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  • Engineering Fracture Mechanics

Engineering Fracture Mechanics

Curriculum

  • 1 Section
  • 40 Lessons
  • 10 Weeks
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  • Engineering Fracture Mechanics
    40
    • 2.1
      EFM Course Outline
    • 2.2
      Spectacular Failures Part 1
    • 2.3
      Spectacular Failures Part 2
    • 2.4
      LEFM & EPFM
    • 2.5
      Fracture Mechanics is Holistic
    • 2.6
      Fatigue Crack Growth Model
    • 2.7
      Crack Growth & Fracture Mechanisms
    • 2.8
      Elastic Strain Energy
    • 2.9
      Energy Release Rate
    • 2.10
      Utility of Energy Release Rate
    • 2.11
      Pop-in Phenomenon
    • 2.12
      Displacement & Stress Formulations
    • 2.13
      Forms of Stress Functions
    • 2.14
      Airy’s Stress Function for Mode
    • 2.15
      Westergaard Solution of Stress Field for Mode
    • 2.16
      Displacement Field for Mode
    • 2.17
      Relation Between KI & GI
    • 2.18
      Stress Field in Mode-II
    • 2.19
      Generalised Westergaard Approach
    • 2.20
      William’s Eigen Function Approach
    • 2.21
      Multi-parameter Stress Field Equations
    • 2.22
      Validation of Multi-Parameter Field Equations
    • 2.23
      Discussion Session-I
    • 2.24
      Evaluation of SIF for Various Geometries
    • 2.25
      SIF for Embedded Cracks
    • 2.26
      SIF for Surface Cracks
    • 2.27
      Modeling of Plastic Deformation
    • 2.28
      Irwin’s Model
    • 2.29
      Dugdale Model
    • 2.30
      Fracture Toughness Testing
    • 2.31
      Plane Strain Fracture Toughness Testing
    • 2.32
      Plane Stress Fracture Toughness Testing
    • 2.33
      Paris Law & Sigmoidal Curve
    • 2.34
      Crack Closure
    • 2.35
      Crack Growth Models
    • 2.36
      J-Integral
    • 2.37
      HRR Field & CTOD
    • 2.38
      FAD & Mixed Mode Fracture
    • 2.39
      Crack Arrest & Repair Methodologies
    • 2.40
      Discussion Session – II
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Crack Growth Models
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HRR Field & CTOD
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