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Soil Rock Geology Engineer Training Course
A practical guide to Soil & Rock Mechanics, learn the skills using this seven-volume set of 1100 pages
THE COURSE
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Soil and Rock Mechanics Training Course
Training Manual Vol 1 - Soil Mechanics (379 pages)
Chapter 1 - Identification ID Classification of Soil and Rock
Chapter 2 - Field Exploration, Testing, and Instrumentation
Chapter 3 - Laboratory Testing
Chapter 4 - Distribution of Stresses
Chapter 5 - Analysis of Settlement and Volume Expansion
Chapter 6 - Seepage and Drainage
Chapter 7 - Slope Stability and Protection
Appendices
Training Manual Vol 2 - Checklist & Guidelines for Review of Geotechincal Reports
and Preliminary Plans and Specifications (42 pages)
Chapter 1 - Site Investigation Information
Chapter 2 - Centerline Cuts and Embarkments
Chapter 3 - Embarkments Over Soft Ground
Chapter 4 - Landslide Corrections
Chapter 5 - Retaining Structures
Chapter 6 - Structure Foundations - Spread Footings
Chapter 7 - Structure Foundations - Driven Piles
Chapter 8 - Structure Foundations - Drilled Shafts
Chapter 9 - Ground Improvement Techniques
Chapter 10 - Materials Sites
Chapter 11 - General
Chapter 12 - Centerline Cuts and Embankments
Chapter 13 - Embankments Over Soft Ground
Chapter 14 - Landslide Corrections
Chapter 15 - Retaining Structures
Chapter 16 - Structure Foundations - Spread Footings
Chapter 17 - Structure Foundations - Driven Piles
Chapter 18 - Drilled Shafts
Chapter 19 - Ground Improvement Techniques
Chapter 20 - Material Sites
Training Manual Vol 3 - Critical State Soil Mechanics (226 pages)
Chapter 1 - Basic Concepts
Chapter 2 - Stresses, Strains, Elasticity, and Plasticity
Chapter 3 - Seepage
Chapter 4 - One-dimensional Consolidation
Chapter 5 - Granta-gravel
Chapter 6 - Cam-clay and the Critical State Concept
Chapter 7 - Interpretation of Data from Axial Tests on Saturated Clays
Chapter 8 - Coulombs Failure Equation and the Choice of Strength Parameters
Chapter 9 - Two-dimensional Fields of Limiting Stress
Chapter 10 - Conclusion
Appendices
Training Manual Vol 4 - Engineering Use of Geotextiles (58 pages)
Chapter 1 - Introduction
Chapter 2 - Geotextiles in Pavement Applications
Chapter 3 - Filtration and Drainage
Chapter 4 - Geotextile Reinforced Embankment on Soft Foundation
Chapter 5 - Railroad Track Construction and Rehabilitation
Chapter 6 - Erosion and Sediment Control
Chapter 7 - Reinforced Soil WallsV
Training Manual Vol 5 - Evaluation of Engineering Parameters (265 pages)
Chapter 1 - Introduction
Chapter 2 - Literature Review
Chapter 3 - Constitutive Modeling
Chapter 4 - Laboratory and Field Testing
Chapter 5 - Finite Element Simulations
Chapter 6 - Wall Prediction
Chapter 7 - Footing Prediction
Chapter 8 - Conclusion
Appendices
Training Manual Vol 6 - Use of Geogrids in Pavement Construction (28 pages)
Chapter 1 - Introduction
Chapter 2 - Geosynthetic Applicability Assessment for Aggregate-Surfaced Pavements
Chapter 3 - Reinforced Flexible Pavement Design
Chapter 4 - Asphalt Concrete (AC) Overlay Reinforcement
Chapter 5 - Life Cycle Cost Analysis
Chapter 6 - Constuction of Geosynthetic-Reinforced Pavements
Appendices
Training Manual Vol 7 - Dynamic Compaction (106 pages)
Chapter 1 - Introduction
Chapter 2 - Preliminary Evaluation
Chapter 3 - Design Considerations
Chapter 4 - Contracting Procedures
Chapter 5 - Construction Monitoring
Chapter 6 - Adjustments During Dynamic Compaction
Chapter 7 - Case Histories and Design Examples
References
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