Engineering Geology 2022 Scheme notes VTU University 3rd SEM Civil Engineering notes, 2022 scheme Notes, study materials, question paper

Engineering Geology 2022 Scheme notes VTU University 3rd SEM Civil Engineering | BCV303 notes

BCV303-Engineering Geology 2022 Scheme notes

VTU University notes on 3rd SEM Civil Engineering 2022 scheme notes 2024. Study materials and previous year question papers on easenotes 2024.

Scheme & Syllabus Copy of Engineering Geology 2022 Scheme notes

Engineering Geology 2022 Scheme BCV303 notes


MODULE 1: Introduction to Earth Science in Engineering

  • Introduction to Earth Science and its Scope in Engineering
  • Earth’s Internal Structure and Composition
  • Internal Dynamics and Plate Tectonics
  • Earthquakes:
    • Types
    • Causes
    • So-seismic Lines
    • Seismic Zonation
    • Seismic-Proof Structures
  • Volcanic Eruptions:
    • Types
    • Causes
  • Landslides:
    • Causes
    • Types
    • Preventive Measures
  • Tsunamis:
    • Causes
    • Consequences
    • Mitigation
  • Cyclones:
    • Causes
    • Management

MODULE 2: Earth Materials in Construction

  • Minerals:
    • Industrial, Rock-forming, and Ore Minerals
    • Physical Properties and Composition
  • Rocks:
    • Types
    • Structure/Texture
    • Mineral Composition and Occurrence
    • Properties
  • Uses of Rocks:
    • Decorative (Facing/Polishing)
    • Railway Ballast
    • Rocks for Masonry Work
    • Monumental/Architectural Purposes
  • Dressing of Stones
  • Requirements for Good Building Stones

MODULE 3: Earth Surface Processes and Resources

  • Weathering:
    • Types and Causes
  • Soil:
    • In-situ and Drifted Soil
    • Soil Profile and Soil Mineralogy
    • Structure and Types of Soil
    • Black Cotton Soil vs. Lateritic Soil
  • Effects of Weathering on Monumental Rocks
  • Soil Horizons and Soil Classification by Grain Size

MODULE 4: Surface and Subsurface Investigation for Deep Foundations

  • Dip and Strike, Outcrop Problems (Numerical Problems, Geometrical/Simple Trigonometry-Based)
  • Borehole Data and Problems
  • Geological Structures:
    • Faults
    • Folds
    • Unconformity
    • Joints (Types, Recognition, and Significance)
  • Application in Civil Engineering Projects:
    • Tunnel Projects
    • Dam Projects
    • Reservoir Sites

MODULE 5: Modern Tools and Geophysical Methods

  • Rocks as Aquifers:
    • Water-Bearing Properties of Igneous, Sedimentary, and Metamorphic Rocks
    • Coefficient of Permeability and Factors Affecting Permeability
  • Geophysical Methods:
    • Electrical Resistivity Meter
    • Depth of Water Table (Numerical Problems)
    • Seismic Studies