International audienceIn this paper, we investigate the frequency response of a 2D array of coupled pendulums under parametric excitation. We developed a computational model while considering the main source of nonlinearities. The nonlinear equations of motion are derived and solvedusing the Harmonic Balance Method (HBM) coupled with the Asymptotic Numerical Method (ANM). Numerical simulation are performed in the case of 3X3 array to investigate the effect of changing the coupling coefficients in the 2D direction and adding an imperfection on the collective dynamics of the array
Abstract: The authors study the dynamics of two oscillators coupled with quadratic nonlinearities in...
Two parametrically-induced phenomena are addressed in the context of a double pendulum subject to a ...
This work investigates the nonlinear behavior of a representative parametrically amplified macroscal...
International audienceIn this paper, we investigate the frequency response of a 2D array of coupled ...
International audienceIn order to investigate the collective nonlinear dynamics of an array of coupl...
International audienceThe collective dynamics of a chain of coupled pendulums is investigated under ...
International audienceThe collective dynamics of an array of periodic two dimensional (2D) coupled p...
International audienceThe collective dynamics of an array of periodic two dimensional (2D) coupled p...
International audienceThe collective nonlinear dynamics of electrostatically coupled microbeams unde...
International audienceThe collective nonlinear dynamics of a coupled array of nanocantilevers is inv...
This article analyses the dynamics of a resonantly excited single-degree-of-freedom linear system co...
International audienceThe collective nonlinear dynamics of a periodic structure of coupled pendulums...
The collective nonlinear dynamics of a coupled array of nanocantilevers is investigated while taking...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...
Abstract: The authors study the dynamics of two oscillators coupled with quadratic nonlinearities in...
Two parametrically-induced phenomena are addressed in the context of a double pendulum subject to a ...
This work investigates the nonlinear behavior of a representative parametrically amplified macroscal...
International audienceIn this paper, we investigate the frequency response of a 2D array of coupled ...
International audienceIn order to investigate the collective nonlinear dynamics of an array of coupl...
International audienceThe collective dynamics of a chain of coupled pendulums is investigated under ...
International audienceThe collective dynamics of an array of periodic two dimensional (2D) coupled p...
International audienceThe collective dynamics of an array of periodic two dimensional (2D) coupled p...
International audienceThe collective nonlinear dynamics of electrostatically coupled microbeams unde...
International audienceThe collective nonlinear dynamics of a coupled array of nanocantilevers is inv...
This article analyses the dynamics of a resonantly excited single-degree-of-freedom linear system co...
International audienceThe collective nonlinear dynamics of a periodic structure of coupled pendulums...
The collective nonlinear dynamics of a coupled array of nanocantilevers is investigated while taking...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...
Abstract: The authors study the dynamics of two oscillators coupled with quadratic nonlinearities in...
Two parametrically-induced phenomena are addressed in the context of a double pendulum subject to a ...
This work investigates the nonlinear behavior of a representative parametrically amplified macroscal...