summary:In nonlinear dynamical systems, strong quasiperiodic beating effects appear due to combination of self-excited and forced vibration. The presence of symmetric or asymmetric beatings indicates an exchange of energy between individual degrees of freedom of the model or by multiple close dominant frequencies. This effect is illustrated by the case of the van der Pol equation in the vicinity of resonance. The approximate analysis of these nonlinear effects uses the harmonic balance method and the multiple scale method
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
PhDIn the case of certain nonlinear oscillators, both elapsed time t and the system’s primary state ...
In this work an asymptotic method known as the Krylov- Bogol iubov-Mit ropolsky (KBM) method is used...
Abstract. Parametric excitations are capable of stabilizing an unstable state, but they can also des...
International audienceThis paper describes the dynamic behaviour of a coupled system which includes ...
We perform a bifurcation analysis of normal-internal resonances in parametrized families of quasi-pe...
The generalized van der Pol equation is often used for description of various effects originating in...
The behavior of a mass point moving in a plane under the effect of a central field and an external ...
We study a very peculiar nonlinear oscillator with an external two period quasiperiodic excitation, ...
International audienceIn this paper, forced responses are investigated in a two degree-of-freedom li...
YCL would like to acknowledge support from the Vannevar Bush Faculty Fellowship program sponsored by...
The dynamics of a system of coupled oscillators possessing strongly nonlinear stiffness and damping ...
The mechanism of energy dissipation in mechanical systems is often nonlinear. Even though there may ...
We study the dynamics of two conservative librating oscillators with perturbations from a linear dis...
We study targeted energy transfers and nonlinear transitions in the damped dynamics of a two degree-...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
PhDIn the case of certain nonlinear oscillators, both elapsed time t and the system’s primary state ...
In this work an asymptotic method known as the Krylov- Bogol iubov-Mit ropolsky (KBM) method is used...
Abstract. Parametric excitations are capable of stabilizing an unstable state, but they can also des...
International audienceThis paper describes the dynamic behaviour of a coupled system which includes ...
We perform a bifurcation analysis of normal-internal resonances in parametrized families of quasi-pe...
The generalized van der Pol equation is often used for description of various effects originating in...
The behavior of a mass point moving in a plane under the effect of a central field and an external ...
We study a very peculiar nonlinear oscillator with an external two period quasiperiodic excitation, ...
International audienceIn this paper, forced responses are investigated in a two degree-of-freedom li...
YCL would like to acknowledge support from the Vannevar Bush Faculty Fellowship program sponsored by...
The dynamics of a system of coupled oscillators possessing strongly nonlinear stiffness and damping ...
The mechanism of energy dissipation in mechanical systems is often nonlinear. Even though there may ...
We study the dynamics of two conservative librating oscillators with perturbations from a linear dis...
We study targeted energy transfers and nonlinear transitions in the damped dynamics of a two degree-...
The dynamics of conservative mechanics are modelled by Hamiltonian systems. These are called integra...
PhDIn the case of certain nonlinear oscillators, both elapsed time t and the system’s primary state ...
In this work an asymptotic method known as the Krylov- Bogol iubov-Mit ropolsky (KBM) method is used...