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Earth and Atmospheric Sciences
Earth's Structure and Processes
Engineering Geology
1. Introduction to Engineering Geology
2. Fundamental Geological Principles
3. Mineralogy for Engineering Applications
4. Petrology for Engineering Applications
5. Structural Geology
6. Geomorphology and Surface Processes
7. Soil Mechanics Fundamentals
8. Rock Mechanics Fundamentals
9. Site Investigation and Characterization
10. Groundwater in Engineering
11. Geologic Hazards and Risk Assessment
12. Engineering Applications
13. Ground Improvement Techniques
Geomorphology and Surface Processes
Weathering Processes
Physical Weathering
Frost Action
Salt Crystallization
Thermal Expansion
Unloading
Chemical Weathering
Oxidation
Hydrolysis
Carbonation
Solution
Biological Weathering
Root Wedging
Biochemical Processes
Weathering Profiles
Soil Horizons
Saprolite Development
Erosion and Deposition
Erosional Agents
Water
Wind
Ice
Gravity
Sediment Transport Mechanisms
Depositional Environments
Terrestrial
Marine
Transitional
Fluvial Processes
River Morphology
Channel Geometry
Longitudinal Profiles
Channel Patterns
Straight Channels
Meandering Channels
Braided Channels
Floodplains and Terraces
River Erosion and Deposition
Glacial Processes
Glacier Types
Alpine Glaciers
Continental Ice Sheets
Glacial Erosion
Plucking
Abrasion
Glacial Deposition
Till
Outwash
Glacial Landforms
Aeolian Processes
Wind Erosion Mechanisms
Deflation
Abrasion
Dune Formation
Dune Types
Barchan Dunes
Longitudinal Dunes
Star Dunes
Loess Deposits
Coastal Processes
Wave Action
Wave Generation
Wave Refraction
Wave Diffraction
Coastal Erosion
Coastal Landforms
Beaches
Cliffs
Estuaries
Tidal Processes
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7. Soil Mechanics Fundamentals