About Course
This Soil Mechanics course intends to bridge the basic soil mechanics concepts with the advanced topics related to stresses and soil strength.
In the process, it will help to reinforce the understanding gained during undergraduate learning. It would help to alleviate any misconceptions related to the stress-strain response and strength behavior of soils. Not all the concepts explained in this course are advanced, but attempts to add clarity to the knowledge gained at the undergraduate level.
This course is ideal for the orientation of geotechnical engineering post-graduate students and final year undergraduate students to the higher realms of geomechanical characteristics of soils.
Course Content
Advanced Soil Mechanics
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Advanced Soil Mechanics [Intro video]
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Lec 13 : 3D to 2D idealization
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Lec 14 : Mathematical formulation plane stress plane strain
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Lec 15 : Mathematical formulation axisymmetric
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Lec 16 : Summary of Module 1
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Lec 17 : Basics of shear strength
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Lec 18 : Stress representation
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Lec 19 : Shear strength granular soil – I
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Lec 20 : Shear strength granular soil – II
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Lec 21 : Shear strength cohesive soil
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Lec 12 : Important constitutive relationship
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Lec 11 : Cause effect relationship
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Lec 10 : Strain in soils
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Lec 1 : Introduction to course content
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Lec 2 : Stress acting at a point- Cauchy stress
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Lec 3 : Stress acting at a point- Stress tensor
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Lec 4 : Stress acting on a plane
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Lec 5 : Stress acting on a plane example
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Lec 6 : Transformation of stress tensor
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Lec 7 : Stress invariants
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Lec 8 : Relationship between stress invariants
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Lec 9 : Principle stresses and Eigen vectors
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Lec 22 : Shear strength cohesive soil – Stress strain
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