Damages in rotor systems have severe impact on their functionality, safety, running
durability and their industrial productivity, which usually leads to unavoidable economical …

A rotating shaft supported by bearings over which a disc is attached concentric to it, as a
single unit is called a rotor, which forms the basis of functions of many machine systems. A …

To exploit the potential application of supporting nonlinearity in marine engineering, an
attempt is made to establish the transverse forced vibration analysis model of a double …

Vibration-based health diagnostics technique has shown great potentials to enhance the
safety and reliability for many industrial rotary machinery. The emerging sparse …

Online condition monitoring methodologies for rotor dynamic systems are an emerging trend
and an essential for safe system operation. During operation fatigue cracks in rotor shaft can …

Rolling element bearing is a crucial component in rotating machines. The existence of faults
in the bearing causes sudden failures, resulting in catastrophic failure of machines. Incipient …

Data-based machine learning methods in condition monitoring of high-speed rotors are
gaining more importance due to the increase in computational speeds of computers in …

Compound defects frequently arise, posing serious threats to the reliability and safety of
machines as their structures become increasingly complex. Traditional approaches primarily …

In today's technologically advanced landscape, sensors feed critical data for accurate
decision-making and actions. Ensuring the integrity and reliability of sensor data is …

Structural health monitoring has become an important research area from last two decades.
This research area works on sensing and actuation and reasoning to find the exact location …