Accurately predicting the nonlinear dynamic response of shaft-disk rotors is crucial in the
design of rotary machines. In available studies, the disk is commonly treated as rigid body to …

Research on vibrations of shaft-disk rotors in non-uniform thermal field is essential for the
design of rotating machinery. In this paper, the dynamic model of axially loaded thin-walled …

This paper presents a comprehensive review of recent advancements in modelling
approaches, design strategies, and testing techniques applied to friction dam** in …

The prospect of aeroelastic instability, leading to large-amplitude limit cycle oscillations, is of
particular concern for the highly flexible wings of solar high-altitude long-endurance (HALE) …

The Sommerfeld effect is a phenomenon in which a non-ideal prime mover fails to provide
enough energy around the resonance speed in a vibration system, resulting in resonance …

The behavior of flexible rotating systems with varying rotational speeds is essential in
engineering applications. Analysis methods that consider linear dynamic models and many …

This paper presents a decoupled bearingless cross-flow fan (CFF) that operates at a
supercritical speed, thereby increasing the maximum achievable rotational speed and fluid …

Self-oscillatory solutions of dynamic equations of transverse vibrations of a distributed
rotating ideally balanced rotor (shaft) on an isotropic support made of a material with …

Assessing the stability of quasi-periodic (QP) response is crucial, as the bifurcation of QP
response is usually accompanied by a stability reversal. The largest Lyapunov exponent …