Soil Mechanics and Environmental Engineering

Engineering

2024-01-19

Lessons List

Advanced Soil Mechanics Intro video

Lec 1 Introduction to course content

Lec 2 Stress acting at a point Cauchy stress

Lec 3 Stress acting at a point Stress tensor

Lec 4 Stress acting on a plane

Lec 5 Stress acting on a plane example

Lec 6 Transformation of stress tensor

Lec 7 Stress invariants

Lec 8 Relationship between stress invariants

Lec 9 Principle stresses and Eigen vectors

Lec 10 Strain in soils

Lec 11 Cause effect relationship

Lec 12 Important constitutive relationship

Lec 13 3D to 2D idealization

Lec 14 Mathematical formulation plane stress plane strain

Lec 15 Mathematical formulation axisymmetric

Lec 16 Summary of Module 1

Lec 17 Basics of shear strength

Lec 18 Stress representation

Lec 19 Shear strength granular soil I

Lec 20 Shear strength granular soil II

Lec 21 Shear strength cohesive soil

Lec 22 Shear strength cohesive soil Stress strain

Lec 23 Pore water pressure and Skemptons equation

Lec 24 Overall pore water pressure parameter

Lec 25 Pore water pressure plane strain effect of sampling

Lec 26 Pore water pressure estimation

Lec 27 Triaxial test

Lec 28 Interpretation triaxial test UU UCS

Lec 29 Interpretation triaxial test CU

Lec 30 Interpretation triaxial test CD

Lec 31 Some additional aspects of shear strength

Lec 32 Summary of Module 2

Lec 33 Stress path and representation

Lec 34 Failure line in stress path

Lec 35 Stress path some common cases

Lec 36 Stress path some common cases

Lec 37 Stress path triaxial test drained

Lec 38 Stress path triaxial test undrained

Lec 39 Stress path additional undrained case

Lec 40 Stress path field cases I

Lec 41 Stress path field cases II

Lec 42 Stress path problems

Lec 43 Summary of Module 3

Lec 44 Introduction critical state soil mechanics

Lec 45 Introduction critical state soil mechanics

Lec 46 CSSM 2 D representation

Lec 47 Peak state

Lec 48 Soil yielding

Lec 49 Cam clay

Lec 50 Modified Cam clay

Lec 51 Prediction of soil behavior from MCCM 1

Lec 52 Prediction of soil behavior from MCCM 2

Lec 53 Strain from MCCM

Lec 54 State boundary surface

Lec 55 CSSM problems

Lec 56 Summary of Module 4

Lec 57 Closure of Advanced Soil Mechanics Course

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Soil Mechanics course in hindi, in this course Explore the behavior and properties of soils, including compaction, stability, and their role in geotechnical engineering.

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Soil Mechanics and Environmental Engineering

Engineering

Advanced Soil Mechanics Intro video

Lec 1 Introduction to course content

Lec 2 Stress acting at a point Cauchy stress

Lec 3 Stress acting at a point Stress tensor

Lec 4 Stress acting on a plane

Lec 5 Stress acting on a plane example

Lec 6 Transformation of stress tensor

Lec 7 Stress invariants

Lec 8 Relationship between stress invariants

Lec 9 Principle stresses and Eigen vectors

Lec 10 Strain in soils

Lec 11 Cause effect relationship

Lec 12 Important constitutive relationship

Lec 13 3D to 2D idealization

Lec 14 Mathematical formulation plane stress plane strain

Lec 15 Mathematical formulation axisymmetric

Lec 16 Summary of Module 1

Lec 17 Basics of shear strength

Lec 18 Stress representation

Lec 19 Shear strength granular soil I

Lec 20 Shear strength granular soil II

Lec 21 Shear strength cohesive soil

Lec 22 Shear strength cohesive soil Stress strain

Lec 23 Pore water pressure and Skemptons equation

Lec 24 Overall pore water pressure parameter

Lec 25 Pore water pressure plane strain effect of sampling

Lec 26 Pore water pressure estimation

Lec 27 Triaxial test

Lec 28 Interpretation triaxial test UU UCS

Lec 29 Interpretation triaxial test CU

Lec 30 Interpretation triaxial test CD

Lec 31 Some additional aspects of shear strength

Lec 32 Summary of Module 2

Lec 33 Stress path and representation

Lec 34 Failure line in stress path

Lec 35 Stress path some common cases

Lec 36 Stress path some common cases

Lec 37 Stress path triaxial test drained

Lec 38 Stress path triaxial test undrained

Lec 39 Stress path additional undrained case

Lec 40 Stress path field cases I

Lec 41 Stress path field cases II

Lec 42 Stress path problems

Lec 43 Summary of Module 3

Lec 44 Introduction critical state soil mechanics

Lec 45 Introduction critical state soil mechanics

Lec 46 CSSM 2 D representation

Lec 47 Peak state

Lec 48 Soil yielding

Lec 49 Cam clay

Lec 50 Modified Cam clay

Lec 51 Prediction of soil behavior from MCCM 1

Lec 52 Prediction of soil behavior from MCCM 2

Lec 53 Strain from MCCM

Lec 54 State boundary surface

Lec 55 CSSM problems

Lec 56 Summary of Module 4

Lec 57 Closure of Advanced Soil Mechanics Course

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