2009
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Autodesk Manuals
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Inventor Simulation
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Table Of Contents
Contents
Stress Analysis
1 Get Started With Stress Analysis
About Autodesk Inventor Simulation
Learning Autodesk Inventor Simulation
Using Help
Using Stress Analysis Tools
Understanding the Value of Stress Analysis
Understanding How Stress Analysis Works
Analysis Assumptions
Interpreting Results of Stress Analysis
Equivalent Stress
Maximum and Minimum Principal Stresses
Deformation
Safety Factor
Frequency Modes
2 Analyze Models
Working in the Stress Analysis Environment
Running Stress Analysis
Verifying Material
Applying Loads
Applying Constraints
Setting Parameters
Feature Suppression Tracking
Setting Solution Options
Setting Analysis Type
Setting Mesh Control
Obtaining Solutions
Running Modal Analysis
3 View Results
Using Results Visualization
Editing the Color Bar
Reading Stress Analysis Results
Interpreting Results Contours
Equivalent Stress
Maximum Principal Stress
Minimum Principal Stress
Deformation
Safety Factor
Frequency Modes
Animate Results
Setting Results Display Options
4 Revise Models and Stress Analyses
Changing Model Geometry
Changing Solution Conditions
Updating Results of Stress Analysis
5 Generate Reports
Running Reports
Interpreting Reports
Summary
Introduction
Scenario
Model
Environment
Solution
Appendices
Saving and Distributing Reports
Saving Reports
Printing Reports
Distributing Reports
6 Manage Stress Analysis Files
Creating and Using Analysis Files
Understanding File Relationships
Repairing Disassociated Files
Copying Geometry Files
Resolving File Link Failures
Skipping Missing IPA Files
Selecting Existing IPA Files
Creating New Analysis Files
Exporting Analysis Files
Simulation
7 Get Started with Simulation
About Autodesk Inventor Simulation
Learning Autodesk Inventor Simulation
Using Help
Understanding Simulation Tools
Simulation Assumptions
Interpreting Simulation Results
Relative Parameters
Coherent Masses and Inertia
Continuity of Laws
8 Simulate Motion
Understanding Degrees of Freedom
Understanding Constraints
Converting Assembly Constraints
Defining Forces
Creating Simulations
9 Construct Moving Assemblies
Creating Rigid Bodies
Adding Joints
Working with Z Axes
Working with Joint Triad
10 Simulation Tools
Input Grapher
Output Grapher
Index
Axial constraint between the hinge axes
Face-to-face constraint between hinge top and bottom flat faces
4
Select the check box next to Mate1: (door:1, pillar:1). It is the axial
constraint.
Conv
er
ting
Assembly Constraints |
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