CATIA V5 with DMU Kinematic Analysis of Mechanism with Clash

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction of CATIA V5 DMU Kinematics

Chapter 2: Learn part design

Lecture 1: Class 1 – Introduction to interface on Catia change background and find toolbar

Lecture 2: Class 2 – Profile option

Lecture 3: Class 3 – Rectangle option

Lecture 4: Class 4 – Rectangle oriented

Lecture 5: Class 5 – Parallelogram

Lecture 6: Class 6 – Elongated Hole

Lecture 7: Class 7 – Cylindrical Elongated Hole

Lecture 8: Class 8 – Key Hole Profile

Lecture 9: Class 9 – Hexagon

Lecture 10: Class 10 – Centred Rectangle

Lecture 11: Class 11 – Circle

Lecture 12: Class 12 – Tri Tangent Circle

Lecture 13: Class 13 – Using Co-ordinate

Lecture 14: Class 14 – Tri-Tangent Circle

Lecture 15: Class 15 – Three Point Acr

Lecture 16: Class 16 – Three point arc starting with limits

Lecture 17: Class 17 – Arc

Lecture 18: Class 18 – Spline

Lecture 19: Class 19 – Connect

Lecture 20: Class 20 – Ellipse

Lecture 21: Class 21 – Parabola by Focus

Lecture 22: Class 22 – Hyperbole by Focus

Lecture 23: Class 23 – Line

Lecture 24: Class 24 – Infinity Line

Chapter 3: Exercise Model

Lecture 1: Exercise Model

Chapter 4: Kinematics Joint

Lecture 1: Revolute Joint

Lecture 2: Prismatic Joint

Lecture 3: Cylindrical Joint

Lecture 4: Screw Joint

Lecture 5: Point Curve Joint with Rigid Joint

Lecture 6: Roll Curve Joint

Lecture 7: Cable Joint