Uncertainty handling and analysis of rotor systems have been active research areas during
the last two decades. This paper provides a state-of-the-art review on the research progress …

Ship propulsion shafting is inevitably subject to various uncertainties during navigation.
Uncertain numerical models can reflect the dynamic behaviour of the shafting more …

This paper proposes numerical developments based on polynomial chaos (PC) expansions
to process stochastic eigenvalue problems efficiently. These developments are applied to …

In order to investigate the natural vibration characteristics of ship propulsion shafting under
uncertainties, the random matrixes of mass, damping, and stiffness are constructed based …

The feed system is a typical mechatronics system, as well as motion control equipment, that
serves as a fundamental component of CNC machine tools. Developing a precise …

This paper proposes a methodology to take into account uncertainties in non-symmetric
operators (matrices). It consists in randomly perturbing a non-symmetric matrix combining …

This paper is devoted to the construction of a probabilistic model of uncertain rigid bodies for
multibody system dynamics. We first construct a stochastic model of an uncertain rigid body …

This paper focuses on extending an earlier investigation on the systematic and rational
consideration of uncertainty in reduced order models of rotordynamics systems. The current …

Purpose In rotor systems, uncertainty can arise in occasions such as manufacture errors and
variations in geometry during lifetime. In the presence of uncertainty, the deterministic …

This study experimentally validates robust designs for herringbone grooved journal bearings
(HGJBs) in micro-turbocompressors, addressing manufacturing deviations that lead to rotor …