Rock Mechanics for Underground Mining
Rock Mechanics for Underground Mining is a fundamental subject in mining engineering that deals with the behavior of rock masses under the stresses induced by underground excavations.
It applies principles of mechanics to ensure safe and efficient mine design, ground control, and stability of excavations such as tunnels, shafts, stopes, and pillars.
Key topics typically include:
- Stress and strain in rock masses
- Rock mass classification systems (RMR, Q-system, GSI)
- Strength and failure criteria (Hoek-Brown, Mohr-Coulomb)
- Design of underground openings and support systems
- Ground response to mining (subsidence, rockbursts, etc.)
- In-situ stress measurement and numerical modeling
A classic reference for this topic is the book Rock Mechanics: For Underground Mining by B.H.G. Brady and E.T. Brown (latest editions available), which covers engineering principles, rock properties, excavation design, and practical mining applications in depth.
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