This class covers material processes with material properties taken into account. Material processes to be studied are casting, bulk-deformation, sheet-metal-forming, polymer-processing, machining andfinishing, and joining processes. Advanced machining processes such as MEMS and laser machining are also discussed. After completion of this class, students should know what material and process to use for the production of a certain product.

Physics, Solid Mechanics, 기계재료학

2 Exams (90% = 45 45); Homework (10%)

(DeGarmo’s) Materials & Processes in Manufacturing, Tenth edition, J.T.Black and R.A. Kohser

Week 1 : Course introduction;
Chap. 10. Fundamentals of metal casting
Week 2 : Chap. 11. Metal-casting processes and equipment;
Chap. 12. Metal casting: Design, materials, and economics
Week 3 : Chap. 13. Metal-rolling processes and equipment;
Week 4 : Chap. 14. Metal-forging processes and equipment;
Week 5 : Chap. 15. Metal extrusion and drawing processes and equipment
Week 6 : Chap. 16. Sheet-metal forming processes and equipment
Week 7 : Chap. 17. Powder-metal processing and equipment;
Chap. 18. Ceramics, glasses, and superconductors: Processing and equipment
Week 8 : Chap. 19. Plastics and composite materials: Forming and Shaping
Mid-term exam (Wed)
Week 9 : Chap. 20. Rapid-prototyping processes and operations
Week 10: Chap. 21. Fundamentals of machining
Week 11 : Chap. 22. Cutting-tool materials and cutting fluids
Week 12 : Chap. 23. Machining processes: Turning and hole making
Week 13 : Chap. 24. Machining processes: Milling, broaching, sawing, filing,and gear manufacturing;
Chap. 25. Machining centers, machine-tool structures, and machining economics
Week 14 : Chap. 26. Abrasive machining and finishing operations
Week 15 : Chap. 27. Advanced machining processes
Week 16 : Final exam (Wed)

Welcome to the class on MECH330, Materials Processing.
For this course, we will have in-person classes in room 011 (Engineering Building 5) on Mondays and Wednesdays at 11 am.