In the present review article, the research findings in the field of investigating the vibrational
nature of the rotating machineries under the influence of multiplicative faults and their …

The performance of a high precision reducer determines the accuracy and efficiency of the
mechanical motion, particularly in the field of industrial robots. To meet the requirements of …

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 …

A step-by-step fuzzy diagnostic method based on frequency-domain symptom extraction and
trivalent logic fuzzy diagnosis theory (TLFD), which is established by combining the trivalent …

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 …

A model-based identification algorithm derived from an innovative virtual trial misalignment
(VTM) strategy is developed to identify the rotor unbalance, active magnetic bearings …

Due to the compound faults with different type fault coupled together and the nonobvious
periodic impulses contaminated by strong noise, it is challenging to extract the fault …

A noise suppression method for feature frequency extraction that is supplemented with multi-
point data fusion was investigated in consideration of issues involving wind turbine vibration …

With the increasing demand for automated manufacturing and logistics system, interior
permanent magnet synchronous motors (IPMSMs) are being actively researched because of …

Shaft alignment states are strictly stipulated in the marine propulsion system. However, there
are relatively limited studies on shaft alignment monitoring and control considering the …