재료거동학 (Mechanical Behavior of Materials)

MSE 113 (Office Hours Recordings)

아래의 강의들은

제가 2020년 가을학기에

University of California, Berkeley 에서

Teaching Assistant (TA) 로 활동하며

추가로 했던 영상들입니다.

 

아래의 과목들과

  • Mechanical Behavior of Materials
  • Fracture Mechanics
  • Solid Mechanics
  • Continuum Mechanics
  • Materials Science

연관이 있으며

다양한 문제를 통해

필수 이론들을 재미있게 배우실 수 있을 겁니다.

 

비록 영어로 되어있지만

충분히 이해하실 수 있을 거라 생각합니다.

 

열심히 공부하시길 바랍니다.

감사합니다!

Here are some lectures that I did in MSE 113 (The Mechanical Behavior of Engineering Materials) as a teaching assistant at University of California, Berkeley, in Fall 2020. 

You can experience a lots of examples with fundamental theories regarding below subjects.

  • Mechanical Behavior of Materials
  • Fracture Mechanics
  • Solid Mechanics
  • Continuum Mechanics
  • Materials Science

Hope these contents help you enjoy mechanics and find the beauty of physics.

[Lecture Titles & Notes]

  • 강의노트는 오른쪽 파일 버튼을 클릭하시면 다운로드하실 수 있습니다.
  • Please click the OH# button if you want to download the lecture notes.
  1. Bending of an Elastic Slender Beam (file: OH1)
  2. Mohr’s Circle (file: OH2)
  3. Plasticity (file: OH3)
  4. Mohr’s Circle (Q&A) (file: OH4)
  5. Yield Criteria (Tresca & von-Mises) (file:  OH5)
  6. Midterm 1 Review
  7. Theoretical Normal & Shear Stresses (file: OH7)
  8. Shear Stress to Bow a Dislocation (file: OH8)
  9. Slip Systems (FCC, BCC, HCP) (file: OH9)
  10. Predicting the Yielding of UHMWPE in a Die (file: OH10)
  11. Develop  Design Eq. for d = fn(Sy, SF, M, T) (file: OH11)
  12. (A Pipe with Close Ends) Determine the Principal Stresses and Maximum Shear Stress (file: OH12)
  13. Creep lifetime (P3 in HW#4) (file: OH13)
  14. Creep final dimension (P4 in HW#4) (file: OH14)
  15. Why Fracture Mechanics? (file: OH15-21)
  16. Stress Analysis of Crack (Stress Intensity Factor, K)
  17. Griffth Stress
  18. Kc: The Fracture Toughness
  19. Example: A Center-Cracked Plate
  20. Example: A Pressure Vessel with a Crack (SF)
  21. Example: A Spherical Vessel with a Crack (Leak-Before-Break)
  22. Plastic Zone Size (file: OH22-23)
  23. Example: Plastic Zone Size
  24. Fatigue of Engineering Materials (file: OH24-31)
  25. Total Life: The Basquine Equation
  26. Total Life: The Basquine Equation (Example)
  27. Total Life: The Goodman Relationship
  28. Total Life: The Goodman Relationship (Example)
  29. Total Life: The Miner’s Rule
  30. Total Life: The Miner’s Rule (Example)
  31. Total Life: Basquin+Goodman+Miner’s Rule (Example)
  32. Defect Tolerant Philosophy (file: OH32-34)
  33. Defect Tolerant Philosophy (Example 1)
  34. Defect Tolerant Philosophy (Example 2)
  35. Composite (Upper/Lower E) (file: OH35)