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

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