Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Spring Semester
Year 2019 255889 Computer Aided Engineering Analysis and Lab. 1 2.0 4 ▲ LI, CHIH-HUNG 4ME3B 47 2 　

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2019	255889	Computer Aided Engineering Analysis and Lab.	1	2.0	4	▲	LI, CHIH-HUNG	4ME3B	47	2

Course Plan：

Instructor LI, CHIH-HUNG

Email cl4e@mail.ntut.edu.tw

Last Updated 2019-02-19 16:16:34

Course Objective 介紹電腦輔助工程和有限元素分析法之基本學理。傳授分析軟體ANSYS之使用方法與技巧。引導學生練習平面應力或熱傳問題之有限元素分析。培養學生具備獨立施作有限元素分析之能力。培養學生具備運用有限元素分析法應有之正確態度。工程分析概論，有限元素模型建立，進階模組技巧，實體模型的建立，一維元素分析，二維元素分析，三維元素分析，進階範例。 Introduce the basic principles of computer-aided engineering and finite element analysis. Teaching the operation methods and techniques for the analysis software ANSYS. Guide students to practice finite element analysis of plane stress or heat transfer problems. Develop students with the ability to perform independent finite element analysis. Cultivate students with the correct attitude of using finite element analysis. Introduction to engineering analysis, finite element model building, advanced module techniques, solid model building, one-dimensional element analysis, two-dimensional element analysis, three-dimensional element analysis, and advanced examples.

Course Schedule 第一週有限元素法與電腦輔助工程介紹: 數值分析法、有限差分法、牛頓拉夫森方法/Introduction to the Computer-Aided Engineering and the Finite Element Method: numerical analysis, finite difference, Newton-Raphson, etc. 第二週有限元素法與電腦輔助工程介紹: 變分法、力學問題之數學模型範例、能量法、Ritz法/Introduction to the Computer-Aided Engineering and the Finite Element Method: mathematical modeling of mechanics problems, the energy method, etc. 第三週有限元素法與電腦輔助工程介紹: 有限元素法、分段多項式之模型建構與求解/Introduction to the Computer-Aided Engineering and the Finite Element Method: finite element method, multi-section polynomials. 第四週有限元素法與電腦輔助工程介紹: 各種邊界條件求解，位移形式與力量形式/Introduction to the Computer-Aided Engineering and the Finite Element Method: various boundary conditions, displacement and force conditions. 第五週 ANSYS 電腦輔助工程分析軟體之介紹與操作： 1.ANSYS軟體架構；2.ANSYS軟體介面說明；3.ANSYS Online help系統；4.ANSYS檔案系統；5.ANSYS指令格式/Introduction to ANSYS and the operations: 1. ANSYS Structure; 2. ANSYS Interface; 3. On-line Help System; 4. The ANSYS System; 5. ANSYS Command Language. 第六週前處理：1. ANSYS平面應力分析模組簡介；2.問題分析，3.設定元素屬性；4.建立實體模型；5.建立有限元素模型；6.電腦實際演練/Pre-Process: 1. Introduction to the Plane Stress Analysis; 2.Problem analysis; 3.Element Selection & Attributes; 4.Solid Modeling; 5.Finite Element Modeling; 6. Computer Lab Practices 第七週邊界條件、求解和後處理：1.分析的種類及選項；2.邊界條件；3.求解的選項和求解；4.後處理器－顯示結果；5.結果資料查詢；6.檢視分析的正確性；7.電腦實際演練; 8.作業/Boundary Conditions, Solve and Post-Processing: 1. Analysis Type and Options; 2.Boundary Conditions; 3.Solution Options and Solving; 4. Post-Processor & Result Displays; 5. Result Query; 6. Result Verification; 7.Computer Practices 8.Assignment 第八週座標系統與選擇功能：1.座標系統；2.工作平面之搬移及旋轉；3.選擇功能；4.物件群組；5.電腦實際演練/Coordinate System and the Select Function: 1. Coordinate System; 2. Move and Rotate of Working Plane; 3. The Select Function; 4. Component and Assembly; 5. Computer Lab Practices 第九週期中考/mid-term examination 第十週進階實體模型建構技巧：1.由下而上之模型建構指令；2.拉伸和延伸線段；3.布林運算；4.實體模型的複製、移動、修改及鏡射；5.轉換其它CAD的檔案及實體模型的縮放；6.列示實體模型資料；7.電腦實際演練/Techniques of Advanced Solid Modeling:1.Bottom-Up Modeling; 2.Extrude or Extend a Line; 3.Boolean Operations; 4.Copy, Move, Modify, and Mirror of a Solid Model; 5.Import Other CAD files and zoom of Solid Model; 6.List Properties of Solid Model; 7. Computer Lab Practices 第十一週有限元素模型建構技巧：1.使用多種元素屬性；2.元素大小的控制；3.建立規則的網格；4.拉伸及掃出；5.有限元素模型的複製、移動、修改、鏡射、縮放及合併；6.直接建立節點與元素；7.指定節點產生的位置；8.電腦實際演練/Techniques of Finite Element Modeling:1. Multiple Element Attributes; 2.Control of Element Size; 3. Mapped Mesh; 4.Extrude and Sweep; 5. Copy, Move, Modify, Mirror, Zoom, and Merge of a Finite Element Model; 6. Create Nodes and Elements Directly; 7.Hardpoint; 8. Computer Lab Practices 第十二週進階的邊界條件和求解：1.集中負載；2.慣性負載；3.節點座標系統；4.邊界條件的符號顯示；5.求解器；6.多組邊界條件的解法；7.指定檔案放置位置；8.電腦實際演練; 9.作業/Advanced Boundary Conditions and Solvers: 1.Concentrated Force Load; 2.Inertia Load; 3.Nodal Coordinate System; 4.Symbols of Boundary Conditions; 5.Solvers; 6.Method for Solving Multiple Boundary Conditions; 7.ANSYS File Locations; 8. Computer Lab Practices, 9.Assignment 第十三週後處理器之應用：1.多負載的結果檢驗；2.路徑圖；3.誤差評估；4.向量圖；5.結果座標系統；6.結果檢視器；7.電腦實際演練/Post-processing, 1.Results of multiple loads, 2. path map, 3. error evaluation, 4. vector diagram, 5. result coordinate system, 6. result monitor, 7. practice. 第十四週平面應力分析: 支撐架分析/Plane Stress Analysis: An Example of Bracket Analysis 第十五週熱傳導分析範例: 1.ANSYS熱傳分析模組簡介； 2.問題分析； 3.啟�

Evaluation and grading policy 作業或小考/homework or quiz: 20% 期中考/mid-term examination:20% 期末考/final examination:30% 專題報告/project:20% 出席率/attendance:10%

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:No
教材: 教師筆記 Textbook: Teacher’s notes 參考書目: Reference book: 康淵、陳信吉，ANSYS入門，全華圖書 2009 ISBN 978-957-21-5845-6

The access to curricular consultation

Note
　

Instructor	LI, CHIH-HUNG
Email	cl4e@mail.ntut.edu.tw
Last Updated	2019-02-19 16:16:34
Course Objective	介紹電腦輔助工程和有限元素分析法之基本學理。傳授分析軟體ANSYS之使用方法與技巧。引導學生練習平面應力或熱傳問題之有限元素分析。培養學生具備獨立施作有限元素分析之能力。培養學生具備運用有限元素分析法應有之正確態度。工程分析概論，有限元素模型建立，進階模組技巧，實體模型的建立，一維元素分析，二維元素分析，三維元素分析，進階範例。 Introduce the basic principles of computer-aided engineering and finite element analysis. Teaching the operation methods and techniques for the analysis software ANSYS. Guide students to practice finite element analysis of plane stress or heat transfer problems. Develop students with the ability to perform independent finite element analysis. Cultivate students with the correct attitude of using finite element analysis. Introduction to engineering analysis, finite element model building, advanced module techniques, solid model building, one-dimensional element analysis, two-dimensional element analysis, three-dimensional element analysis, and advanced examples.
Course Schedule	第一週有限元素法與電腦輔助工程介紹: 數值分析法、有限差分法、牛頓拉夫森方法/Introduction to the Computer-Aided Engineering and the Finite Element Method: numerical analysis, finite difference, Newton-Raphson, etc. 第二週有限元素法與電腦輔助工程介紹: 變分法、力學問題之數學模型範例、能量法、Ritz法/Introduction to the Computer-Aided Engineering and the Finite Element Method: mathematical modeling of mechanics problems, the energy method, etc. 第三週有限元素法與電腦輔助工程介紹: 有限元素法、分段多項式之模型建構與求解/Introduction to the Computer-Aided Engineering and the Finite Element Method: finite element method, multi-section polynomials. 第四週有限元素法與電腦輔助工程介紹: 各種邊界條件求解，位移形式與力量形式/Introduction to the Computer-Aided Engineering and the Finite Element Method: various boundary conditions, displacement and force conditions. 第五週 ANSYS 電腦輔助工程分析軟體之介紹與操作： 1.ANSYS軟體架構；2.ANSYS軟體介面說明；3.ANSYS Online help系統；4.ANSYS檔案系統；5.ANSYS指令格式/Introduction to ANSYS and the operations: 1. ANSYS Structure; 2. ANSYS Interface; 3. On-line Help System; 4. The ANSYS System; 5. ANSYS Command Language. 第六週前處理：1. ANSYS平面應力分析模組簡介；2.問題分析，3.設定元素屬性；4.建立實體模型；5.建立有限元素模型；6.電腦實際演練/Pre-Process: 1. Introduction to the Plane Stress Analysis; 2.Problem analysis; 3.Element Selection & Attributes; 4.Solid Modeling; 5.Finite Element Modeling; 6. Computer Lab Practices 第七週邊界條件、求解和後處理：1.分析的種類及選項；2.邊界條件；3.求解的選項和求解；4.後處理器－顯示結果；5.結果資料查詢；6.檢視分析的正確性；7.電腦實際演練; 8.作業/Boundary Conditions, Solve and Post-Processing: 1. Analysis Type and Options; 2.Boundary Conditions; 3.Solution Options and Solving; 4. Post-Processor & Result Displays; 5. Result Query; 6. Result Verification; 7.Computer Practices 8.Assignment 第八週座標系統與選擇功能：1.座標系統；2.工作平面之搬移及旋轉；3.選擇功能；4.物件群組；5.電腦實際演練/Coordinate System and the Select Function: 1. Coordinate System; 2. Move and Rotate of Working Plane; 3. The Select Function; 4. Component and Assembly; 5. Computer Lab Practices 第九週期中考/mid-term examination 第十週進階實體模型建構技巧：1.由下而上之模型建構指令；2.拉伸和延伸線段；3.布林運算；4.實體模型的複製、移動、修改及鏡射；5.轉換其它CAD的檔案及實體模型的縮放；6.列示實體模型資料；7.電腦實際演練/Techniques of Advanced Solid Modeling:1.Bottom-Up Modeling; 2.Extrude or Extend a Line; 3.Boolean Operations; 4.Copy, Move, Modify, and Mirror of a Solid Model; 5.Import Other CAD files and zoom of Solid Model; 6.List Properties of Solid Model; 7. Computer Lab Practices 第十一週有限元素模型建構技巧：1.使用多種元素屬性；2.元素大小的控制；3.建立規則的網格；4.拉伸及掃出；5.有限元素模型的複製、移動、修改、鏡射、縮放及合併；6.直接建立節點與元素；7.指定節點產生的位置；8.電腦實際演練/Techniques of Finite Element Modeling:1. Multiple Element Attributes; 2.Control of Element Size; 3. Mapped Mesh; 4.Extrude and Sweep; 5. Copy, Move, Modify, Mirror, Zoom, and Merge of a Finite Element Model; 6. Create Nodes and Elements Directly; 7.Hardpoint; 8. Computer Lab Practices 第十二週進階的邊界條件和求解：1.集中負載；2.慣性負載；3.節點座標系統；4.邊界條件的符號顯示；5.求解器；6.多組邊界條件的解法；7.指定檔案放置位置；8.電腦實際演練; 9.作業/Advanced Boundary Conditions and Solvers: 1.Concentrated Force Load; 2.Inertia Load; 3.Nodal Coordinate System; 4.Symbols of Boundary Conditions; 5.Solvers; 6.Method for Solving Multiple Boundary Conditions; 7.ANSYS File Locations; 8. Computer Lab Practices, 9.Assignment 第十三週後處理器之應用：1.多負載的結果檢驗；2.路徑圖；3.誤差評估；4.向量圖；5.結果座標系統；6.結果檢視器；7.電腦實際演練/Post-processing, 1.Results of multiple loads, 2. path map, 3. error evaluation, 4. vector diagram, 5. result coordinate system, 6. result monitor, 7. practice. 第十四週平面應力分析: 支撐架分析/Plane Stress Analysis: An Example of Bracket Analysis 第十五週熱傳導分析範例: 1.ANSYS熱傳分析模組簡介； 2.問題分析； 3.啟�
Evaluation and grading policy	作業或小考/homework or quiz: 20% 期中考/mid-term examination:20% 期末考/final examination:30% 專題報告/project:20% 出席率/attendance:10%
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:No 教材: 教師筆記 Textbook: Teacher’s notes 參考書目: Reference book: 康淵、陳信吉，ANSYS入門，全華圖書 2009 ISBN 978-957-21-5845-6
The access to curricular consultation
Note