1. Topic 3 Load Analysis Topic 1 Applied Elasticity Topic 2 Material Selection PART I. INTRO TO MACHINE COMPONENT DESIGN Rank-Order DataAshby Charts Principal StressesState of StrainState of StressPrincipal StrainsLinear Elastic Stress Strain Relationship Newton’s LawsSystem of UnitsLoads EigenvalueMohr’s Circle

2. Topic 4 Beam Theory Topic 5 Load Deflection Methods PART II. BEAM DESIGN Exact Deflection/Slope Profile Castigliano’s Second Theorem Effective Springs Area, First-Second Moments of Area Elementary Beam Theory Flexural Stress Shear and Moment Diagram Shear Stresses State of Stress at Critical Locations Stress Concentration Factors

3. Topic 7 Failure Theories for Static Loading PART III. FAILURE THEORIES Topic 6 Uncertainties in Design Chapter 6 Topic 8 Failure Theories for Dynamic Loading Failure of Brittle and Ductlie Materials Stability of Beam-Columns Fracture Mechanics Uncertain Factors Safety Factor and Margin of Safety Reliability Natural Frequency Impact Dynamic Fatigue