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Engineering Materials

Engineering Materials. Presented By: Brad L. Sandrock Professor CCAC-South Campus. The Learning Cycle. Exploration Dialog Application. Exploration. Discovery by student of basic concepts of new theory Instructor must lead and draw theory out

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Engineering Materials

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  1. Engineering Materials Presented By: Brad L. Sandrock Professor CCAC-South Campus

  2. The Learning Cycle • Exploration • Dialog • Application

  3. Exploration • Discovery by student of basic concepts of new theory • Instructor must lead and draw theory out • Not high priced equipment – some examles: paper clips, file, paper punch, wire, marshmallow,

  4. Dialog • What used to represent the lecture for a course • I use a flip chart, overhead, video clip, occasionally power point presentation • Lots of discussion • Not held in traditional lecture setting

  5. Application: • Just as implied - it is the application of the exploration and the developed theory • Brings concepts together • Still is very “hands on” • Much like the traditional lab activity

  6. Comments from Students; “…method teaches you problem solving skills…you work side by side in a team environment…this is the way that it works in the real world.”

  7. Comments from Students (2); “…the method combines theory with experimental work…it gives an in-depth understanding of the course…the course was more appreciated, exciting and worthwhile.”

  8. Comments from Students (3); “I enjoy the hands on activities. The exploration approach was used in hardness testing…I feel that this approach was an effective way of introducing a new topic.”

  9. Module #1: Physical Properties Physical Properties • Color • Density • Chemical properties • Electrical Properties • Thermal Properties

  10. Module #1: Physical Properties (2) Mechanical Properties • Hooke’s Law • Elasticity • Brittle and Ductile Materials • Compression Testing • Shear Testing • Torsion Testing

  11. Module #1: Physical Propeties (3) Mechanical Properties (Cont.) • Impact Testing • Hardness Testing • Fatigue Testing • Creep Testing

  12. Module #2:Material Structures • Atomic Structure • Atomic Bonding • Crystalline Structure of Metals • Metallic Grains

  13. Module #3: Types of Engineering Materials • Metals • Ferrous Metals • Non-Ferrous Metals • Non-Metals • Plastics • Polymers • Ceramics • Composites

  14. Module #4: Heat Treatment • Equilibrium Diagrams • Heat Treatment Heat-Quench-Temper • Metallography • Transformation Diagrams

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