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 | Introduction |
1.1 The role of failure analysis |
對破損分析在機械組件從設計到生產使用過程中所扮演角色有初步了解 |
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2 | Introduction |
1.2 Procedural sequence of failure analysis |
了解破損分析主要方法及步驟 |
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3 | Tensile Behavior of Materials |
2.1 Introduction
2.2 Engineering stress and strain |
了解材料的拉伸試驗方法及工程應力與應變 |
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4 | Tensile Behavior of Materials |
2.3 True stress and strain |
了解真實應力及真實應變之意義 |
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5 | Tensile Behavior of Materials |
2.4 Instability in tension |
了解拉伸行為的不穩定性 |
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6 | Tensile Behavior of Materials |
2.5 Engineering measurement of energy capacity |
了解工程內能的測量意義 |
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7 | Tensile Behavior of Materials |
2.6 Affecting factors of tensile behavior |
了解各種影響材料拉伸行為的因素 |
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8 | 期中考 |
期中考 |
期中考 |
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9 | Plastic Deformation Mechanisms |
3.1 Deformation by slip
3.2 Deformation by twinning |
1. 了解金屬材料的滑移變形理論與機制
2. 了解金屬材料的雙晶化變形理論與機制 |
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10 | Plastic Deformation Mechanisms |
3.3 Comparison of slip and twinning deformation |
了解金屬材料滑移與雙晶化變形機制之差異 |
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11 | Impact Testing and Fracture Morphology |
4.1 Notch impact test
4.2 Intergranular fracture and transgranular fracture |
1. 了解材料衝擊試驗方法
2. 了解材料各種破裂型態 |
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12 | Impact Testing and Fracture Morphology |
4.3 Ductile-to-brittle transition temperature |
了解DBTT的意義 |
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13 | 小考 |
小考 |
小考 |
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14 | Case Study 1 |
Practice exercises of material damage analysis |
培養材料破損分析的能力 |
個案研究
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15 | Case Study 2 |
Practice exercises of material damage analysis |
培養材料破損分析的能力 |
個案研究
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16 | 期末考 |
期末考(期末報告) |
實務操作與分析能力之成果驗收 |
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