課程大綱 Syllabus |
學生學習目標 Learning Objectives |
單元學習活動 Learning Activities |
學習成效評量 Evaluation |
備註 Notes |
序 No. | 單元主題 Unit topic |
內容綱要 Content summary |
1 | Chapter 1 Structure, Properties and Performance |
A.Introduction
B.Average Tensile Stress and Strain
C.Stress- Strain Behavior
D.Atomic structures
E.Properties
F.Performance of typical materials
G.Theoretical tensile strength of a crystal
H.Theoretical shear stress |
A.Introduction
B.Average Tensile Stress and Strain
C.Stress- Strain Behavior
D.Atomic structures
E.Properties
F.Performance of typical materials
G.Theoretical tensile strength of a crystal
H.Theoretical shear stress |
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2 | Chapter 2 Elasticity |
A.State of stress at a point in an arbitrary orthogonal coordinate
B.The stress state in a specific principal axis coordinate system
C.Transformation of the stress components
D.Principal stresses |
A.State of stress at a point in an arbitrary orthogonal coordinate
B.The stress state in a specific principal axis coordinate system
C.Transformation of the stress components
D.Principal stresses |
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3 | Chapter 2 Elasticity |
E.Maximum shear stress
F.Mohr's circle in a σ versus τ
G.Principal strains and max shear strain
H.Mohr's circle of strain |
E.Maximum shear stress
F.Mohr's circle in a σ versus τ
G.Principal strains and max shear strain
H.Mohr's circle of strain |
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4 | Chapter 2 Elasticity |
I.Elastic stress-strain relations for isotropic polycrystalline materials
J.Relationship between G and E
K.Elastic stress- strain relations
L.The elastic properties of metals, ceramics and polymers |
I.Elastic stress-strain relations for isotropic polycrystalline materials
J.Relationship between G and E
K.Elastic stress- strain relations
L.The elastic properties of metals, ceramics and polymers |
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5 | Chapter 3 Plasticity |
A. Engineering stress-strain curve versus true stress-strain curve
B. Qualitative stress-strain behavior
C. True stress-strain curve showing work-hardening |
A. Engineering stress-strain curve versus true stress-strain curve
B. Qualitative stress-strain behavior
C. True stress-strain curve showing work-hardening |
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6 | Chapter 3 Plasticity |
D. Yielding criteria for metals
E. Plastic deformation of polymers |
D. Yielding criteria for metals
E. Plastic deformation of polymers |
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7 | Chapter 4 Imperfections: Point and Line Defects |
A. The nature of plastic deformation by slip
B. Type of point defects and their influence on the mechanical property |
A. The nature of plastic deformation by slip
B. Type of point defects and their influence on the mechanical property |
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8 | Chapter 4 Imperfections: Point and Line Defects |
C. Types of dislocation and their geometry
D. Stress fields and strain energy of dislocation |
C. Types of dislocation and their geometry
D. Stress fields and strain energy of dislocation |
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9 | 期中考 |
考試範圍為前半學期之授課內容 |
考試範圍為前半學期之授課內容 |
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10 | Chapter 4 Imperfections: Point and Line Defects |
E. Deformation produced by motion of dislocation
F. Dislocation multiplication |
E. Deformation produced by motion of dislocation
F. Dislocation multiplication |
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11 | Chapter 4 Imperfections: Point and Line Defects |
G. Force on dislocations
H. Dislocations in various structures |
G. Force on dislocations
H. Dislocations in various structures |
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12 | Chapter 5 Strengthening in Crystalline Materials |
A. Work Hardening |
A. Work Hardening |
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13 | Chapter 5 Strengthening in Crystalline Materials |
B. Fine Grain Strengthening |
B. Fine Grain Strengthening |
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14 | Chapter 5 Strengthening in Crystalline Materials |
C. Solid Solution Strengthening |
C. Solid Solution Strengthening |
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15 | Chapter 5 Strengthening in Crystalline Materials |
D. Precipitation - and Dispersion-Hardening |
D. Precipitation - and Dispersion-Hardening |
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16 | Chapter 6 Mechanisms and Morphologies |
Ⅰ. Introduction
Ⅱ. Ductile and Brittle Fracture |
Ⅰ. Introduction
Ⅱ. Ductile and Brittle Fracture |
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17 | Chapter 6 Mechanisms and Morphologies |
Ⅲ. Fatigue
Ⅳ. Fractograghic Examination |
Ⅲ. Fatigue
Ⅳ. Fractograghic Examination |
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18 | 期末考 |
考試範圍為後半學期之授課內容 |
考試範圍為後半學期之授課內容 |
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