We use Melnikov function techniques toghether with Geometric methods of bifurcation theory to study the interactions of forcing, damping and detuning on resonant periodic orbits for single and coupled forced Van der Pol...

In this paper we consider the effect of forcing and damping on the Van der Pol equation...

Impact dampers in various forms are used to control the response of vibratory systems subjected to either forced or self-excitations. In this paper the performance of an impact damper for controlling the vibration of a van der Pol oscillator...

Impact dampers in various forms are used to control the response of vibratory systems subjected to either forced or self-excitations.

Reducing the amplitude of vibration of van der Pol oscillator using an impact damper is investigated...

In this paper, the behavior of an elastically mounted cylinder, subjected to vortex-induced vibrations (VIV), is investigated by a low dimensional model. The classical wake oscillator model, as a standard model, predicts ...

In this paper, phase synchronization and the frequency of two synchronized van der Pol oscillators with delay coupling are studied. The dynamics of such a system are obtained using the describing function method, and the necessary conditions...

as Landl model with regard to the van der Pol and

forth order terms while just the coefficients are modified and corrected in a different way

than Landl and with a new approach. Here, the displacement, velocity and acceleration cou...

in this paper we consider the two parametraic perturbation for planar systems