In this paper a critical review of literature on applications of Active Magnetic Bearings
(AMBs) systems in flexible rotordynamic systems have been presented. AMBs find various …

This article reviews the literature concerning the balancing of rotors including the origins of
various balancing techniques including ones that use influence coefficient, modal, unified …

The purpose of this book is to give a basic understanding of rotor dynamics phenomena with
the help of simple rotor models and subsequently, the modern analysis methods for real life …

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 …

Earlier studies have suggested that the reliable estimation of the state of unbalance (both
amplitude and phase) at multiple planes of a flexibly supported rotating machine from …

Over the decades, vibration-based condition monitoring has become well accepted and
widely used to identify faults in rotating machines. However, the quantification of faults may …

Field balancing of rotors with unknown foundation dynamics is more often than not a
painstaking, time-consuming and expensive process. A recent method to identify both the …

Fault identification by means of model-based techniques, both in frequency and time
domain, is often employed in diagnostics of rotating machines, when the main task is to …

Rotor dynamic balancing technology with online, no start-stop, no trial weights is an
important research topic in rotor dynamics, and its key problem is how to identify the rotor …

An identification algorithm for simultaneous estimation of residual unbalances and bearing
dynamic parameters by using impulse response measurements is presented for multi …