Slides for 3.11

  1. Modern Materials Science and Engineering
  2. Helicopter rotor blades
  3. Form vs. function in design
  4. Flywheel design
  5. Strength vs. density - Ashby plot
  6. Efficiency of materials
  7. Elongation of constant-stress column (Maple solution)
  8. Periodic table/melting points
  9. Periodic table/Young's modulus
  10. Tungsten - theory
  11. Silicate glass
  12. Zirconium tungstate
  13. Compressive force in heated tapered rod
  14. Polydimethyl siloxane analysis
  15. Tensile testing
  16. Truss matrix assembly
  17. Pressure vessel creep
  18. Anisotropic compliance relations
  19. Using Maple to plot singularity functions
  20. Maple solution for principal stress in 4-point bending
  21. Maple solution for statically indeterminate beam
  22. Foamcore panel
  23. Stresses around a circular hole
  24. Cathedrals & photoelasticity
  25. FElt solution for circular hole
  26. Galerkin weighted residual method
  27. Structural metal alloys
  28. Edge dislocation - Numerical simulation
  29. Edge dislocation - solution from stress function
  30. Iron-carbon phase diagram
  31. Steel microstructures
  32. Statistics
  33. Creep-rupture lifetimes
  34. Titanic rivet failure
  35. S.S. Schenectady failure
  36. Fatigue fracture surfaces