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CAE (Code: 181051) Lecture Notes 00. 강의계획서 01. CAE 기본개념 소개 02. ANSYS를 사용한 CAE 해석 03. 형상모델링 04. 요소망 생성(Mesh Generation) 05. 응력해석(Stress analysis) 기초 06. 응력해석(Stress analysis) 응용 07. 진동해석(Vibration analysis) 08. 열전달해석(Heat transfer analysis) 기초 09. 열전달해석(Heat transfer analysis) 응용 10. 열-구조 연계해석 (Coupled analysis) Additional Materials 경계조건의 중요성 (CAD&Graphics, 2008. 2) 고주파유도 금형가열 과정의 유한요소해석 주사전자현미경 전자광학계의 유한요소해석 전자기-열-유동 통합적 연계해석 Nano-scale 사출금형 열전달해석 휴대폰 카메라용 렌즈 Assembly 접촉해석   CAD (Code: 181011) Lecture Notes 0. Syllabus 1. Introduction to CAD 2. Geometry modeling system 3. Curve theory 4. Data exchange 5. 3D Printing Laboratory Works 1. Introduction to solid modeling 2. Feature based modeling 3. Constraint modeling (Sketch) 4. Sweep and boolean operations 5. Spline generation 6. Freeform features 7. Assemblies modeling 8. Drafting Appendix. Additional projects   Numerical Analysis (Code: 161009) Lecture Notes 강의계획서 01. 수치해석 개요 04. 오차분석 05. 비선형방정식(1) - 구간법 06. 비선형방정식(2) - 개방법 08. 선형대수 방정식과 행렬 09. Gauss 소거법 10. LU 분해법 14. Curve Fitting (선형 최소제곱법) 15. Curve Fitting (비선형) 17. 다항식 보간법 19. 수치적분 22. 상미분방정식 Additional Materials 적용사례(1): 마이크로팬 금형 분할면 설계 적용사례(2): 비구면렌즈 다항식계수 결정 적용사례(3): CAE 해석 연계 광학설계   Mechanics of Materials (Code: 161005) Lecture Notes 강의계획서(국문) 강의계획서(영문) 1. Introduction 2. Stress and strain 3. Torsion and shear stress 4. Pure bending 7. Tranformation of stress and strain - Mohr's circle   Finite Element Method (Code: 161005) Lecture Notes 0. Syllabus 1. Introduction 2. FE formulation for trusses 3. One-dimensional elements 4. One-dimensional analysis 5. Two-dimensional elements 6. Heat transfer analysis (2D) 7. Structural analysis (2D) 8. Dynamic analysis 9. Analysis of nonlinear problem 10. Analysis of injection molding process 11. Analysis of metal forming processes