This work aims to investigate the stability, bifurcation, and vibration control of a
discontinuous dynamical model simulating the nonlinear oscillation of a horizontally …

Purpose Bearing friction moments are important factors that affect the vibrations of rotor
systems. The bearing friction moments are related to the dimension parameters, lubrication …

This article addresses the bifurcation characteristics and vibration reduction of a 2-DOF
dynamical system simulating the nonlinear oscillation of an asymmetric rotor model …

This article explores the nonlinear dynamical analysis and control of a 2− DOF system that
emulates the lateral vibration of an asymmetric rotor model under external, multi-parametric …

This work delves into the investigation of static bifurcation control and vibration reduction of
a two-degree-of-freedom dynamical system. The system under study simulates the lateral …

Purpose The primary objective of this work is to analyze the effect of different system
parameters on the resonance frequency of the linear rotor system. The effect of internal …

Bolted joints have been widely used in rotor assemblies of aircraft engines. A typical bolt
joint is composed of two metal parts connected mechanically with pre-tensioned bolts …

The nonlinear dynamic effects of the misalignment between inner disks in a flawed–
machining rod–disk rotor is studied. Non–uniform stress distribution due to inner …

In this paper, a continuous rotor system is modelled by considering some critical factors, like
the gyroscopic and rotary inertia effects of disc and shaft cross-sections, large shaft …

The nonlinear analysis of a continuous rotor system (CRS) is performed in this paper. The
CRS model is derived with the inclusion of some important factors, like the gyroscopic effect …