CHAPT 4. DISTRIBUTION OF STRESSES
1. Introduction
2. Stress Conditions at a Point
3. Stresses Beneath Structures and Embankments
4. Shallow Pipes and Conduits
5. Deep Underground Openings
6. Numerical Stress Analysis
CHAPT 5. ANALYSIS OF SETTLEMENT AND VOLUME EXPANSION
1. Introduction
2. Analysis of Stress Conditions
3. Instantaneous Settlement
4. Primary and Secondary Settlements
5. Tolerable and Differential Settlement
6. Methods of Reducing or Accelerating Settlement
7. Analysis of Volume Expansion
CHAPT 6. SEEPAGE AND DRAINAGE
1. Introduction
2. Seepage Analysis
3. Seepage Control by Cutoff
4. Design of Drainage Blanket and Filters
5. Wellpoint Systems and Deep Wells
6. Linings for Reservoirs and Pollution Control Facilities
7. Erosion Control
CHAPT 7. SLOPE STABILITY AND PROTECTION
1. Introduction
2. Types of Failures
3. Methods of Analysis
4. Effects of Soil Parameters and Groundwater on Stability
5. Slope Stabilization
6. Slope Protection
4CHAPT 3. LABORATORY TESTING
1. Introduction
2. Index Properties Tests
3. Permeability Tests
4. Consolidation Tests
5. Shear Strength Tests
6. Dynamic Testing
7. Tests on Compacted Soils
8. Tests on Rock
CHAPT 4. DISTRIBUTION OF STRESSES
1. Introduction
2. Stress Conditions at a Point
3. Stresses Beneath Structures and Embankments
4. Shallow Pipes and Conduits
5. Deep Underground Openings
6. Numerical Stress Analysis
CHAPT 5. ANALYSIS OF SETTLEMENT AND VOLUME EXPANSION
1. Introduction
2. Analysis of Stress Conditions
3. Instantaneous Settlement
4. Primary and Secondary Settlements
5. Tolerable and Differential Settlement
6. Methods of Reducing or Accelerating Settlement
7. Analysis of Volume Expansion
CHAPT 6. SEEPAGE AND DRAINAGE
1. Introduction
2. Seepage Analysis
3. Seepage Control by Cutoff
4. Design of Drainage Blanket and Filters
5. Wellpoint Systems and Deep Wells
6. Linings for Reservoirs and Pollution Control Facilities
7. Erosion Control
Air