2009
Table Of Contents
- Contents
- 1 Introducing Autodesk Inventor
- 2 Creating Sketches
- 3 Working with Sketched Features
- 4 Creating and Editing Placed Features
- 5 Creating and Editing Work Features
- 6 Using Projects to Organize Data
- 7 Managing Assemblies
- 8 Placing, Moving, and Constraining Components
- 9 Creating Assemblies
- 10 Analyzing Assemblies
- 11 Using Design Accelerator
- 12 Setting Up Drawings
- 13 Creating Drawing Views
- 14 Annotating Drawings
- Annotation Tools
- Using Styles to Format Annotations
- Working with Tables
- Creating Dimensions In Drawings
- Controlling Dimension Styles
- Placing Center Marks and Centerlines
- Adding Notes and Leader Text
- Using Hole and Thread Notes
- Working with Title Blocks
- Working with Dimensions and Annotations
- Printing Drawing Sheets
- Plotting Multiple Sheets
- Tips for Annotating Drawings
- 15 Using Content Center
- 16 Autodesk Inventor Utilities
- Index
You can use the DWG/DWF
™
File Wizard to import parts and assemblies from
the Autodesk
®
Mechanical Desktop
®
. You should migrate Mechanical Desktop
files to the latest version before you translate to Autodesk Inventor. You have
an opportunity to fix any errors before the translation.
Autodesk Inventor can also place components created in other CAD systems
that have been saved as SAT files (ACIS) or IGES files, or exported through a
STEP translation process. Imported SAT, STEP, and IGES files do not retain the
parametric information used to create their features. You can add parametric
features to these files, but you cannot edit their existing features.
Moving and Rotating Components
When constraining assembly components, you may need to temporarily move
or rotate a constrained component to enhance the visibility of other
components, or position a component to facilitate constraining. Rotating or
moving a component temporarily suspends a component’s constraints. The
next assembly update restores the position of the component as determined
by its constraints.
If a component is not grounded, or is unconstrained or underconstrained,
you can click it and drag it to a new location in the assembly graphics window.
Constraining Components
After you place or create components in an assembly file, use assembly
constraints to establish the orientation of the components in the assembly
and to simulate mechanical relationships between components. For example,
you can mate two planes, specify that cylindrical features on two parts remain
concentric, or constrain a spherical face on one component to remain tangent
to a planar face on another component.
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