Computer Aided Design

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 Galerkins Approach

Lecture - 17 Galerkins 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 : Galerkins Approach

Lecture - 22 Penalty Approach and Multi Point Boundary

Lecture - 23 Quadratic Shape Functions

Lecture - 24 2D - FE Problems

Lecture - 25 2D - FE Problems

Lecture - 26 2D - FE Problems

Lecture - 27 3D - FE Problems

Lecture - 28 3D - Tetrahedral and 2D - Quadrilateral Element

Lecture - 29 Mesh Preparation

Lecture - 30 Modelling of Curves

Lecture - 31 Modelling of Curves

Lecture - 32 Modelling of Curves

Lecture - 33 Modelling of B-Spline Curves

Lecture - 34 Modelling of B-spline Curves

Lecture - 35 Surface Modelling

Lecture - 36 Surface Modelling

Lecture - 37 Display of Curves and Surfaces

Lecture - 38 Solid Modelling

Lecture - 39 Solid Modelling

Lecture - 40 Solid Modelling Using Octrees

Lecture- 41 Computer Aided Design

Lecture- 42 Computer Aided Manufacturing

Lecture- 43 What is CAD/CAM

Lecture- 44 An Overview of Geometric Modeling

Lecture- 45 Parametric Cubic Curve