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Inventor 2008 Sheet Metal Design
AutoCAD Training Overview

This course introduces the concepts and techniques of sheet metal modeling with AutoDesk Inventor. The topics presented in this course enable students to create features that are specific to the sheet metal modeling process.The structure of the course follows the standard sequence of design stages in Inventor. That is, to create sheet metal parts, edit them, generate flat patterns, and to document the designs in drawings.

AutoCAD Training Topics

  • The Inventor Sheet Metal interface
  • Sheet Metal design process
  • Creating base features
  • Creating Secondary Faces and Contour flanges
  • Sheet Metal parameters
  • Creating flanges
  • Creating Hems, Folds, and Bends
  • Holes and Cut features
  • Corner seams
  • Generating flat patterns
  • Sheet Metal Styles
  • Documentation drawings
AutoCAD Training Prerequisites

Inventor: Introduction to Solid Modeling or equivalent.

AutoCAD Training Course Duration

16 Hours

AutoCAD Training Course outline

Chapter 1: Introduction to Sheet Metal Modeling

  • 1.1 Sheet Metal Concepts
  • 1.2 Sheet Metal Terminology
  • 1.3 Sheet Metal Environment
  • 1.4 Viewing Sheet Metal Models
  • 1.5 Sheet Metal Design Process
  • Exercise 1a
Chapter 2: Sheet Metal Base Features
  • 2.1 Applying Existing Sheet Metal Styles
  • 2.2 Creating a Face as a Base Feature
  • 2.3 Creating a Contour Flange as a Base Feature
  • Exercise 2a
  • Exercise 2b
  • Exercise 2c
Chapter 3: Sheet Metal Secondary Features
  • 3.1 Sheet Metal Styles
  • 3.2 Bend Relief Shapes
  • 3.3 Faces as Secondary Features
  • 3.4 Contour Flanges as Secondary Features
  • Exercise 3a
  • Exercise 3b
Chapter 4: Flanges
  • 4.1 Creating Flanges
  • 4.2 Corner Relief Options
  • Exercise 4a
  • Exercise 4b
Chapter 5: Bending Sheet Metal
  • 5.1 Creating Hems
  • 5.2 Folds
  • 5.3 Bend Features
  • Exercise 5a
  • Exercise 5b
  • Exercise 5c
Chapter 6: Creating Rounds and Chamfers
  • 6.1 Creating Corner Rounds
  • 6.2 Creating Corner Chamfers
  • Exercise 6a
  • Exercise 6b
  • Exercise 6c
Chapter 7: Sheet Metal Cuts
  • 7.1 Creating Cut Features
  • 7.2 Creating Straight Holes
  • 7.3 Using Punch Tool Features
  • 7.4 Creating a Punch Tool
  • Exercise 7a
  • Exercise 7b
  • Exercise 7c
Chapter 8: Corner Seams
  • 8.1 Creating Corner Seams and Miters
  • 8.2 Creating Corner Rips
  • 8.3 Converting Corner Seams and Bends
  • Exercise 8a
  • Exercise 8b
Chapter 9: Flat Pattern Environment
  • 9.1 Creating Flat Patterns
  • 9.2 Orienting Flat Patterns
  • 9.3 Punch Representations
  • 9.4 Flat Pattern Cleanup
  • 9.5 Exporting to DXF/DWG
  • Exercise 9a
  • Exercise 9b
  • Exercise 9c
Chapter 10: Documentation and Annotation
  • 10.1 Sheet Metal Drawing Terminology
  • 10.2 Creating Sheet Metal Drawings
  • 10.3 Bend Notes
  • 10.4 Bend Tables
  • 10.5 Punch Tables
  • Exercise 10a
  • Exercise 10b
Chapter 11: Converting Parts to Sheet Metal
  • 11.1 Converting Solid Models to Sheet Metal
  • 11.2 Non-ruled Surfaces
  • Exercise 11a
  • Exercise 11b
  • Exercise 11c
Appendix A: Sheet Metal Styles
  • A.1 Working with Sheet Metal Styles
  • A.2 Sheet, Bend, and Corner Tab Options
  • A.3 Bend Tables
  • Exercise A1
  • Exercise A2
  • Exercise A3
Appendix B – Additional Exercises
  • Exercise B1

Please contact your training representative for more details on having this course delivered onsite or online

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