A geometrically non-linear model of the rotating shaft is introduced, which includes Kárman
non-linearity, non-linear curvature effects, large displacements and rotations as well as …

Based on the Timoshenko beam theory, a novel mathematical model of a rotating shaft with
centrifugal terms is developed by using Hamilton's principle and Euler angles. The …

The assessment of nonlinear phenomena with a focus on investigating the bifurcations and
chaotic behaviour of an elastically induced flexible rotor-bearing system subjected to a …

The dynamic stability of a spinning unconstrained beam subjected to a pulsating follower
forceP0+ P1cos Ωt is analyzed. A concentrated mass is located at an arbitrary location on …

System instability and chaotic response are the failure modes that could significantly impact
the reliability and operating safety of high-speed rotor-dynamical machines. Initiation and …

This research intends to analyze the dynamic stability of a nonlinear cracked rotor system
with unsymmetrical viscoelastic supports. Nonlinear governing equations for the cracked …

本书首先介绍了国内外在传递矩阵技术方面的研究进展情况及数学建模基础和数学建模方法
现状, 然后系统研究了将传递矩阵技术扩展应用于分析非线性转子系统动力响应的方法及传递 …

A numerical approach combining the finite element method with two different stability criteria
namely the Budiansky and the phase-plane buckling criteria is used to study the dynamic …

This thesis explores the use of Active Magnetic Bearing (AMB) technology and newly
emerging Flexible Matrix Composite (FMC) materials to advance the state-of-the-art of …

Dynamic behavior of a circular shaft with geometrical nonlinearity and constant spin,
subjected to periodic axial load is investigated. The case of parametric combination …