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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
Rock Engineering for Tunnels and Underground Excavations
Design Principles for Underground Openings
Shape Considerations
Size Considerations
Depth Effects
Overburden Effects
Orientation Effects
Stability Analysis of Underground Openings
Failure Modes in Tunnels
Stress Redistribution
Convergence
Ground Response Curves
Support Interaction
Ground-Structure Interaction
Load Transfer Mechanisms
Deformation Compatibility
Support Stiffness
Ground Stiffness
Excavation Methods
Drill and Blast Method
Blasting Patterns
Vibration Control
Damage Control
Tunnel Boring Machine
Machine Types
Performance Factors
Ground Conditions
Sequential Excavation Method
NATM Principles
Excavation Sequences
Monitoring Requirements
Support and Reinforcement Systems
Rockbolts
Types of Rockbolts
Installation Methods
Load Transfer
Cable Bolts
Installation
Shotcrete
Application Techniques
Fiber Reinforcement
Quality Control
Steel Sets
Steel Arches
Concrete Linings
Precast Linings
Grouting for Support
Monitoring and Instrumentation
Convergence Measurement
Stress Gauges
Strain Gauges
Piezometers
Load Cells
Instrumentation Data Interpretation
Trigger Values
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8. Analysis Methods in Rock Engineering
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10. Rock Slope Engineering