CATIA Module 3
CATIA Module 3
Assembly and Mechanism (DMU Kinematics)
Assembly and Mechanism (DMU Kinematics)
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Module 3
Module 3
Basic to Advance of Assembly and Mechanism design in CATIA
Basic to Advance of Assembly and Mechanism design in CATIA
Course is designed to cover students from fresher to professionals
Total training hours – 10
Total training hours – 10
WEBEX application will be used for online class. You can use Desktop, Laptop or any Smart phone to join the class
WEBEX application will be used for online class. You can use Desktop, Laptop or any Smart phone to join the class
Students should have basic knowledge on CATIA sketcher, planes, solid and surface modeling
Students should have basic knowledge on CATIA sketcher, planes, solid and surface modeling
Course outline
Course outline
Assembly Design
Assembly Design
Entering Assembly design workbench
Understanding assembly types - Bottom up and Top down assembly
Understanding different constraints and their applications
Inserting existing components in assembly
Positioning components applying appropriate constraints
Moving constrained components using manipulate command
Moving constrained components using compass
Stopping manipulation on clash
Analyzing Degree of Freedom
Designing a part in assembly workbench
Replacing a component
Analyzing assembly constraints
Detecting clashes
Editing a component
Exploding the assembly
Creating multiple instances of a component
Using Mechanical Standard Parts in assembly
Doing operations on assembly e.g. split, hole, pocket, remove, add etc.
Applying Boolean operations on assembly components
Creating and saving assembly sections
Displaying the Assembly Mass Properties
Generating Bill of Material
Exercise on Bottom up Assembly
Exercise on Top down Assembly
Mechanism Design (DMU Kinematics)
Mechanism Design (DMU Kinematics)
Opening a new DMU Kinematics workbench
Creating a new mechanism
Inserting existing components
Creating new part within mechanism
Applying appropriate joints between components
Understanding different joints and their properties
Example on joints
Defining commands on joints
Running simulating with commands
Creating laws and simulating with laws
Detecting clash
Generating a movie file of simulation
Entering the DMU Kinematics workbench from Assembly workbench
Creating automatic joints from assembly constraints
Exercise on Mechanism
Who should join the class?
Who should join the class?
Anyone who is capable to design / model simple to complicated solid and surface components.
Anyone who wants to do projects involving many components
Professionals who want to enhance their skill as per their job requirements or want to change their job.
What you will learn from Module 3
What you will learn from Module 3
Techniques to position components with respect to each other
Creating parts within assembly workbench referring existing component in assembly
Concept of Assembly, Sub assembly, Sub assembly of another Sub assembly etc
Assembly Sequence of components as per practical assembly requirement
Generating Bill Of Material (BOM) from assembly ans sub assemblies.
Validating the design of component i.e. ease of assembly, clearance, interference with other components
Concept of generating service manual from exploded view
How to use components made in CREO, NX, Solid Works etc in CATIA assembly and DMU Kinematics
Validating the behavior of components and assembly by giving motion in DMU Kinematics
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