Useful Links
Engineering
Civil Engineering
Rock Mechanics and Engineering
1. Introduction to Rock Mechanics and Engineering
2. Fundamental Properties of Intact Rock
3. Rock Mass Characterization
4. Stress and Strain in Rock
5. Mechanical Behavior and Failure of Rock
6. Fluid Flow in Rock Masses
7. Site Investigation and Field Testing
8. Analysis Methods in Rock Engineering
9. Rock Engineering for Tunnels and Underground Excavations
10. Rock Slope Engineering
11. Foundations on Rock
12. Rock Mechanics in Mining
13. Rock Mechanics for Dams and Reservoirs
14. Rock Blasting and Excavation
15. Advanced Topics in Rock Mechanics
Stress and Strain in Rock
Concept of Stress
Normal Stress
Shear Stress
Stress Components
Stress Tensors
Principal Stresses
Stress Invariants
Concept of Strain
Strain Components
Volumetric Strain
Shear Strain
Strain Measurement
Strain Tensors
Stress-Strain Relationships
Stress-Strain Curves
Elastic Behavior
Plastic Behavior
Brittle Response
Ductile Response
Constitutive Models
In-Situ Stresses
Sources of In-Situ Stress
Gravitational Stress
Tectonic Stress
Residual Stress
Thermal Stress
Measurement of In-Situ Stress
Overcoring Methods
Hydraulic Fracturing
Flat Jack Methods
Slot Methods
Stress Orientation
Stress Magnitude
Stress Ratios
Induced Stresses
Stress Redistribution due to Excavation
Stress Concentration around Openings
Influence of Excavation Shape
Influence of Excavation Orientation
Stress Path
Loading History
Deformation of Rock
Elastic Deformation
Plastic Deformation
Time-Dependent Deformation
Creep Behavior
Anisotropic Deformation
Fracture Initiation
Crack Propagation
Previous
3. Rock Mass Characterization
Go to top
Next
5. Mechanical Behavior and Failure of Rock