Computer Aided Design and Manufacturing – IIT Delhi

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About this Course: This course is designed to give students a vast knowledge and deep insights into stress and strains in 3-D – Cauchy formula, Principal Stress, hydrostatic stress, deviatoric stress, stress transformations, Mohr circle, octahedral shear stress, strain energy densities, etc.

Created by: IIT Delhi

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Taught by: Prof. Dr. Anoop Chawla,
Department of Mechanical engineering, IIT Delhi 

Level: Beginner

Course Duration: 20 hours of videos and quizzes

Language: English

How To Pass: Pass all graded assignments to complete the course.

Syllabus: 

Lecture 1: An Introduction to CAD
Lecture 2: Input, Output Devices, Raster Graphics
Lecture 3: Raster Graphics – I
Lecture 4: Raster Graphics – II
Lecture 5: Polygon Filling
Lecture 6: Windowing and Clipping
Lecture 7: Clipping of Polygons
Lecture 8: 2D Transformations
Lecture 9: 3D Transformations and Projection
Lecture 10: Perspective Projections
Lecture 11: Projections and Hidden Surface Removal
Lecture 12: Hidden Surface Removal
Lecture 13: Hidden Surface Removal
Lecture 14: Hidden Surface Removal
Lecture 15: Finite Element Method: An Introduction
Lecture 16: Galerkin’s Approach
Lecture 17: Galerkin’s Method: 1D Finite Element Method
Lecture 18: 1D Finite Element Problems
Lecture 19: 1D Finite Element Problems
Lecture 20: FE Problems: Solving for Q
Lecture 21: 1D – FE Problems: Galerkin’s Approach
Lecture 22: Penalty Approach and Multi-Point Boundary
Lecture 23: Quadratic Shape Functions
Lecture 24: 2D – FE Problems
Lecture 25: 2D – FE Problems (Contd.)
Lecture 26: 3D – FE Problems
Lecture 27: 3D – Tetrahedral and 2D – Quadrilateral Element
Lecture 28: Mesh Preparation
Lecture 29: Modeling of Curves
Lecture 30: Modeling of Curves
Lecture 31: Modeling of Curves
Lecture 32: Modeling of B-Spline Curves
Lecture 33: Modeling of B-Spline Curves
Lecture 34: Surface Modeling
Lecture 35: Surface Modeling
Lecture 36: Display of Curves and Surfaces
Lecture 37: Solid Modeling
Lecture 38: Solid Modeling
Lecture 39: Solid Modeling Using Octrees
Lecture 40: Computer Aided Design
Lecture 41: Computer Aided Manufacturing
Lecture 42: What is CAD/CAM
Lecture 43: An Overview of Geometric Modeling
Lecture 44: Parametric Cubic Curve
Lecture 45: Parametric Bezier Curve
Lecture 46: B-Spline Curve
Lecture 47: Parametric Surfaces – Part-1
Lecture 48: Parametric Surfaces – Part-2
Lecture 49: Solid Modeling
Lecture 50: Geometric & Product Data Exchange
Lecture 51: Reverse Engineering

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In Short

About this Course: This course is designed to give students a vast knowledge and deep insights into stress and strains in 3-D – Cauchy formula, Principal Stress, hydrostatic stress, deviatoric stress, stress transformations, Mohr circle, octahedral shear stress, strain energy densities, etc. Created by: IIT Delhi Taught by: Prof. Dr. Anoop Chawla, Department of Mechanical engineering, IIT Delhi 

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