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Inventor R10 Intermediate Modeling
AutoCAD Training Overview

The goal of this class is to build on the skills acquired in Inventor Introduction to Solid Modeling to take students to a higher level of productivity in Inventor.

In this course, we consider various approaches to part and assembly design and emphasize useful strategies. Advanced part modeling techniques covered here include 3D sweeps and coils.


AutoCAD Training Topics

  • Advanced part modeling (lofts, 3D sweeps, etc.)
  • iFeatures and iParts
  • Adaptive design and iMates
  • Assembly management
  • File management
  • Translation
AutoCAD Training Duration

24 hours

AutoCAD Training Course outline

Chapter 1 Part and Assembly Design Philosophies

    1.1 Part Design Philosophies

    • Default Work Features
    • Base Feature
    • Sketching Plane
    • Sketch References
    • Sketch Tools
    • Feature Relationships
    • Dimensions
    • Depth Options
    • Relations
    • Feature Order
    1.2 Assembly Design Philosophies

    • Bottom-Up
    • Top-Down
    • Assembly Features
    • Parts in Assembly Mode
    • Assembly Relations
    1.3 Sketch Tips

    • Simple Sketches
    • Constraints
    • Reference in 3D
    • Fillets and Chamfers
    • Construction Entities
    • Sketched Section
    1.4 Assembly File Management

    • Rename
    • Save Copy As

      Exercise 1a Dimensioning for Design Intent
      Exercise 1b Complex Sketches
      Exercise 1c Assembly Constraints
Chapter 2 Advanced Sketching

    2.1 Draw Splines
    2.2 Create 3D Sketches

    • Line
    • Bend
    • Include Geometry
    • 3D Intersection
    2.3 Use Grounded Work Points
    2.4 Enter Precise Input

      Exercise 2a Create a Swept Cut using 3D Sketch
      Exercise 2b Create a Sketch using Precise Input
Chapter 3 Creating Emboss and Decal Features
    3.1 Creating Emboss Features

    • Text sketches
    • Emboss Depth
    • Taper
    • Wrap to Face
    3.2 Adding Decals

      Exercise 3a Emboss and Decals
Chapter 4 Additional Features & Functions

    4.1 Create a Coil

    • Coil Ends tab
    4.2 Split a Face or Part

      Exercise 4a Creating a Coil
      Exercise 4b Splitting a Face
Chapter 5 Advanced Lofts

    5.1 Create Advanced Lofts

    • Free Conditions
    • Tangent Conditions
    • Direction Conditions
      Exercise 5a Grounded Work Points Exercise 5b Advanced Lofts
Chapter 6 Copying Between Parts (iFeatures)

    6.1 Creating iFeatures
    6.2 Inserting iFeatures
    6.3 Editing iFeatures

    • Edit Inserted iFeature
    • Edit iFeature file
    6.4 Table-Driven iFeatures

      Exercise 6a Create and Insert an iFeature
      Exercise 6b Table-Driven iFeature
Chapter 7 iParts

    7.1 Creating iParts
    7.2 iPart Placement

    • Placing a standard iPart
    • Placing a custom iPart
    • Replacing an iPart
    7.3 Editing an iPart Factory

      Exercise 7a Bolt iPart Factory
      Exercise 7b Create an iPart Factory
      Exercise 7c Use iPart and iFeature
Chapter 8 Advanced Assemblies

    8.1 Adaptive Parts

    • When to Use Adaptive Parts
    • Defining Adaptive Features
    • Notes on Adaptability
    8.2 iMates

    • Creating iMates
    • Composite iMates
    • Creating iMates from Existing Constraints
    • iMates in an Assembly
    • Notes on iMates
    • iMates in iParts
    8.3 Three-Dimensional Grips

      Exercise 8a Adaptive Assembly I
      Exercise 8b Adaptive Assembly II
      Exercise 8c Composite iMates
Chapter 9 Assembly Duplication Tools

    9.1 Pattern Components

    • Independent Pattern Elements
    9.2 Mirror Components
    9.3 Copy

      Exercise 9a Mirror Assembly Components
      Exercise 9b Mirror and Pattern Components
      Exercise 9c Copy Components
Chapter 10 Advanced Constraints

    10.1 Drive Constraints
    10.2 Motion and Transitional Constraints

    • Motion Constraints
    • Transitional Constraints

      Exercise 10a Motion and Transitional Constraints
      Exercise 10b Motion Constraints Project
Chapter 11 Assembly Parts and Features

    11.1 Creating Assembly Parts
    11.2 Adaptive Assembly Parts
    11.3 Create Assembly Features

    • Participant Parts
    11.4 Design Accelerator

    • Component Generators
    • Mechanical Calculators
    • Engineer’s Handbook
    • Accessing the Design Accelerator
    • General Steps

      Exercise 11a Mold Assembly
      Exercise 11b Sweep Feature in an Assembly
      Exercise 11c Design Accelerator
Chapter 12 Assembly Management

    12.1 Method of Top-Down Design

    • Bottom-Up
    • Top-Down
    • Advantages to Top-Down Design
    12.2 Top-Down Design Tools

    • Design Assistant
    • Derived Components
    • iParts.
    • Assembly Relations
    • Adaptive Assembly Parts
    • Adaptive Parts
    12.3 Top-Down Design Process
    12.4 Derived Components
    12.5 Editing Derived Components
    12.6 Skeleton Models
    12.7 Assembly Relations

    • Custom Parameters

      Exercise 12a Skeleton Model
      Exercise 12b Work with a Spreadsheet
      Exercise 12c Project: Linking Dimensions
Chapter 13 Advanced File Management

    13.1 Design Assistant

    • Properties
    • Preview
    • Manage Option
    13.2 Design Assistant Tools

    • Find Files
    • Copy Properties
    • View Files
    • Reports
    13.3 Pack and Go

    • Options
    • Searching Referenced Files
    • Search for Referencing Files
    • Files Found
    13.4 Purging Old Files
    13.5 Copy Design using Autodesk Vault

    • Launching Autodesk Vault Explorer
    • Initiating a Copy Design
    • Copy Design
    • Target Vault Folder
    • Version to Copy
    • View Options
    • Source and Target Files
    • File Status and Operations
    • Naming Scheme
    • Copied Design Results

      Exercise 13a Pack and Go
Chapter 14 Translation

    14.1 Translation

    • Importing
    • Exporting Exercise 14a Open STEP Files in Inventor
      Exercise 14b Project: Replace a Component
    Appendix A Exercise A1 Skeleton Project
    Appendix B Exercise B1 Battery Cover Project
    Appendix C Exercise C1 Use iMates in an Assembly

 
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