物理冶金

臺北科技大學 115-1 學期課程，課號 361714。

課程大綱

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，其內部原子聚集成規則的結晶構造，亦或聚集成非結 晶構造，其所形成的各種物理特性，由最基本的結晶構造開始了解。電子顯微鏡，破壞力學，超導性，電傳導，超塑性，動態回復，動態時效應變。差排理論、結晶核的形成與成長，合金相理論，晶界自由度，鑄造物的成核與均質化，硬化現象，固體擴散現象，破壞現象及理論，潛變的形成與原因等，充分了解金屬材料特性上的理論基礎與變化軌跡。 Properties and characteristics of materials play important role in modern engineering design.Each property of materials is based on its transformation at inner structure, its atoms inside converge either a regulated crystal structure or a noncrystal structure, their physical property should be understood from the most fundamental crystalline structure, such as electronic microscope, destructive dynamics, super-conductivity, electronic conductivity, super-plasticity, dynamic recovery, dynamic aging strain , dislocation theory, the formation and growth of crystalline nucleus, alloy phase theory, crystal boundary free degree, nucleus and homogenization of casting product, hardening phenomenon, solid diffusion phenomenon, destructive phenomenon and theory, creep formation and its reason, all of these make student fully understand the theory basis and change record of the metallic material characteristics.

課程進度

Week1 Introduction of the course Week2-3 Ch9 Solid solutions Week3~4 CH10 Phase Week5 CH11 Binary phase diagrams Week7~8 CH12& CH13 Diffusion Week9 Midterm exam Week10~11 CH14 Solidification of metals Week12~13 CH15Nucleation and growth kinetics Week14~15 CH16 Precipitation hardening Week 16 Final exam Week18 ~17 Final report

評量方式

出席率： 10分 小考: 10分 期中考： 30分 期末考： 30分 期末報告 :10分

教材

【遵守智慧財產權觀念，請使用正版教科書，不得使用非法影印教科書】 使用外文原文書：是 Textbook: Reza Abbaschian , Robert Reed-Hill, "Physical Metallurgy Principles.", Cengage. Reference book : Gregory N. Haidemenopoulos,"Physical metallurgy principles and design"