We present a simple cellular automata model to address the issue of aeolian ripple formation and evolution. Our simplified approach accounts for the basic physical mechanisms and enables to reproduce the observed phenomenology in the framework of a near-equilibrium statistical mechanics formulation.
A cellular automata model for ripple dynamics / L. SGUANCI; F. BAGNOLI; D. FANELLI. - STAMPA. - 4173:(2006), pp. 407-416. (Intervento presentato al convegno 7th International Conference on Cellular Automata, for Research and Industry, ACRI 2006 tenutosi a Perpignan, France nel September 20-23, 2006) [10.1007/11861201_48].
A cellular automata model for ripple dynamics
SGUANCI, LUCA;BAGNOLI, FRANCO;FANELLI, DUCCIO
2006
Abstract
We present a simple cellular automata model to address the issue of aeolian ripple formation and evolution. Our simplified approach accounts for the basic physical mechanisms and enables to reproduce the observed phenomenology in the framework of a near-equilibrium statistical mechanics formulation.
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