating cavitation at frequency ωRC . This … identifying multi-lobed
rotating instabilities from just one single pressure measurement on the stator of the machine…

… of rotating machinery. The basic idea is that each fault to be identified in the rotating
machinery is associated with a certain set of parameters in the model [l], [3]. Different sets of …

This paper addresses the problem of extracting periodic oscillatory features in vibration signals
for detecting faults in rotating machinery. To extract the feature, we propose an approach …

… In this paper, an adaptive ensemble model is constructed for practical rotating machinery
fault diagnosis. The detailed illustration of the constructed model is presented in this part. …

… This contribution describes the basic relations of Identification Techniques in rotordynamics,
… and parameter estimation procedures. Some applications of parameter identification are …

… Hydraulic excitation forces of rotating machinery are normally determined by direct measurement
techniques like strain gages, load cells, etc. This paper presents an indirect method, in …