index - RiskInstitute@UGA

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

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