재료요소 설계

재료과학과 일반 공학설계 이론에서 배운 내용을 바탕으로 ‘재료와 공정 선택을 위한 심화 요소들’을 집중 교육한다.

1.	Introduction : materials - history and character	Materials, processes and choice, material properties, design-limiting properties
2.	Family trees : organising materials and processes	Getting materials organised, process-property interaction
3.	Strategic thinking : matching materials to design	The design process, materials and process informatiom for design
4.	Stiffness and weight : desnsity and elastic moduli	Dessity, stress, stran, and moduli, material property charts
5.	Flex, sag and wobble : stiffness-limited design	Standard solution to elastic problems, material indices for elastic design
6.	Beyond elasticity : plasticity yielding and ductility	Strength, plastic work and ductility, charts for yield strengh
7.	Fracture and fracture toughness	Strengh and toughness, material property charts for toughness
8.	Shake, rattle and roll : cyclic loading, damage and failure	Vibration and resonance, manipulating resistance to fatigue
9.	Rub, slither and seize : friction and wear	Tribological properties, the physics of fiction and wear
10.	Agitated atoms : materials and heat	Thermal properties, the physics of Thermal properties
11.	Conductorsm insulators and dielectrics	Using the electrical properties of materials
12.	Magnetic materials	Magnetic properties, materials selection for magnetic design
13.	Heat, beat, stick and polish : manufacturing processes	Process attributes : material compatibility
14.	Follow the recipe : processing and properties	Microstructure of materials, metals processing