Add to ORKGAbstract. Strongly nonlinear phononic crystals were assembled from stainless steel spheres. Single solitary waves and splitting of an initial pulse into a train of solitary waves were investigated in different viscous media using motor oil and non-aqueous glycerol to introduce a controlled viscous dissipation. Experimental results indicate that the presence of a viscous fluid dramatically altered the splitting of the initial pulse into a train of solitary waves. Numerical simulations qualitatively describe the observed phenomena only when a dissipative term based on the relative velocity between particles is introduced
International audienceThe existence of an oscillatory instability in the Bénard?Marangoni phenomenon...
The free interface separating an exterior, viscous fluid from an intrusive conduit of buoyant, less ...
We provide a quantitative characterization of dissipative effects in one-dimensional granular crysta...
Strongly nonlinear phononic crystals were assembled from stainless steel spheres. Single solitary wa...
Strongly nonlinear waves were investigated experimentally, numerically and ana- lytically in two-mas...
Three dimensional phononic crystal ("sonic vacuum" without prestress) was assembled from 137 vertica...
Through deliberate material and geometrical design of the internal structure, phononic crystals and ...
Strongly nonlinear phononic crystals were assembled from a chain of Parylene-C coated steel spheres ...
In the present work, the wave propagation in a viscoelastic phononic crystal rod with internal perio...
There has recently been a rising interest in the nonlinear wave transmission behavior of phononic cr...
The propagation of intense acoustic waves in a one-dimensional phononic crystal is studied. The medi...
Abstract. Three dimensional phononic crystal ("sonic vacuum" without prestress) was assemb...
The development of a general theoretical framework for describing the behaviour of a crystal driven ...
Authors of the article use analytical results for viscous dissipation in phononic crystals to calcul...
The propagation of small-but-finite-amplitude weakly-dispersive pressure pulses in a viscoelastic fl...
International audienceThe existence of an oscillatory instability in the Bénard?Marangoni phenomenon...
The free interface separating an exterior, viscous fluid from an intrusive conduit of buoyant, less ...
We provide a quantitative characterization of dissipative effects in one-dimensional granular crysta...
Strongly nonlinear phononic crystals were assembled from stainless steel spheres. Single solitary wa...
Strongly nonlinear waves were investigated experimentally, numerically and ana- lytically in two-mas...
Three dimensional phononic crystal ("sonic vacuum" without prestress) was assembled from 137 vertica...
Through deliberate material and geometrical design of the internal structure, phononic crystals and ...
Strongly nonlinear phononic crystals were assembled from a chain of Parylene-C coated steel spheres ...
In the present work, the wave propagation in a viscoelastic phononic crystal rod with internal perio...
There has recently been a rising interest in the nonlinear wave transmission behavior of phononic cr...
The propagation of intense acoustic waves in a one-dimensional phononic crystal is studied. The medi...
Abstract. Three dimensional phononic crystal ("sonic vacuum" without prestress) was assemb...
The development of a general theoretical framework for describing the behaviour of a crystal driven ...
Authors of the article use analytical results for viscous dissipation in phononic crystals to calcul...
The propagation of small-but-finite-amplitude weakly-dispersive pressure pulses in a viscoelastic fl...
International audienceThe existence of an oscillatory instability in the Bénard?Marangoni phenomenon...
The free interface separating an exterior, viscous fluid from an intrusive conduit of buoyant, less ...
We provide a quantitative characterization of dissipative effects in one-dimensional granular crysta...