The MAGFLOW cellular automata model was able to fairly accurately reproduce the time of the lava flow advance during the 2006 Etna eruption leading to very plausible flow predictions. MAGFLOW is intended for use in emergency response situations during an eruption to quickly forecast the lava flow path over some time interval from the immediate future to a long-time forecast. Major discrepancies between the observed and simulated paths occurred in the early phase of the 2006 eruption due to an underestimation of the initial flow rate, and at the time of the overlapping with the 2004-2005 lava flow. Very good representations of the areas likely to be inundated by lava flows were obtained when we adopt a time-varying effusion rate and include...
Techniques capable of measuring lava discharge rates during an eruption are important for hazard pre...
We demonstrated how infrared satellite data can be used to drive numerical simulations of lava flow ...
The individuation of areas that are more likely to be affected by new events in volcanic regions is ...
The MAGFLOW cellular automata model was able to fairly accurately reproduce the time of the lava fl...
The MAGFLOW model for lava-flow simulations is based on the cellular automaton (CA) approach, and ...
The 2D Cellular Automata model, MAGFLOW, simulates lava flows and an algorithm based on the Monte Ca...
The 2D Cellular Automata model, MAGFLOW, simulates lava flows and an algorithm based on the Monte Ca...
Lava flows represent a challenge for physically based modeling, since the mechanical properties of l...
This report presents a retrospective methodology to validate a long-term hazard map related to lava-...
Lava flows represent a challenge for physically based modeling, since the mechanical properties of l...
This report presents a retrospective methodology to validate a long-term hazard map related to lava-...
Modeling lava flows through Cellular Automata methods enables a computationally inexpensive means to...
MAGFLOW is a physics-based numerical model for lava flow simulations based on the Cellular Automaton...
Lava flow models have been created to forecast the behavior of lava in order to assess their hazard ...
The 2D Cellular Automata model, MAGFLOW, simulates lava flows and an algorithm based on the Monte Ca...
Techniques capable of measuring lava discharge rates during an eruption are important for hazard pre...
We demonstrated how infrared satellite data can be used to drive numerical simulations of lava flow ...
The individuation of areas that are more likely to be affected by new events in volcanic regions is ...
The MAGFLOW cellular automata model was able to fairly accurately reproduce the time of the lava fl...
The MAGFLOW model for lava-flow simulations is based on the cellular automaton (CA) approach, and ...
The 2D Cellular Automata model, MAGFLOW, simulates lava flows and an algorithm based on the Monte Ca...
The 2D Cellular Automata model, MAGFLOW, simulates lava flows and an algorithm based on the Monte Ca...
Lava flows represent a challenge for physically based modeling, since the mechanical properties of l...
This report presents a retrospective methodology to validate a long-term hazard map related to lava-...
Lava flows represent a challenge for physically based modeling, since the mechanical properties of l...
This report presents a retrospective methodology to validate a long-term hazard map related to lava-...
Modeling lava flows through Cellular Automata methods enables a computationally inexpensive means to...
MAGFLOW is a physics-based numerical model for lava flow simulations based on the Cellular Automaton...
Lava flow models have been created to forecast the behavior of lava in order to assess their hazard ...
The 2D Cellular Automata model, MAGFLOW, simulates lava flows and an algorithm based on the Monte Ca...
Techniques capable of measuring lava discharge rates during an eruption are important for hazard pre...
We demonstrated how infrared satellite data can be used to drive numerical simulations of lava flow ...
The individuation of areas that are more likely to be affected by new events in volcanic regions is ...