The Industry 4.0 revolution is insisting strongly for use of machine learning‐based processes
and condition monitoring. In this paper, emphasis is given on machine learning‐based …

Pump-jet propulsors are inevitably affected by shafting vibrations in actual operating
conditions, especially the longitudinal bearing force, which is the main inducing factor of hull …

An appropriate assessment of the dynamic behavior of a ship's marine propeller shaft is
essential to enable the optional power delivery to the propeller and to minimize various …

This paper was to address the shortcomings of current design practice to evaluate the
stability of the shaft alignment for a 300,000 DWT Very Large Crude Oil Carrier. An …

The reliability of marine propulsion plants of ice-going vessels is essential in preserving ship
safety during ice navigation. Therefore, the development of reliable design tools of the …

To examine the torsional vibration of vector propulsion shaft system (VPSS), a four-degree-
of-freedom vibration model of the VPSS is established by concentrated mass approach, and …

Shaft-surface friction pairs in marine equipment endure considerable wear and corrosion in
seawater, particularly under cyclic loading. A friction and wear test bench was employed to …

As an attempt to investigate the torsional-longitudinal vibrations of marine propeller shafting
systems, this paper develops an integrated mathematical formulation to consider different …

Structural vibrations and radiation noise are common problems in the blade–shafting–shell
coupled system. To research this problem, a coupled system consisting of a five-leaf blade …

Purpose This study aims to advance the field of marine propulsion dynamics by investigating
coupled torsional and transverse vibrations in shaft systems and proposing a novel …