57:019:00B Mechanics of Deformable Bodies Home Page Spring 2009

• Course Syllabus

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• Class Note Templates
  • Period # 1. (January 21st); Course Overview & Equilibrium
  • Period # 2. (January 23rd); Stress Definitions
  • Period # 3. (January 26th); Average Shear Stress
  • Period # 4. (January 28th): Allowable Stress
  • Period # 5. (January 30th); Strain Definitions
  • Period # 6. (February 2nd); Stress-Strain Relations
  • Period # 7. (February 4th); Axial Load/Deformation
  • Period # 8. (February 6th); Axial L/D Indeterminate Members
  • Period # 9. (February 9th); Torsion of Axial Members
  • Period #10. (February 11th); Twisting of Torsional Members
  • Period #11. (February 13th); Indeterminate Torque-Loaded Members
  • Period #12. (February 16th); Shear and Bending Moment Diagrams
  • Period #13. (February 20th); More on Shear and Bending Moment Diagrams
  • Period #14. (February 23rd); Bending Kinematics & Flexure Formula
  • Period #15. (February 25th); Multi-Axial Bending
  • Period #16. (February 27th); Composite Beam Sections
  • Period #17. (March 2nd); Inelastic Bending
  • Period #18. (March 4th); Transverse Shear
  • Period #19. (March 6th); Shear Flow
  • Period #20. (March 9th); Stresses from Combined Loadings
  • Period #21. (March 11th); Plane stress transformations
  • Period #22. (March 23rd); Mohr's circle - Plane stress
  • Period #23. (March 25th); Mohr's circle - Triaxial Stress States and Absolute Max Shear Stress
  • Period #24. (March 27th); Plane strain transformations and Mohr's circle of Strain
  • Period #25. (March 30th); Strain rosettes and Hooke's Law
  • Period #26. (April 1st); Solving Problems Using Hooke's Law
  • Period #27. (April 3rd); Strength Design of Prismatic Beams
  • Period #28. (April 6th); Strength Design of Beams & Shafts
  • Period #29. (April 8th); Calculating Deflections & Rotations of Beams
  • Period #30. (April 13th); Singularity Functions to Solve Beam Problems
  • Period #31. (April 15th); Moment-Area Method of Solving Beam Problems
  • Period #32. (April 17th); Method of Superposition for Beams
  • Period #33. (April 20th); Analysis of Statically Indeterminate Beams
  • Period #34. (April 22nd); Indeterminate Beams by Superposition
  • Period #35. (April 24th); Buckling of Pinned Compression Members
  • Period #36. (April 27th); Buckling of Compression Members with Different Supports
  • Period #37. (April 29th); Strain Energy of Linear Elastic Systems
  • Period #38. (May 1st); Conservation of Energy and Displacement Computations
  • Period #39. (May 4th); Principle of Virtual Work and Displacement Computations
  • Period #40. (May 6th); Castigliano's Theorem with Applications
  • Period #41. (May 8th); Comprehensive Review

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• Exams
  • 2009 Exam #1 Solution
  • 2009 Exam #2 Solution
  • 2009 Exam #3 Solution
  • 2009 Final Exam Solution