開課班級Class: 授課教師Teacher: 學分數Credits:
四先進材料二A 洪廷甫 3
課程大綱Course Description:
材料科學為工程教育的重要科技,材料的性質與特性,為現代工程設計中佔有相當重要的地位。金屬材料的各種性質,都基於其內部構造的變化,故需由最基本的結晶構造開始了解,再由晶體缺陷理論、結晶核的形成與成長、成核與均質化、固體擴散現象、硬化現象,破壞現象及理論等進行教學,使學生充分了解金屬材料物理與機械特性上的理論基礎與變化。
English Outline:
Properties and characteristics of materials play important role in modern engineering design. Each property of materials is based on its transformation at inner structure; therefore, the most fundamental crystalline structure of materials needs to be understood at the first stage. Defects theory, the formation and growth of crystalline nucleus, nucleus and homogenization, solid diffusion phenomenon, hardening phenomenon, failure phenomenon and theory are also discussed in this course. The aim of this course is to acquaint students to fully understand the theory basis and characteristic transformation of metallic materials.
本科目教學目標Course Objectives:
教學型態Teaching Models: 成績考核方式Grading:
課堂教學  平時成績General Performance:40%
期中考Midterm Exam:30%
期末考Final exam:30%
其它 Other:
參考書目Textbooks/References:
1.Physical Metallurgy Principles, Robert E. Reed-Hill, 4th ed. CENGAGE Learning
2.物理冶金, 劉偉隆等, 4th ed., 滄海
SDGs指標:
課程匯入時間Import Time:2023-02-01 09:35:38
最後更新時間Last Modified:2023-02-01 09:50:21,更新人modified by: