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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
Site Investigation and Field Testing
Planning a Site Investigation Program
Objectives and Scope
Phases of Investigation
Data Collection
Data Management
Quality Control
Geological Mapping
Surface Mapping Techniques
Structural Mapping
Discontinuity Surveys
Scanline Surveys
Window Mapping
Core Drilling and Logging
Drilling Methods
Core Recovery
Rock Quality Designation
Core Logging Procedures
Identification of Discontinuities in Core
Core Photography
Core Storage
Geophysical Methods
Seismic Surveys
Refraction Methods
Reflection Methods
Crosshole Seismic
Resistivity Surveys
Ground Penetrating Radar
Electromagnetic Methods
Gravity Surveys
Magnetic Surveys
Applications and Limitations
In-Situ Testing
Plate Loading Test
Procedure
Interpretation
Borehole Jacking Test
Dilatometer Test
Shear Tests on Discontinuities
Pressuremeter Test
Permeability Tests
Lugeon Test
Packer Test
Stress Measurement Tests
Sampling and Sample Preservation
Sampling Techniques
Sample Quality
Preservation Methods
Chain of Custody
Data Interpretation and Reporting
Data Analysis
Statistical Methods
Report Preparation
Presentation of Results
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6. Fluid Flow in Rock Masses
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8. Analysis Methods in Rock Engineering