The aim of the Grenoble Risk Institute is to federate and energize local research in risk sciences and training, and to strengthen the Université Grenoble Alpes position and visibility in this field, in conjunction with its network of partners. To this end, the institute is positioned as :

A one-stop shop and a label for local researchers on the theme, for example to build joint responses to calls for projects (ANR, Europe...).

An interface for networking local researchers with the national and international levels, as well as with a wide network of institutional, operational and private partners. In the short and medium term (2022-2030), the Risk Institute will act as a local contact within the Programme et Equipements Prioritaires de Recherche (PEPR) Integrated Risks Management (IRiMa) for the UGA, which is co-sponsoring this PEPR.

 

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Keywords

Beirut Parameter estimation Agent-based model Base de données State estimation Continuous degradation process Aménagement du territoire Badlands Sustainability Africa Natural hazard Applications de traçage Dimension reduction Lebanon Complex system Agenda 2030 Risque sismique Wiener process COVID-19 Energy Building test Calcareous French Alps Wave propagation Conditional reliability Snow Chute de blocs Calibration Risque naturel Agent-Based modeling 2030 Agenda Avalanches deposit Rockfall Avalanche forecasting Snow avalanches Reliability Active faults Checkdams Construal level theory Avalanches Analyse trajectographique Coastal flooding Degradation modeling Approche interdisciplinaire Bedload transport monitoring Benchmark Aléa de propagation Bistatic interferometry Construction parasismique Alpes françaises Automatic detection Aluminum electrolysis BoP market Condition-based maintenance Altération Partial Least Squares Changements environnementaux Accelerated degradation tests Maintenance decision-making Calculative scripts Comportements humains Seismic risk Confidence density Avalanche Copulas Collapse Approches pragmatistes Bayesian interface Ali Tur Bedload pulses Analyse quantitative du risque Check dams Bivariate degradation Renewable energy Extended sliding-consolidation model Sentinel-1 Quantitative risk analysis ALS Concrete structures Rock glacier Chutes de blocs Cost Imperfect maintenance Active rock glaciers Block propagation models Non-linear inverse regression Architecture moderne Complex models Construction en pierre seche Color space Kalman filter Snow avalanche Aléa sismique Aléa et risque rocheux Air leakage Aide à la décision Adjoint method Swiss Alps Site effects Block deposits Climate change