材料特性與熱管理實務應用

臺北科技大學 114-2 學期課程，課號 356189。

課程大綱

在諸多工程應用實例中，如LED、晶片之散熱問題、流體在能源系統中之熱交換、燃料電池衍生之熱問題等，都與材料之規格選用、處理方法、加工方式、製造過程有明顯的相關性。本門課程主要針對材料工程與熱管理相關的技術問題，提出探討與對策，期使學生對熱管理在材料與系統工程上的應用提供適當的專業知識。 In engineering applications, such as LED, chip cooling, heat exchange in energy systems, fuel cells, are always comes with the problems of thermal generation. Meanwhile, manufacturing process and heat treatment of these products are also strongly dependent of the selection of material specifications. The purpose of this course would like to employ practical problems and lead the students in finding appropriate solutions or technical approaches to solve the related problems they could meet.

課程進度

本課程關注板金成形(全英語授課)。第一部分主要探討2系列與7系列鋁合金之材料特性，及其於潛變時效成形熱處理之析出硬化機制及變形行為。第二部分為探討鋼鐵材料於熱衝壓成型過程之材料特性及熱管理。 修課前提:須具備基礎材料科學及材料力學知識、及能解基本偏微分方程式之能力、基礎matlab程式語言能力、有限元素軟體(Forge)操作。

評量方式

week 1: Introduction of the course week 2: Introduction of Creep age forming week 3: basic of constitutive equations for Creep age forming week 4: basic of constitutive equations for Creep age forming2 week 5: matlab coding of constitutive equations week 6: matlab coding of constitutive equations 2 week 7: Subroutine code week 8: Implementation of subroutine code to FE week 9: Midterm exam week 10: Introduction of hot stamping week 11: PDE constitutive equations for hot stamping week 12: PDE constitutive equations for hot stamping week 13: matlab coding of constitutive equations week 14: matlab coding of constitutive equations 2 week 15: Subroutine code week 16: Implementation of subroutine code to FE week 17: Summary of course/ Repetition week 18: Final exam( after exam, there will be remote teaching and discussion)試後線上授課討論

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 homework x10 20% 作業10次 attendence 10% 出席 In class english oral report 40% 每週課堂全英文口頭報告 Final Exam 30% 期末考