Learn · Stress and Strain Issues in Structural Geology
Lecture 35 of 60Week 7
Lecture 35: Second Rank Tensors and Stress Issues - I
Prof. Soumyajit Mukherjee · IIT Bombay
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- Stress and Strain Issues in Structural Geology, IIT Bombay (at NPTEL)
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All the lectures
- Lecture 1: Doming and Diapirism
- Lecture 2: Isostasy - I
- Lecture 3: Isostasy - II
- Lecture 4: Ghyben-Herzberg law, Hydrostatic & Deviatoric stresses and strains
- Lecture 5: Resolution of stress as vectors
- Lecture 6: Addition and resolution of Stress (& Force) - I
- Lecture 7: Addition and resolution of Stress (& Force) - II
- Lecture 8: Addition and resolution of Stress (& Force) - III
- Lecture 9: Addition and resolution of Stress (& Force) - IV
- Lecture 10: Principle of centrifuge analogue modeling
- Lecture 11: Stress Issue: Mohr circle I
- Lecture 12: Stress Issue: Mohr circle II
- Lecture 13: Stress Issue: Mohr circle III
- Lecture 14: Stress Issue: Mohr circle IV
- Lecture 15: Strain parameters: Definitions and Calculations I
- Lecture 16: Finding out areas of irregular geometries.
- Lecture 17: Elementary strain analysis-I
- Lecture 18: Elementary strain analysis-II
- Lecture 19: Stress-strain behavior of rocks-I
- Lecture 20: Stress-strain behavior of rocks-II
- Lecture 21: Stress and strain behaviour of rocks- III
- Lecture 22: Ductile simple shear zone kinematics-I
- Lecture 23: Ductile simple shear zone kinematics-II
- Lecture 24: Ductile simple shear zone kinematics-III
- Lecture 25: Ductile simple shear zone kinematics-IV
- Lecture 26: Ductile simple shear zone kinematics - V
- Lecture 27: Ductile simple shear zone kinematics - VI
- Lecture 28: Ductile simple shear zone kinematics - VII
- Lecture 29: Ductile simple shear zone kinematics - VIII
- Lecture 30: Ductile pure shear zone kinematics
- Lecture 31: Ductile pure shear zone kinematics & Taylor-Couette flow.
- Lecture 32: Taylor-Couette flow.
- Lecture 33: Introduction to Second rank tensors - I
- Lecture 34: Introduction to Second rank tensors - II
- Lecture 35: Second Rank Tensors and Stress Issues - I
- Lecture 36: Second Rank Tensors & Stress Issues - II
- Lecture 37: Second Rank Tensors & Stress Issues - III
- Lecture 38: Cauchy stress tetrahedron
- Lecture 39: Stress invariants
- Lecture 40: Stress and Strain invariants, Hooke’s Law for isotropic materials under triaxial stress regime - I
- Lecture 41: Hooke’s law- isotropic materials under triaxial stress regime II, generalised statement for Hooke’s law.
- Lecture 42: Triaxial stress applied on materials with thermal effects.
- Lecture 43: How stress can alter permeability, double dot product and applications.
- Lecture 44: Relation between deviatoric stress and deviatoric strain; Von Mises stress & deformation gradient.
- Lecture 45: General definition of 3D strain, application of Jacobian matrix.
- Lecture 46: Application of Jacobian matrix and its decomposition, nonhomogeneous deformation, special kinds of stress and strain tensors.
- Lecture 47: Rotation and translation - changes in coordinates
- Lecture 48: Principles of 1g analogue modeling - I
- Lecture 49: Principles of 1g analogue modeling - II
- Lecture 50: Principles of 1g analogue modeling - III
- Lecture 51: Anderson's theory of faulting
- Lecture 52: Stereoplot of principal stress axes - I
- Lecture 53: Stereoplot of principal stress axes - II
- Lecture 54: Stereoplot of principal stress axes - III
- Lecture 55: Deduction of principal stress axes orientation from fault data
- Lecture 56: Elementary stress problems dealing with stereonet-I
- Lecture 57: Elementary stress problems dealing with stereonet-II
- Lecture 58: Poroelasticity I
- Lecture 59: Poroelasticity II, stereonet problem
- Lecture 60: Poroelasticity III