Faults in rotating systems can cause significant damage to the machinery and can result in
downtime and production losses. Hence, the timely detection and diagnosis of faults are …

As one of the most important parts in the engine, the structure and state of the rotating blade
directly affect the normal performance of the aero engine. In order to monitor engine crack …

Implementing intelligent identification of faults in hydroelectric units helps in the timely
detection of faults and taking measures to minimize economic losses. Therefore, improving …

The main focus of this paper is the exploration of fault accommodation possibilities in the
context of the function development of multi-domain systems. Faults inevitably occur in …

In any industry, it is the requirement to know whether the machine is healthy or not to
operate machine further. If the machine is not healthy then what is the fault in the machine …

Online identification of serious faults, such as cracks and unbalance, is significantly
important for the safe, smooth and efficient performance of rotating machines such as …

Precisely identifying internal excitation parameters within rotor-bearing systems is
imperative for ensuring reliability and optimal performance. This paper meticulously …

Fault diagnosis of induction motors (IMs) through stator stream analysis is a key area in
maintenance systems due to its non-invasive nature and low hardware and software …

Health services of rotor-bearing systems are directly related to safe and stable works of
rotating machineries in the industrial production. To address the issues of a low impact on …

The marine propulsion shafting is the lifeline of navigation. The marine propulsion shafting
vibration signals tend to contain rich connotations that suggest the shafting status. In this …