Last updated 6/2021MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHzLanguage: English | Size: 1.21 GB | Duration: 1h 10m

Study of Kinematic Joints

What you'll learn

Creating complex mechanism using kinamtics joints such as 4 Bar chain,Elliptical Trammel,Rack and pinion simulation.

Revolute joint

prismatic Joint

cylindrical joint

planner joint

spherical joint

point on curve joint

slide curve joint

Roll Curve joint

Gear Joint

Rack and Pinion Joint

cable joint

Lead Screw Operated Scissor Lift Mechanism

Radial Ee Mechanism

Requirements

CATIA basic knowledge

Description

This course focuses various options avilable within the DMU Kinematics (KIN)workbench, which allows the user to build and simulate mechanisms within a CATIAassembly context. Students gets to learn how to build functioning Kinematic mechanisms byadding mechanical joints defining the interaction between components and theirassociated degrees of freedom. These mechanisms are then Run by assigning inputsor commands to key components. The course covers the full range of simulation andanalysis functionality available within the DMU Kinematic workbench allowing users toStudy the behavior of their mechanisms.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 4 BAR CHAIN MECHANISM ( Revolute Joint)

Lecture 3 Elliptical Trammel (Prismatic Joint,Cylindrical Joint )

Lecture 4 Gear Joint

Lecture 5 Rack & Pinion Joint

Lecture 6 Cable Joint

Lecture 7 Point on Curve Joint

Lecture 8 Roll Curve Joint

Lecture 9 Slide Curve Joint

Lecture 10 Spherical Joint

Lecture 11 Radial Ee Assembly

Lecture 12 Lead Screw Operated Scissor Lift Mechanism

Mechanical Eeer,Automobile Eeer,Design Eeer

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