Mostrando 8 resultados de: 8
Publisher
Geosciences (Switzerland)(2)
ACM International Conference Proceeding Series(1)
Journal of Computational Science(1)
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics)(1)
Natural Computing(1)
A First Simulation of the Impact upon the Hidroagoyán Dam Due to Lahars Triggered by an 1877-Type Cotopaxi Eruption in Ecuador
ArticleAbstract: We forecast the impact that the lahars triggered on the summit of the Cotopaxi volcano in Ecuador woPalabras claves:cellular automata, Cotopaxi Volcano, Hidroagoyán Dam, lahar risk, Modelling and SimulationAutores:Chidichimo F., Gregorio S.D., Lupiano V., Paolo Catelan, Straface S.Fuentes:scopusA cellular model for secondary lahars and simulation of cases in the Vascún Valley, Ecuador
ArticleAbstract: Cellular Automata (CA) represent a computational paradigm for simulating complex fluid-dynamical phePalabras claves:cellular automata, LAHAR, modelling, Natural hazard, Simulation, TungurahuaAutores:Avolio M.V., Di Gregorio S., Guillermo Machado Sotomayor, Gullace F., Lupiano V.Fuentes:googlescopusA preliminary cellular model for secondary lahars and simulation of 2005 case of vascún Valley, Ecuador
ArticleAbstract: Lahars represent one of the most destructive natural disasters as number of casualties in the world.Palabras claves:cellular automata, LAHAR, modelling, Natural hazard, SimulationAutores:Avolio M.V., Di Gregorio S., Guillermo Machado Sotomayor, Lupiano V.Fuentes:googlescopusFrom examination of natural events to a proposal for risk mitigation of lahars by a cellular-automata methodology: A case study for Vascún valley, Ecuador
ArticleAbstract: Lahars are erosive floods, mixtures of water and pyroclastic detritus, known for being the biggest ePalabras claves:Autores:Calidonna C.R., Chidichimo F., Crisci G.M., Di Gregorio S., Guillermo Machado Sotomayor, Lorena Molina-Valdiviezo, Lupiano V., Paolo Catelan, Straface S.Fuentes:scopusLLUNPIY preliminary extension for simulating primary lahars application to the 1877 cataclysmic event of Cotopaxi volcano
Conference ObjectAbstract: Cotopaxi volcano is one of the most studied and surveyed volcanos in the world because the repetitioPalabras claves:cellular automata, Cotopaxi, Lahars, LLUNPIY, modelling, Natural hazard, SimulationAutores:Crisci G.M., Di Gregorio S., Guillermo Machado Sotomayor, Lupiano V.Fuentes:googlescopusLLUNPIY simulations of the 1877 northward catastrophic lahars of cotopaxi volcano (ecuador) for a contribution to forecasting the hazards
ArticleAbstract: LLUNPIY (lahar modeling by local rules based on an underlying pick of yoked processes, from the QuecPalabras claves:cellular automata, Cotopaxi, Lahars, Modeling and simulation, Natural hazards, volcanic eruptionsAutores:Calidonna C.R., Chidichimo F., Crisci G.M., Di Gregorio S., Lupiano V., Paolo Catelan, Rago V., Straface S.Fuentes:scopusSimulations of flow-like landslides invading urban areas: a cellular automata approach with SCIDDICA
ArticleAbstract: Different methodologies are used for modelling flow-like landslides. A common critical point concernPalabras claves:cellular automata, debris flow, Giampilieri Superiore, Modelling and Simulation, Natural hazard, SCIDDICAAutores:Crisci G.M., Di Gregorio S., Guillermo Machado Sotomayor, Lorena Molina-Valdiviezo, Lupiano V.Fuentes:googlescopusRevisiting the 1877 cataclysmic lahars of cotopaxi volcano by a cellular automata model and implications for future events
Conference ObjectAbstract: Simulations1 of natural hazards by computer is a powerful tool to be used for mitigation of environmPalabras claves:cellular automata, Cotopaxi, Lahars, LLUNPIY, Modelling and Simulation, Natural hazardAutores:Gregorio S.D., Guillermo Machado Sotomayor, Lupiano V.Fuentes:googlescopus