CAs coastal dynamics is a very complex system, computer simulation is a valid approach to plan real action. During SIGIEC Project a new Macroscopic Cellular Automata was designed i.e. RUSICA for morphodynamics studies of the beaches. MCA methodology, used for investigating natural macroscopic systems, is an alternative approach to PDE. Through local interactions of their constituent parts MCA operating on different specification levels to be compared to experimental data. Simulation allowed to study the dynamics and modified orography with artificial solutions for erosion contrast as at Porto Cesareo (Apulia Italy). Results of simulations of different scenarios of stormy sea in that area here are given together with evidence of effect of artificial barrier built in order to contrast the coastal erosion progress.
A CA model for beach morphodynamics
Calidonna Claudia R;De Pino Mariafrancesca;Di Gregorio Salvatore;Gullace Francesco;Gullì Daniel;Lupiano Valeria
2016
Abstract
CAs coastal dynamics is a very complex system, computer simulation is a valid approach to plan real action. During SIGIEC Project a new Macroscopic Cellular Automata was designed i.e. RUSICA for morphodynamics studies of the beaches. MCA methodology, used for investigating natural macroscopic systems, is an alternative approach to PDE. Through local interactions of their constituent parts MCA operating on different specification levels to be compared to experimental data. Simulation allowed to study the dynamics and modified orography with artificial solutions for erosion contrast as at Porto Cesareo (Apulia Italy). Results of simulations of different scenarios of stormy sea in that area here are given together with evidence of effect of artificial barrier built in order to contrast the coastal erosion progress.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
