PME 5429-0

Brief

本課程的目的在於使學生由淺入深學習積層製造(3D列印)技術之基礎概念，包含認識各種主流 3D列印機構設計，層層堆疊加工方式，並透過材料科學與物理領域，進一步引導學生活用整合 所學科目，探討積層製造背後的科學意義。 This course aims to provide the students with a comprehensive understanding of additive manufacturing (3D printing), including the general introduction, la<x>yer-by-la<x>yer printing mechanism, and the concept of DfAM (Design of Additive manufacturing). In addition, this course module further focuses on the AM process's underlying physics and material science.

Description

Course keywords: 黏著劑噴塗成型技術Binder jetting，直接能量沉積技術 Directed Energy Deposition，粉體熔化成型技術Powder Bed Fusion，材料擠製成型技術Material Extrusion，光聚合反應成型技術 Vat Photo Polymerization，多材料積層製造技術Multiple Material Additive Manufacturing，逆向工程 Reverse Engineering 積層製造學課程的主要目的在於使學生由淺入深學習積層製造(3D列印)技術。本課程大綱大致可 分成三個部分: 第一部分首先涵蓋積層製造的基礎原理，介紹主流3D列印機構設計、CAD/CAM 幾何資料處理，以及國際產業發展之概況。第二部分，以可列印之材料種類(金屬，陶瓷，高分 子)進行主題分類，進一步探討積層製造背後之物理(熱力學、流體力學)以及材料(晶相、殘留應 力)等科學意義，引導學生活用並整合所學科目，認識積層製造技術優勢以及缺陷，以及對應之 品質管控技術。本課程亦著重探討先進積層製造技術，包含多材料積層製造、高速列印技術以及列印多 功能材料(4D列印)，課程最後討論積層製造之安全操作以及注意事項，提供未來有意進入業界之同學 參 考。 This course module aims to provide students with a comprehensive understanding of additive manufacturing (3D printing). There are three sections in this course module, starting from a general introduction, printing mechanism, CAD/CAM system, reverse engineering, and the concept of DfAM (Design of Additive manufacturing). based on that, the AM process's underlying physics and material science are focused on in section two. Furthermore, state-of-the-art additive manufacturing technology such as multiple materials additive manufacturing and rapid additive manufacturing are also introduced. In addition, an AM process's safety and operative procedure is included to give students a gaudiness of designing/operating an AM system.

Timetable

Scores

Average GPA 3.71

Std. Deviation 0.5

Remarks

Restrictions

Compulsory

Elective

Cross Discipline

First Specialization

Second Specialization