S17: Modelling and simulation of dangerous phenomena, and innovative techniques for hazard evaluation, mapping, mitigation
Page: Main.S17 - Last Modified : Mon, 30 Jun 08
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(:title S17: Modelling and simulation of dangerous phenomena, and innovative techniques
for hazard evaluation, mapping, mitigation:)
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for hazard evaluation, mapping, mitigation :)
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for hazard evaluation, mapping, mitigation:)
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(:title S17: Modelling and simulation of dangerous phenomena, and innovative techniques
for hazard evaluation, mapping, mitigation :)
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Giulio Iovine, Institute of research for hydro-geological defense (IRPI), CNR, Italy (contact:
g.iovine@irpi.cnr.it)
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- Innovative hazard/risk evaluation and mapping techniques
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- Innovative hazard/risk evaluation and mapping techniques
\\
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Dangerous natural/man-made phenomena
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- Dangerous natural/man-made phenomena
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Innovative hazard/risk evaluation and mapping techniques
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- Innovative hazard/risk evaluation and mapping techniques
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Prediction of triggering and of development of dangerous phenomena
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- Prediction of triggering and of development of dangerous phenomena
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New approaches of model calibration, validation, sensitivity analyses, and application
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- New approaches of model calibration, validation, sensitivity analyses, and application
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Comparison among different approaches of modelling and simulation for hazard mapping
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- Comparison among different approaches of modelling and simulation for hazard mapping
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dangerous natural/man-made phenomena
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Dangerous natural/man-made phenomena
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innovative hazard/risk evaluation and mapping techniques
prediction of triggering and of development of dangerous phenomena
new approaches of model calibration, validation, sensitivity analyses, and application
comparison among different approaches of modelling and simulation for hazard mapping
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Innovative hazard/risk evaluation and mapping techniques
Prediction of triggering and of development of dangerous phenomena
New approaches of model calibration, validation, sensitivity analyses, and application
Comparison among different approaches of modelling and simulation for hazard mapping
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\\innovative hazard/risk evaluation and mapping techniques
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innovative hazard/risk evaluation and mapping techniques
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innovative hazard/risk evaluation and mapping techniques
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\\innovative hazard/risk evaluation and mapping techniques
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Description
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dangerous natural/man-made phenomena
innovative hazard/risk evaluation and mapping techniques
prediction of triggering and of development of dangerous phenomena
new approaches of model calibration, validation, sensitivity analyses, and application
comparison among different approaches of modelling and simulation for hazard mapping
Description
Several types of dangerous phenomena (either natural or man-made) pose serious risk in many parts of the world. A fundamental task in hazard evaluation includes the prediction of the area influenced by the hazardous phenomenon, of its evolution in space and time, and the understanding of triggering mechanisms. This section mainly focuses on theoretical and numerical researches, especially those supported by computer-assisted techniques of computation. Different approaches might be taken: some mainly focus on the problem of time-sequential movements, by using either physical-based or empirical methods of analysis, others includes attempts to predict the evolution of a given natural phenomenon. Studies concerning innovative methods of modelling and simulation for hazard prevention purposes are welcome. Contributions on new techniques of simulation, case studies, and novel methods of model calibration and validation, as well as on sensitivity analyses are solicited. Comparative discussions on potential and limits of different modelling approaches are also within the scope of this session.
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