物理冶金(一)

At the end of the course, students will be able to: ‧Explain basic metallurgical phenomena ‧Identify the compositions and properties of commercial alloys ‧Understand the principles of metal fabrication

Physics and Chemistry

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1. Attendance & answering questions: 15% 2. Homework: 15% 3. Mid-term exam & final exam: 35%/each (may be revised)

• Crystal Structure of Metals

  金屬的結構

  講授：

  2

• Introduction of Physical Metallurgy

  物理冶金簡介

  講授：

  1

• Analytical Methods

  分析方法

  講授：

  2

• Crystal Binding & Structure Defects

  鍵結與缺陷

  講授：

  1

• Point Defects & Dislocation

  點缺陷與差排

  講授：

  2

• Dislocations and Plastic Deformation

  差排與塑性變形

  講授：

  2

• Elements of Grain Boundaries

  晶界

  講授：

  2

• Vacancies

  空位

  講授：

  1

• Annealing

  退火

  講授：

  2

R. Abbaschian, R.E. Reed-Hill, Physical Metallurgy Principles - SI Version, Cengage Learning

地點

EF358

時間

Wednesday afternoon

聯絡方式

ChengYuWang@nycu.edu.tw