學習材料之基本知識與認識各種設計材料，透過作業的練習，體會實際設計時之應用。 主要內容: 1. 工程材料 2. 原子鍵 3. 完整晶體構造 4. 不完整非晶體構造及其缺陷 5. 相論圖解¬—平衡的微觀構造 6. 熱處理動力學 7. 金屬 8. 陶瓷和玻璃 9. 聚合物 10. 複合材料 11. 導電 12. 半導體 13. 磁性材料 14. 材料分解及破損 15. 材料加工Learn the basic knowledge of materials and understand various design materials. Through homework exercises, you can experience their application in actual design. Main contents: 1. Engineering materials 2. Atomic bonds 3. Complete crystal structure 4. Incomplete amorphous structure and its defects 5. Illustration of phase theory - balanced microstructure 6. Heat treatment kinetics 7. Metals 8. Ceramics and glasses 9. Polymers 10. Composite materials 11. Conductivity 12. Semiconductors 13. Magnetic materials 14. Material decomposition and damage 15. Material processing
設計材料在工業之各種不同領域上扮演著舉足輕重的關鍵性角色，本課程對設計材料的學習提供詳細具體的介紹，此課程的目的在使學生熟悉當代的設計材料、製造方法及生產程序，讓學生獲取充份的設計材料知識，進而研究更專門的材料、製造程序及組織架構從而能運用在未來產品設計上，課程最主要目標是幫助學生學習及了解各種設計材料的製造方法,程序及其應用；本課程將分別針對金屬、塑膠、陶瓷、聚合體及複合材料作一一的介紹，課堂上除實際教材講授外，會以適當的產品及部件說明實際設計材料及部品的製造方式及生產程序，以進一步提升學生產品設計的能力。
Design materials play a crucial role in various fields of industry. This course provides a detailed and specific introduction to the study of design materials. The purpose of this course is to familiarize students with contemporary design materials, manufacturing methods and production procedures, so that students can Students acquire sufficient knowledge of design materials and then study more specialized materials, manufacturing processes and organizational structures so that they can be used in future product design. The main goal of the course is to help students learn and understand the manufacturing methods, processes and their design of various design materials. Application; This course will introduce metals, plastics, ceramics, polymers and composite materials one by one. In addition to teaching actual textbooks, appropriate products and components will be used to explain the manufacturing methods and production of actual design materials and components. program to further enhance students’ product design capabilities.
1.材料科學,Introduction to Materials Science for Engineers,James F. Shackelford,彭立祥等譯,出版日期╱2002/06/24(1版1刷)ISBN ╱ 957-11-2871-6, 書號╱ 5E01 頁數╱ 652
2.林振陽、黃世輝，設計材料，台北，六合出版社
3.Chris Lefteri, 2007, Materials for Inspirational Design, Quayside Pub Group
1. Materials Science, Introduction to Materials Science for Engineers, translated by James F. Shackelford, Peng Lixiang and others, publication date ╱2002/06/24 (1 edition 1 brush) ISBN ╱ 957-11-2871-6, ISBN ╱ 5E01 Pages ╱ 652
2. Lin Zhenyang, Huang Shihui, Design Materials, Taipei, Liuhe Publishing House
3.Chris Lefteri, 2007, Materials for Inspirational Design, Quayside Pub Group
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 平時成績平時成績 usual results |
40 | |
| 期中成績期中成績 Midterm results |
30 | |
| 期末成績期末成績 final grade |
30 |
