International audienceAvalanche predetermination is a multivariate extreme statistical problem. For engineering, design values and return periods are often used in a questionable manner. The aim of this work is to propose a rigorous framework coupling numerical modelling and field data. The different information and uncertainty sources are brought together and quantified using hierarchical Bayesian modelling schemes. MCMC simulations are used to perform the on site calibration of a complex numerical avalanche model. In the predictive phase, return period is defined as a one-to-one mapping of the runout distance. This allows evaluating all reference scenarios corresponding to the chosen design values. Finally, as soon as hazard consequences ...
Specification of expected runout distances and related return periods are the first and most importa...
This paper presents a novel approach to assessing the hazard threat to a locale due to a large volca...
AbstractAvalanches threaten mountainous regions, and probabilistic long term hazard evaluation is a ...
For snow avalanches, passive defense structures are generally designed by considering high return pe...
We propose a methodology to determine the effects of an avalanche. This methodology evaluates the av...
AbstractThe present work addresses the urgent demand for methods of quantifying the uncertainties in...
While performing statistical dynamical simulations for avalanche predetermination, a propagation mod...
Inspiré des approches statistiques-topographiques dites "norvégiennes" et des travaux d'Ancey et Meu...
Snow avalanche is a natural hazard defined as a snow mass in fast motion. Since the thirties, scient...
International audienceA crucial step for proposing relevant long-term mitigation measures in long te...
La quantification du risque avalanche à long terme dans un but de zonage et d'optimisation des moyen...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGEInternational audienceIn snow avalanche long-term forecas...
La prédétermination de la hauteur de départ des avalanches représente un défi majeur pour l'évaluati...
International audiencePhysically-based avalanche propagation models must still be locally calibrated...
Concrete gravity dams are critical infrastructures for communities to meet the basic human needs as ...
Specification of expected runout distances and related return periods are the first and most importa...
This paper presents a novel approach to assessing the hazard threat to a locale due to a large volca...
AbstractAvalanches threaten mountainous regions, and probabilistic long term hazard evaluation is a ...
For snow avalanches, passive defense structures are generally designed by considering high return pe...
We propose a methodology to determine the effects of an avalanche. This methodology evaluates the av...
AbstractThe present work addresses the urgent demand for methods of quantifying the uncertainties in...
While performing statistical dynamical simulations for avalanche predetermination, a propagation mod...
Inspiré des approches statistiques-topographiques dites "norvégiennes" et des travaux d'Ancey et Meu...
Snow avalanche is a natural hazard defined as a snow mass in fast motion. Since the thirties, scient...
International audienceA crucial step for proposing relevant long-term mitigation measures in long te...
La quantification du risque avalanche à long terme dans un but de zonage et d'optimisation des moyen...
[Departement_IRSTEA]Eaux [TR1_IRSTEA]RIVAGEInternational audienceIn snow avalanche long-term forecas...
La prédétermination de la hauteur de départ des avalanches représente un défi majeur pour l'évaluati...
International audiencePhysically-based avalanche propagation models must still be locally calibrated...
Concrete gravity dams are critical infrastructures for communities to meet the basic human needs as ...
Specification of expected runout distances and related return periods are the first and most importa...
This paper presents a novel approach to assessing the hazard threat to a locale due to a large volca...
AbstractAvalanches threaten mountainous regions, and probabilistic long term hazard evaluation is a ...