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AutoCAD Training Overview
Understand the full assembly functionality of Pro/ENGINEER while concentrating on techniques that maximize large assembly management capabilities. This is a hands-on course with a substantial amount of time dedicated to practice exercises.
AutoCAD Training Topics
- Assembly Management
- Skeleton Models
- Packaging
- Assembly Duplication Tools
- Assembly Family Tables
- Display Styles
- Layers and Suppression
- Restructure
- Creating Parts and Features in an Assembly
- Controlling External References
- Merge and Cut Out, Intersections
- Copy Geometry Features
- Simplified Representations
- Assembly Relations
- Advanced Component Placement
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- Managing External References
AutoCAD Training Prerequisites
Pro/ENGINEER: Introduction to Solid Modeling I & II and Pro/ENGINEER: Core Update Wildfire 2.0 to Wildfire 4.0 or equivalent Wildfire experience.
AutoCAD Training Course Duration
16 hours
AutoCAD Training Course outline
Chapter 1 Introduction
1.1 Assembly Design Philosophies
- Default Datum Planes
- Parts and Subassemblies
- Assembly Features
- Assembly Relations.
- Assembly Regeneration
1.2 Component Placement
- Constraints and Offsets
- References
1.3 Revision Tools
- Edit Definition
- Edit References
- Reorder
- Insert Mode
1.4 Assembly File Management
- Rename
- Save a Copy
- Backup
1.5 Assembly Design Approach
- Skeleton Models
- Parts in Assembly Mode
Chapter 2 Advanced Component Placement
- 2.1 Repeating Components.
- 2.2 Reference Patterns
- 2.3 Component Interfaces
- 2.4 Flexible Components
- 2.5 Copy and Paste
- Paste Special
- Exercise 2a Advanced Constraints
- Exercise 2b Using Component Interfaces
- Exercise 2c Using Flexible Components.
- Exercise 2d Copy and Paste
Chapter 3 Assembly Management
- 3.1 Layers in Assembly Mode.
- 3.2 Suppress and Resume
- 3.3 Restructure
- Exercise 3a Working with Layers
- Exercise 3b Assembly Restructure.
Chapter 4 Assembly Family Tables
- 4.1 Creating Assembly Family Tables
- 4.2 Modifying Family Tables
- Modifying non-family tables
- Adding Components to the Generic
- Model Components to an Instance
- Deleting Components from an Instance
- Deleting Components from the Generic
Exercise 4a Assembly Family Tables
Exercise 4b Model Plane (Optional)
Chapter 5 Relations
- 5.1 Assembly Relations.
- Exercise 5a Relations I
Chapter 6 View Manager
- 6.1 Component Display Styles
- 6.2 Simplified Representations
- 6.3 System-Defined Simplified Representations
- 6.4 User-Defined Simplified Representations
- 6.5 Opening Simplified Representations
Exercise 6a Using Component Display Styles.
Exercise 6b Simplified Representations
Chapter 7 Advanced View Manager
- 7.1 Advanced Simplified Reps
- External Simplified Representations
- 7.2 Zones
- 7.3 Envelopes
- Exercise 7a Rule-Based Simplified Reps .
- Exercise 7b Zone-Based Simplified Reps
- Exercise 7c Substitute by Envelope (Optional)
Chapter 8 Skeleton Models
- 8.1 Skeleton Models
- Parent/Child Relationships
- Incorporating Motion
- Spatial Claims
- 8.2 Geometry Creation
- 8.3 Skeleton Properties
- Exercise 8a Creating a Skeleton Part
Chapter 9 Packaged Components
- 9.1 Packaging
- 9.2 Finalizing Components
- Exercise 9a Packaging Assembly Components
Chapter 10 Designing in Context
- 10.1 External References.
- Reference Viewer
- 10.3 Creating Parts in Assembly
- 10.4 Creating Assembly Features
- Exercise 10a Assembly Features .
- Exercise 10b Design in Context
Chapter 11 Distributing Design Information.
- 11.1 External Reference Control in Current Assembly
- 11.2 Global External References
- 11.3 Copy Geometry Features
- 11.4 Publish Geometry Feature
- 11.4 Publish Geometry Feature
- 11.5 Shrinkwrap Features.
- Large Assembly Management
- Incoming vendor models
- Outgoing Models
- Swept Volume Analysis
- Exercise 11a Designing Parts in Context
Chapter 12 Managing External References .
- 12.1 Investigating External References
- Model Tree.
- Model Information
- Reference Viewer
- Displaying Circular References.
- Breaking Dependencies
- Checking Memory
- The Message Window
- 12.2 Severing External References
- Sketched Features
- Coaxial Holes
- Copied Surfaces
- Depth Options
- Merged Features
- Independent Copy Geometry Features
- Exercise 12a Severing External References
- Exercise 12a Severing External References
Chapter 13 Advanced Assembly Operations
- 13.1 Mirroring Components (Method 1)
- 13.2 Mirroring Components (Method 2)
- 13.3 Merge and Cut Out
- 13.4 Part Intersections
- 13.5 Dragging
- Exercise 13a Mirroring Components
- Exercise 13b Assembly Merge
- Exercise 13c Mirroring an Assembly
- Exercise 13d Dragging Components
Chapter 14 Assembly Model Performance
- 14.1 Factors Affecting Model Performance
- RAM
- Swap Space
- Memory Management
- Network Traffic
- Trail Files
- Search Paths
- Dual Processors
- Levels of Detail.
- Default Simplified Representations
Appendix A Search Tool
- A.1 Searching Assemblies.
Appendix B Additional Skeleton Exercise
- Exercise B1 Creating a Skeleton.
Appendix C Pro/PROGRAM
.- C.1 Assembly Pro/PROGRAM
- Exercise C1 Program l
- Exercise C2 Program ll.
Appendix D Interchange Assemblies
- D.1 Functional Components
- D.2 Simplified Components
- D.3 Simplifying Using Shrinkwrap Features
- Replace
- Simplified Representation Substitution
- D.4 Case Studies.
- Example 1
- Example 2
- Example 3
- Exercise D1 Functional Interchange Assemblies I .
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