Add to ORKGWe investigate experimentally and numerically the propagation of highly nonlinear signals in a branched two-dimensional granular system composed by chains of uniform spherical beads. The system consists of a Y-shaped guide with various branch angles in which stainless steel spheres are arranged. We study the dynamic behavior of a solitary pulse crossing the bifurcated interface, and splitting between the two branches. We report for the first time the dependence of the split pulses' speed on the branch angles. Numerical simulations based on Hertzian interaction between the particles are found in agreement with the experimental data
Highly ordered, close packed granular systems present a nonlinear dynamic behavior stemming from the...
We study the fundamental dynamic behavior of a special class of ordered granular systems in order to...
We studied the dynamic response of a twodimensional square packing of uncompressed stainless steel...
We investigate experimentally and numerically the propagation of highly nonlinear signals in a bran...
The propagation of highly nonlinear signals in a branched two-dimensional granular system was invest...
We study the propagation of highly nonlinear waves in a branched (Y-shaped) granular crystal compose...
We report the first experimental observation of highly nonlinear signals propagating in a two dimens...
We study the propagation of highly nonlinear wavesin a branched (Y-shaped) granular crystal composed...
Ordered arrays of granular particles (beads) have attracted considerable attention in recent years d...
We investigate the propagation of highly nonlinear solitary waves in heterogeneous, periodic granula...
We report the propagation of highly nonlinear solitary waves in heterogeneous, periodic granular med...
We use experiments, numerical simulations, and theoretical analysis to investigate the propagation o...
Highly ordered, close packed granular systems present a nonlinear dynamic behavior stemming from the...
We study the fundamental dynamic behavior of a special class of ordered granular systems in order to...
We studied the dynamic response of a twodimensional square packing of uncompressed stainless steel...
We investigate experimentally and numerically the propagation of highly nonlinear signals in a bran...
The propagation of highly nonlinear signals in a branched two-dimensional granular system was invest...
We study the propagation of highly nonlinear waves in a branched (Y-shaped) granular crystal compose...
We report the first experimental observation of highly nonlinear signals propagating in a two dimens...
We study the propagation of highly nonlinear wavesin a branched (Y-shaped) granular crystal composed...
Ordered arrays of granular particles (beads) have attracted considerable attention in recent years d...
We investigate the propagation of highly nonlinear solitary waves in heterogeneous, periodic granula...
We report the propagation of highly nonlinear solitary waves in heterogeneous, periodic granular med...
We use experiments, numerical simulations, and theoretical analysis to investigate the propagation o...
Highly ordered, close packed granular systems present a nonlinear dynamic behavior stemming from the...
We study the fundamental dynamic behavior of a special class of ordered granular systems in order to...
We studied the dynamic response of a twodimensional square packing of uncompressed stainless steel...