Natural disasters such as earthquakes, floods, and landslides pose a significant threat to Canadians. Managing these natural phenomena requires analyses aimed at forecasting their likelihood and quantifying their adverse impacts. Dr. Ali A. Saeidi, Canada Research Chair in Forecasting and Prevention of Risks Related to Hydrogeotechnical Hazards, is developing analytical tools for risk management and decision-making related to these phenomena. Saeidi and his research team characterize the likelihood of such catastrophic events and are developing methods for estimating infrastructure vulnerability and predicting damage through probabilistic approaches.
Studies of rock erosion mechanisms downstream of spillways through large-scale experimental simulations
Development of a damage simulator for assessing the vulnerability of electrical equipment to seismic risk in the Saguenay Lac-Saint-Jean region
Determining the effects of structural context, degree of metamorphism, and depth on the occurrence of ground strikes-the case of the Westwood mine
Retro analysis of collapses to better assess the stability of future mine sites in operation
Geotechnical and geomorphological analyses of landslide risks and proposing Saint-Jean-Vianney as a UNESCO-recognized GeoRisk site
possibility of having the Saint-Jean-Vianney site recognized
Development of a damage simulator for seismic risk assessment