Geotechnical Engineering - Vol 2
Engineering · 20 chapters · 155 sections · about 92 hours
Chapters
20 chapters · 155 sections- 1CONSOLIDATION7 sections
- 2Terzaghi’s Spring Mass Analogy3 sections
- 3Compression of Fine Grained Soil10 sections
- 4Terzaghi’s 1D Consolidation Equation7 sections
- 5Compressibility Properties6 sections
- 6Preconsolidation Pressure6 sections
- 7Determination of coefficient of consolidation (Cv) from laboratory data10 sections
- 8Square-root – time curve fitting method9 sections
- 9Settlement Calculations4 sections
- 10Shear Strength Of Soil12 sections
- 11Factors Influencing Shear Strength6 sections
- 12Direct Shear Test4 sections
- 13Triaxial Tests10 sections
- 14Unconfined Compression Test6 sections
- 15Vane Shear Test6 sections
- 16Stabilization Of Soil13 sections
- 17Chemical Modification or Stabilization6 sections
- 18Lime Stabilization10 sections
- 19Cement Stabilization10 sections
- 20Grouting10 sections
About this course
Geotechnical engineering is a specialized field of civil engineering focused on the behavior of earth materials (soil and rock) and their application in infrastructure projects. It involves understanding how these materials respond to loads, water, and other environmental factors to ensure the stability and safety of structures built on or within the ground.