International audienceIn order to investigate the collective nonlinear dynamics of an array of coupled pendulums under simultaneous external and parametric excitations, a computational model is developed while considering the main sources of nonlinearities. The equations of motion are solved using the harmonic balance method (HBM) coupled with the asymptotic numerical method (ANM). Numerical simulations are performed in the case of two coupled pendulums in order to investigate the complexity of the frequency responses in terms of bifurcation topologies and energy transfer
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...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...
International audienceIn order to investigate the collective nonlinear dynamics of an array of coupl...
International audienceIn this paper, we investigate the frequency response of a 2D array of coupled ...
International audienceIn this paper, we investigate the frequency response of a 2D array of coupled ...
International audienceThe collective dynamics of a chain of coupled pendulums is investigated under ...
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 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 dynamics of an array of periodic two dimensional (2D) coupled p...
International audienceThe collective nonlinear dynamics of a periodic structure of coupled pendulums...
International audienceThe collective nonlinear dynamics of a periodic structure of coupled pendulums...
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...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...
International audienceIn order to investigate the collective nonlinear dynamics of an array of coupl...
International audienceIn this paper, we investigate the frequency response of a 2D array of coupled ...
International audienceIn this paper, we investigate the frequency response of a 2D array of coupled ...
International audienceThe collective dynamics of a chain of coupled pendulums is investigated under ...
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 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 dynamics of an array of periodic two dimensional (2D) coupled p...
International audienceThe collective nonlinear dynamics of a periodic structure of coupled pendulums...
International audienceThe collective nonlinear dynamics of a periodic structure of coupled pendulums...
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...
International audienceIn order to ensure more realistic design of nonlinear periodic structures, the...