The formation of the modulation modes within a dissipative version of the Fermi-Ulam model is discussed. The resonant response of the system to a periodic perturbation is studied both experimentally and numerically.Nous discutons la formation de modes de modulation d'une version dissipative du modèle de Fermi et Ulam. La réponse résonnante du système à une perturbation périodique est étudiée expérimentalement et numériquement
We reconsider the phenomenon of localization of energy in low frequency modes in the FPU system, exp...
We present a detailed analysis of the modulational instability of the zone-boundary mode for one and...
The phenomenon of Fermi acceleration is addressed for the problem of a classical and dissipative bou...
An experimental model of a modification of the Fermi acceleration problem is described. Evidence is ...
International audienceInstabilities are common phenomena frequently observed in nature, sometimes le...
We present an analytical study of the Fermi--Pasta--Ulam (FPU) $\alpha$--model with periodic boundar...
The Fermi-Pasta-Ulam model has been studied following the time evolution of the space Fourier spectr...
We present an analytical study of the Fermi–Pasta–Ulam (FPU) α– model with periodic boundary conditi...
The stability of the one-mode nonlinear solutions of the Fermi-Pasta-Ulam b system is numerically in...
Abstract: For FPU chains with large particle numbers, the formation of a packet of modes with geomet...
We consider a strongly repulsive two-component Fermi gas in a one-dimensional optical lattice descri...
The problem of a classical particle confined to bounce between two rigid walls, where one of them is...
Dynamic behaviors of a particle (or a bouncing ball) in a generalized Fermi-acceleration oscillator ...
Some consequences of dissipation are studied for a classical particle suffering inelastic collisions...
The effect of a localized time-dependent potential on a Fermi gas is discussed. A simple bosonlike m...
We reconsider the phenomenon of localization of energy in low frequency modes in the FPU system, exp...
We present a detailed analysis of the modulational instability of the zone-boundary mode for one and...
The phenomenon of Fermi acceleration is addressed for the problem of a classical and dissipative bou...
An experimental model of a modification of the Fermi acceleration problem is described. Evidence is ...
International audienceInstabilities are common phenomena frequently observed in nature, sometimes le...
We present an analytical study of the Fermi--Pasta--Ulam (FPU) $\alpha$--model with periodic boundar...
The Fermi-Pasta-Ulam model has been studied following the time evolution of the space Fourier spectr...
We present an analytical study of the Fermi–Pasta–Ulam (FPU) α– model with periodic boundary conditi...
The stability of the one-mode nonlinear solutions of the Fermi-Pasta-Ulam b system is numerically in...
Abstract: For FPU chains with large particle numbers, the formation of a packet of modes with geomet...
We consider a strongly repulsive two-component Fermi gas in a one-dimensional optical lattice descri...
The problem of a classical particle confined to bounce between two rigid walls, where one of them is...
Dynamic behaviors of a particle (or a bouncing ball) in a generalized Fermi-acceleration oscillator ...
Some consequences of dissipation are studied for a classical particle suffering inelastic collisions...
The effect of a localized time-dependent potential on a Fermi gas is discussed. A simple bosonlike m...
We reconsider the phenomenon of localization of energy in low frequency modes in the FPU system, exp...
We present a detailed analysis of the modulational instability of the zone-boundary mode for one and...
The phenomenon of Fermi acceleration is addressed for the problem of a classical and dissipative bou...