Due to growing urbanization of mountainous areas, rock falls constitute a growing danger for people and facilities. The evaluation of their occurrence probability (hazard), which is mainly based on the expert judgment, is then subjective and qualitative. The scope of the present work is to contribute to the quantification of rock fall hazard, using both local (geomechanical) and regional (historical and geodynamical) approaches.Du fait de l'urbanisation croissante des zones de montagne, les éboulements rocheux représentent un risque de plus en plus important pour les personnes et les infrastructures. L'évaluation de leur probabilité d'occurrence (aléa), qui s'appuie essentiellement sur l'expérience et le jugement des experts, est relativeme...
The present dissertation proposes to study uncertainties in rockfall hazard assessment process, on t...
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
Due to growing urbanization of mountainous areas, rock falls constitute a growing danger for people ...
International audienceRockfall events represent a major hazard in mountainous areas endangering huma...
International audienceRockfall events represent a major hazard in mountainous areas endangering huma...
International audienceRockfall events represent a major hazard in mountainous areas endangering huma...
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
The present dissertation proposes to study uncertainties in rockfall hazard assessment process, on t...
The present dissertation proposes to study uncertainties in rockfall hazard assessment process, on t...
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
Due to growing urbanization of mountainous areas, rock falls constitute a growing danger for people ...
International audienceRockfall events represent a major hazard in mountainous areas endangering huma...
International audienceRockfall events represent a major hazard in mountainous areas endangering huma...
International audienceRockfall events represent a major hazard in mountainous areas endangering huma...
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
National audienceThe general methodology for landslide risk management can be applied to rock falls....
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
The present dissertation proposes to study uncertainties in rockfall hazard assessment process, on t...
The present dissertation proposes to study uncertainties in rockfall hazard assessment process, on t...
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...
[Departement_IRSTEA]Eaux [Departement_IRSTEA]TerritoiresInternational audienceThe rockfall phenomeno...