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Engineering
Civil Engineering
Geotechnical Engineering
1. Introduction to Geotechnical Engineering
2. Fundamental Soil Properties and Phase Relationships
3. Soil Compaction
4. Water in Soil: Permeability and Seepage
5. Stresses in a Soil Mass
6. Soil Compressibility and Consolidation
7. Shear Strength of Soil
8. Subsurface Exploration and Site Investigation
9. Shallow Foundations
10. Deep Foundations
11. Earth Pressure and Retaining Structures
12. Slope Stability Analysis
13. Ground Improvement Techniques
14. Introduction to Rock Mechanics
15. Geotechnical Earthquake Engineering
Water in Soil: Permeability and Seepage
Principle of Effective Stress
Total Stress
Pore Water Pressure
Effective Stress
Importance of Effective Stress in Soil Behavior
Shear Strength
Compressibility
Volume Change
Permeability
Darcy's Law
Assumptions and Limitations
Application to Soil
Hydraulic Conductivity
Definition and Units
Typical Values for Different Soils
Factors Affecting Permeability
Soil Grain Size
Void Ratio
Soil Structure
Fluid Properties
Temperature
Laboratory Determination of Permeability
Constant-Head Test
Procedure and Calculations
Applicability
Falling-Head Test
Procedure and Calculations
Applicability
Field Determination of Permeability
Pumping Tests
Well Installation
Test Procedure
Data Interpretation
Infiltration Tests
Seepage Analysis
Flow Nets
Construction of Flow Nets
Use in Seepage Calculations
Boundary Conditions
Calculation of Seepage Quantity
Seepage through Earth Dams
Seepage under Sheet Piles
Uplift Pressure and Piping
Mechanisms of Uplift
Prevention of Piping
Critical Hydraulic Gradient
Calculation and Significance
Quick Condition
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3. Soil Compaction
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5. Stresses in a Soil Mass