Add to ORKGPoudres et Grains 2011We report on different experimental behaviours of granular dissipative matter excited by vibration as studied during the 43rd ESA campaign of Airbus A300-0g from CNES. The effect of g-jitter is quantified through the generation of a rattle effect. The French-European team's electromagnetic set-up is used, with 20Hz cam recording and high speed camera for a short duration (1s) during each parabola
Experiments on non interacting balls in a vibrated box are reported. In a first experiment with an e...
A new experimental facility has been designed and constructed to study driven granular media in a lo...
Strongly driven granular media are known to undergo a transition from a gas-like to a cluster regime...
Poudres et Grains 2011We report on different experimental behaviours of granular dissipative matter ...
A new experimental facility has been designed and constructed to study driven granular media in a lo...
We investigate the collective dissipative behavior of a model granular material (steel beads) when s...
Experiments on non interacting balls in a vibrated box are reported. In a first experiment with an e...
A new experimental facility has been designed and constructed to study driven granular media in a lo...
Strongly driven granular media are known to undergo a transition from a gas-like to a cluster regime...
Poudres et Grains 2011We report on different experimental behaviours of granular dissipative matter ...
A new experimental facility has been designed and constructed to study driven granular media in a lo...
We investigate the collective dissipative behavior of a model granular material (steel beads) when s...
Experiments on non interacting balls in a vibrated box are reported. In a first experiment with an e...
A new experimental facility has been designed and constructed to study driven granular media in a lo...
Strongly driven granular media are known to undergo a transition from a gas-like to a cluster regime...