We investigate the control of friction-induced vibrations in a system with a dynamic friction
model which accounts for hysteresis in the friction characteristics. Linear time-delayed …

Experimental investigation is performed on a test set-up representing a single-degree-of-
freedom friction-induced system. The experimental set-up consists of a rigid mass (oscillator) …

This paper is concerned with friction-induced vibration of a continuous propeller–shaft
system excited by nonlinear friction due to contact between a water-lubricated bearing and a …

This paper presents a numerical analysis for the stick-slip vibration of a transversely moving
beam, considering both stick-slip transition and friction force discontinuity. The dynamic state …

Friction-induced vibration, particularly associated with the squealing problem in disk brake
systems, has been a longstanding challenge in the automotive industry. In our research, we …

The influence of clay mineral silicate types, such as halloysite, montmorillonite, and
wollastonite with tubular, plate like, and acicular morphologies respectively, on frictional …

Thevibration characteristics of a rotor system consisting of a rigid disk mounted on the
middle of a flexible shaft is studied to investigate the influence of gyroscopic effectand rotary …

A single degree-of-freedom nonlinear mechanical model of the stick–slip phenomenon is
studied when the Stribeck-type friction force is emulated by means of a digitally controlled …

Stick-slip vibration of a cantilever beam subjected to harmonic base excitation is analyzed in
this paper. To model the stick-slip vibration, considering nonlinearity and discontinuity of the …

The synchronization phenomenon in two linearly coupled friction-induced oscillators is
analyzed in this paper using a data-driven approach based on dynamic mode …