Our research focus
Fault mechanics, architecture and induced seismicity
Under this framework, our group explore various aspects that influence the formation, evolution, and behavior of geological faults, ranging from triggering factors to analysis of sliding mechanisms. This line of research is fundamental for understanding fault-related mining and seismic risks such as rockbursts, and other geotechnical phenomena that occurs in complex geological environments. By improving our comprehension of these processes, we are contributing to the development of preventive and mitigation strategies, ultimately enhancing mine production efficiency.
Deep Mining Geomechanics
As mining operations delve deeper to access valuable mineral resources, understanding rock behavior under high-stress conditions becomes crucial. Our research integrates geology, rock mechanics, and engineering to ensure the safety and efficiency of deep mining activities. We study the stress-strain relationships of rock masses to predict their deformation and failure mechanisms, such as fracturing, faulting, and rockbursts. Additionally, we analyze and mitigate geotechnical hazards like rockbursts to ensure the stability of underground structures.
Mine Project Design and Climate Change
Our laboratory also focuses on the effects of climate change on mining operations and vice versa. Climate change significantly impacts mining by altering environmental conditions. Extreme weather events like floods, droughts, and heatwaves can disrupt operations, damage infrastructure, and increase production costs. We know the mining industry must adapt. Additionally, there is growing pressure to adopt sustainable practices and reduce the carbon footprint, including shifting to cleaner energy sources and innovative technologies to reduce greenhouse gas emissions.
