Metal Materials - 108 Academic Year

金屬材料 - 108學年度

本課程是由 國立陽明交通大學材料科學與工程學系 提供。

The Intended learning objectives (ILOs) are
(1) to develop students’ understanding of the applications, the fundamental mechanical behavior,
and the thermodynamics of the metals;
(2) to inspire the students thinking, there will be groups for in-class quizzes using Zuvio;
(3) there will be reading assignments for students to prepare for their in-class discussion;
(4) the class will be recorded for students’ review ;
(5) to assess students’ performance, there will be two types of the evaluation:
   (5-1) exams for individual learning review and
   (5-2) literature review for students’ group learning, which is also the major outcome that this class wants to build students’ literature reading for their advanced study.

The central point of this course is to provide a physical basis that links the structure of metals with their properties. With this understanding in hand, the concepts of alloy applications and microstructural engineering are also discussed, linking processing and thermodynamics to the structure and properties of metals. The focus of the metal materials is the fundamental of phase transformations in metals and alloys.


課程用書:

Main textbook:

 1. Dieter, George E. Jr. Mechanical Metallurgy., 3rd ed. CreateSpace Independent Publishing Platform, 2014.
 2. David A. Porter (Author), Kenneth E. Easterling (Contributor), Mohamed Sherif (Contributor). Phase Transformations in Metals and Alloys., 3rd ed. Routledge, 2009.


Supplementary information from:

 Michael F. Ashby. Materials Selection in Mechanical Design., 5th ed. Butterworth-Heinemann, 2017.

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授課教師 材料科學與工程學系 黃爾文老師
課程學分 3學分
授課年度 108學年度
授課對象 大學部
預備知識 材料導論, 物理冶金
課程提供 課程影音   課程綱要   課程行事曆  

週次課程內容課程影音課程下載
機械設計的材料選用1
材料設計
線上觀看MP4下載
機械設計的材料選用2
材料指標
線上觀看MP4下載
機械冶金學 - 1
彈性(Elasticity)
線上觀看MP4下載
機械冶金學 - 1
彈性(Elasticity) - 彈性行為的方向性
線上觀看MP4下載
機械冶金學 - 1
彈性(Elasticity) - 應變轉換應力
線上觀看MP4下載
機械冶金學 - 1
彈性(Elasticity) - 複合材料的概念
線上觀看MP4下載
機械冶金學 - 2
塑性(Plasticity)
線上觀看MP4下載
機械冶金學 - 2
塑性(Plasticity) - 真實應力與應變
線上觀看MP4下載
機械冶金學 - 2
塑性(Plasticity) - 溫度與應變速率效應
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機械冶金學 - 2
塑性(Plasticity) - 位錯差排理論
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機械冶金學 - 5
強化機制
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機械冶金學 - 5
強化機制 - 四大強化機制
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機械冶金學 - 8
潛變
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相變化 - 1
熱力學及相圖
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相變化 - 1
熱力學及相圖 - 平衡與穩定態
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相變化 - 1
熱力學及相圖
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相變化 - 1
二元系統
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相變化 - 1
二元系統 - 理想溶液
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相變化 - 1
二元系統 - 異質系統
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相變化 - 1
二元系統 - 空孔與動力學
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相變化 - 2
擴散
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相變化 - 2
擴散 - 原子移動性
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相變化 - 3
介面及微結構
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相變化 - 3
介面及微結構 - 固體中的邊界與介面
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課程回顧
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課程目標

The Intended learning objectives (ILOs) are
(1) to develop students’ understanding of the applications, the fundamental mechanical behavior, and the thermodynamics of the metals;
(2) to inspire the students thinking, there will be groups for in-class quizzes using Zuvio;
(3) there will be reading assignments for students to prepare for their in-class discussion;
(4) the class will be recorded for students’ review ;
(5) to assess students’ performance, there will be two types of the evaluation:
(5-1) exams for individual learning review and
(5-2) literature review for students’ group learning, which is also the major outcome that this class wants to build students’ literature reading for their advanced study.


The central point of this course is to provide a physical basis that links the structure of metals with their properties. With this understanding in hand, the concepts of alloy applications and microstructural engineering are also discussed, linking processing and thermodynamics to the structure and properties of metals. The focus of the metal materials is the fundamental of phase transformations in metals and alloys.

 

課程書目

Main textbook:
1. Dieter, George E. Jr. Mechanical Metallurgy., 3rd ed. CreateSpace Independent Publishing Platform, 2014.
2. David A. Porter (Author), Kenneth E. Easterling (Contributor), Mohamed Sherif (Contributor). Phase Transformations in Metals and Alloys., 3rd ed. Routledge, 2009.


Supplementary information from:
Michael F. Ashby. Materials Selection in Mechanical Design., 5th ed. Butterworth-Heinemann, 2017.

 

評分標準

項目百分比
Midterm Report20%
Final Report20%
Midterm exam15%
Final exam10%

本課程行事曆提供課程進度與考試資訊參考。

學期週次
上課日期
參考課程進度

第一週

2019/09/10Class Introduction-Objectives
2019/09/12
  • Grouping (no class): sign up on-line using e3
第二週2019/09/17
  • Introduction of Metals Materials Selection in Mechanical Design
2019/09/19
第三週2019/09/24
  • Mechanical Metallurgy - 1: Elasticity
2019/09/26
第四週2019/10/01
  • Mechanical Metallurgy - 2: Plasticity
2019/10/03
第五週2019/10/08
  • Mechanical Metallurgy - 3: Plastic Deformation of Single Crystals
2019/10/10
第六週2019/10/15
  • Mechanical Metallurgy - 5: Strengthening Mechanisms
2019/10/17
第七週2019/10/22
  • Mechanical Metallurgy - 6: Fracture Mechanisms
2019/10/24
第八週2019/10/29
  • Mechanical Metallurgy - 7: Fatigue of Metals
2019/10/31
  • Midterm report (20%)
第九週2019/11/05
  • Mechanical Metallurgy - 8: Creep
2019/11/07
第十週2019/11/12
  • Mechanical Metallurgy - 9: Hardness Test & Applications
2019/11/14
第十一週2019/11/19
  • Midterm-term exam (15%)
2019/11/21
第十二週2019/11/26
  • Phase Transformation - 1: Thermodynamics and Phase Diagrams
2019/11/28
第十三週2019/12/03
  • Phase Transformation - 2: Diffusion
2019/12/05
第十四週2019/12/10
  • Phase Transformation - 3: Crystal Interfaces and Microstructure
2019/12/12
第十五週2019/12/17
  • Phase Transformation - 4: Solidification
2019/12/19
第十六週2019/12/24
  • Phase Transformation - 5: Diffusional Transformation in Solids
2019/12/26
第十七週2019/12/31
  • Phase Transformation - 6: Diffusionless Transformation
2020/01/02
第十八週2020/01/07
  • Final exam (15%)
    Final report (20%)
2020/01/09