The strong time-varying dynamic load, irregular and unpredictable impact of the propeller
lead to the shaft inclination and uncertain contact, which worsen the stability of propulsion …

As a crucial device in nuclear power plants, centrifugal pumps undertake the critical role of
cooling water circulation. Centrifugal pump rotor misalignment and unbalanced faults cause …

Centrifugal pump is a key part of nuclear power plant systems, and its health status is critical
to the safety and reliability of nuclear power plants. Therefore, fault diagnosis is required for …

Bearing is one of the main components of machines and any defect in bearings, mostly
misalignment, leads to sudden breakdown of machines; this review elucidates different …

Timely and accurate misalignment fault detection in rotor bearing systems is crucial for
reliable and efficient operation, especially in Industry 4.0 based condition monitoring. The …

Failure detection from mechanical vibration analysis is crucial in industry machinery, with
early discovery allowing for preventive action to be performed. This paper introduces a …

Rotating machines are frequently subject to a wide range of rough conditions, resulting in
mechanical failures and performance degradation. Thus, it is important to apply proper …

Purpose In industrial applications, couplings are widely utilised, primarily to connect prime
movers to process machines. However, coupling must contend with various induced …

In rotating machinery, the second most common fault after imbalance is misalignment.
Misalignment can have a severe impact on equipment and may reduce the machine's …

The propulsion shafting is one of the main excitation sources of ship vibration and noise.
Thus, shafting vibration and alignment are very important issues in the design of a …