- To investigate the mechanical behavior of rock masses and the analytical methodologies employed to characterize their governing parameters. - To develop an understanding of rock mass mechanics through theoretical frameworks and practical applications, with the aim of assessing their structural conditions. - To evaluate the stability and permeability of rock masses. - To examine the practical implications in geo-engineering, particularly in the exploration and exploitation of mineral resources, hydrocarbons, groundwater reserves, geological gas storage (CO₂, methane, hydrogen), and geothermal energy.
Course Prerequisites
Knowledge of geology fundamentals(e.g., Earth's composition, rock classification, structural geology)
Teaching Methods
The course is structured with classroom lectures, complemented by several hours in the computer lab and field excursions to become familiar with data analysis and interpretation tools (survey techniques and data analysis/management software).
Assessment Methods
The in-depth assessment will be conducted through an oral exam, during which both theoretical and practical knowledge will be evaluated
Texts
- Fundamentals of Rock Mechanics of John Conrad Jaeger, Neville G. W. Cook, Robert Zimmerman ISBN: 978-0-632-05759-7
Contents
1. Physical-mechanical fundamentals of deformation 2. Brief introduction on ductile deformations, shear zones and microstructures 3. Fracture mechanics 4. Failure criterion - coulomb Griffith 5. Fracturing and faulting (and associated permeability) 6. Tectonic structures from outcrop to planetary scale 7. Field and laboratory techniques of rock mechanics
