T72S01 (Strength of Materials) Tutorials Menu Page

The links to pdf's below provide the complete transcript of the presentation notes used in the tutorial sessions for T72S01. The first item is a summary of the topics covered broken down by session. The second listing provides the associated homework questions. Finally the third listing provides my answers to the homework questions. The latter will be unavailable at the start of each course and will be made available for each session's homework immediately after the subsequent session has been presented.

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• Tutorial Notes
  • T72S01 Course Syllabus
  • Which T72S01 Tutorial Sessions Address each K and S Question?
  • Session #1 Bending Stress (essential)
  • Session #2 Statically Determinate Beam Theory (essential)
  • Session #3 Statically Indeterminate Beam Theory (essential)
  • Session #4 Formulation of Continuuum Stress and Strain (essential)
  • Session #5 Equivalent Stresses and Mohrs Circles (essential)
  • Session #6 Maths (desirable)
  • Session #7 Formulation of the General Elasticity Problem (desirable)
  • Supplement to Session #7 Derivations in 2D Polars: Airy's Equation and Stresses in terms of the Airy Function
  • Session #8a Introduction to Plasticity (essential)
  • Session #8b Stress Invariants and Constraint (desirable)
  • Session #8c The Deviatoric Stress Plane (essential)
  • Session #8d Convexity, Normality, Flow Rules (essential)
  • Session #9 The Lower Bound Theorem of Plastic Collapse (essential)
  • Session #10 The Upper Bound Theorem of Plastic Collapse (desirable)
  • Session #11 Slip Line Field Theory (beyond SQEP requirements)
  • Session #12 Thermal Stresses (essential)
  • Session #12B Residual Stresses (essential)
  • Session #12C Failure Mechanisms (essential)
• Homeworks without Answers
  • Session #1 Bending Stress
  • Session #2 Statically Determinate Beam Theory
  • Session #3 Statically Indeterminate Beam Theory
  • Session #4 Formulation of Continuuum Stress and Strain
  • Session #5 Equivalent Stresses and Mohrs Circles
  • Session #6 Maths
  • Session #7 Formulation of the General Elasticity Problem
  • Session #8a Introduction to Plasticity
  • Session #8b Stress Invariants and Constraint
  • Session #8c The Deviatoric Stress Plane
  • Session #8d Convexity, Normality, Flow Rules
  • Session #9 The Lower Bound Theorem of Plastic Collapse
  • Session #10 The Upper Bound Theorem of Plastic Collapse
  • Session #11 Slip Line Field Theory
  • Session #12 Thermal Stresses
  • Session #12B Residual Stresses
  • Session #12C Failure Mechanisms
• Homeworks with Answers (hidden),
  • Session #1 Bending Stress
  • Session #2 Statically Determinate Beam Theory
  • Session #3 Statically Indeterminate Beam Theory
  • Session #4 Formulation of Continuuum Stress and Strain
  • Session #5 Equivalent Stresses and Mohrs Circles
  • Session #6 Maths
  • Session #7 Formulation of the General Elasticity Problem
  • Session #8a Introduction to Plasticity
  • Session #8b Stress Invariants and Constraint
  • Session #8c The Deviatoric Stress Plane
  • Session #8d Convexity, Normality, Flow Rules
  • Session #9 The Lower Bound Theorem of Plastic Collapse
  • Session #10 The Upper Bound Theorem of Plastic Collapse
  • Session #11 Slip Line Field Theory
  • Session #12 Thermal Stresses
  • Session #12B Residual Stresses
  • Session #12C Failure Mechanisms

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