An Overview on Non-Ideal Vibrations Page 1 Meccanica 38: 613–621, 2003. © 2003 Kluwer
Academic Publishers. Printed in the Netherlands. An Overview on Non-Ideal Vibrations JOSÉ …

In this paper we investigate the dynamics of tuned mass absorber with additional viscous
damper and inerter attached to the pendulum. The devices are used to damp out oscillations …

In this paper, we investigated the effectiveness of the linear electromechanical vibration
absorber (LEVA) and a nonlinear electromechanical vibration absorber (NEVA) in the …

The study of non-ideal vibrating systems, that is, when the excitation is influenced by the
response of the system, has been considered a major challenge in theoretical and practical …

We investigate numerically the dynamical behavior of a non-ideal mechanical system
consisting of a vibrating cart containing a particle which can oscillate back and forth colliding …

In this paper we investigate the dynamic interactions between a parametric pendulum and
an electro‐dynamical shaker aiming to explain a weak correlation between the theoretical …

Interaction between parametric excitation and self-excited vibration has been subjected to
numerous investigations in continuous systems. The ability of parametric excitation to …

In the presented paper the equations of motion of a rotating composite Timoshenko beam
are derived by utilising the Hamilton principle. The non-classical effects like material …

A two-degree of freedom nonlinear system, describing the dynamics of two towers exposed
to turbulent wind flow and linked by a nonlinear viscous device, is considered. The steady …

Eccentric shaft-disk system with internal damping driven by a non-ideal power source
exhibits Sommerfeld effect characterized by nonlinear jump phenomena of amplitude and …