Learn the process of simulating assembly motion within Pro/ENGINEER using the Mechanism Design Extension. Analyze results to verify design requirements, and create animations of the assembly using the Design Animation Option. This hands-on course contains numerous practice exercises. Any user who needs to accurately model the movement of components in an assembly should attend this course.
AutoCAD Training Prerequisites
Pro/ENGINEER: Introduction to Solid Modeling I & II
AutoCAD Training Highly Recommended
Pro/ENGINEER: Advanced Assembly Design and Management
AutoCAD Training Topics
- MDX interface
- Basic assembly connections
- Drag
- Snapshot configurations
- Joint axis settings
- Servo Motors
- Motion playback
- Measure analysis
- Advanced connections
- Create movies and images
- Design Animation
- Key frame sequences
- Motion envelopes
- Trace curves
- Interference checks
AutoCAD Training Course Duration
16 hours
AutoCAD Training Course outline
Chapter 1 Capabilities of MDX
1.1 Mechanism Introduction
1.2 Mechanism Components
Connections
Joint Axis Settings
Servo Motors
Analysis Definition
1.3 Design Approach
1.4 Mechanism Design & Subassemblies
1.5 Mechanism Interface
Chapter 2 Creating Assemblies
2.1 Types of Connections
Rigid Connection
Pin Connection
Slider Connection
Cylinder Connection
Planar Connection
Ball Connection
Weld Connection
Bearing Connection
General Connection
6DOF Connection
2.2 Assembling a Component with Connections
2.3 Degrees of Freedom
Exercise 2a Creating Connections
Exercise 2b Three-Bar Linkage
Exercise 2c Project - Engine
Exercise 2d Project - Hydraulic Boom
Chapter 3 Simulating Motion
3.1 Dynamic Drag
3.2 Saved Views
3.3 Control the Drag Function
3.4 Joint Axis Settings
Defining the References
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Setting a Regeneration Value
Setting the Minimum and Maximum Limits
Dynamic Properties
Exercise 3a Joint Axis Settings
Exercise 3b Snapshots
Exercise 3c Project - Engine Assembly
Exercise 3d Project - Hydraulic Boom Assembly
Chapter 4 Advanced Connections
4.1 Slot-Follower Connection
Creating a Slot-Follower Connection
4.2 Cam-Follower Connection
Creating a Cam-Follower Connection
4.3 Gear Connections
Standard Gear Connection
Rack & Pinion Connection
Exercise 4a Display Slot-Follower Motion
Exercise 4b Create a Cam Assembly
Exercise 4c Create a Gear Pair Connection
Chapter 5 Servo Motors and Analyses
5.1 Servo Motors
5.2 Analysis Definition
Exercise 5a Applying Servo Motors I
Exercise 5b Applying Servo Motors II
Exercise 5c Applying Servo Motors III
Chapter 6 Playback Results
6.1 Playback
6.2 Movie and Image Files
6.3 Checking for Interference
6.4 Motion Envelope Creation
6.5 Analyzing Measures
6.6 Trace Curves
6.7 Cam Synthesis Curves
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Exercise 6a Use Playback and Create Trace Curves
Exercise 6b Create Movie and Image Files
Exercise 6c Analyze Measures and Motion Envelopes
Chapter 7 Design Animation
7.1 DAO Interface
7.2 Design Approach
7.3 Creating an Animation
Body Definitions
Drag and Snapshots
Key Frame Sequence
7.4 Servo Motors
7.5 Lock Bodies
7.6 Visibilities
View @ Time
Transparency @ Time
Display @ Time
7.7 Animation Timeline
7.8 Finishing the Animation
Exercise 7a Create an Animation
Exercise 7b Apply Servo Motors
Exercise 7c Specify Component Displays & Views
Exercise 7d Create an Animation Sequence
Appendix A Additional Exercise
A.1 Drivers Project
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