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Autodesk 46600-000000-H001 Getting Started Guide - Page 73

Index, browser, Stress Analysis

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Index A analyses meshing 8 modal 21 post processing 9 reports 35 rerunning on edited designs 31 results, reading 23, 26 solving 7 types, setting 33 updating 34 vibration 11 analysis (.ipa) files repairing disassociated 40 ANSYS WorkBench 43 B Boundary Condition command 28 browser, Stress Analysis 13 C coherent masses and inertia 46 color bar 24 constraints assembly 49 browser display 17 converting assembly 50 deleting, adding, and editing 32 continuity of laws 46 contour colors 26 D deformation results 10, 27 displaying 29 degree of freedom 47 dialog boxes Frequency Options 21 Simulation Panel 52 dynamic simulation 43 assumptions 45 coherent masses and inertia 46 continuity of laws 46 relative parameters 45 results 45 E Element Visibility command 29 equivalent stresses 10, 26 exercises, prerequisites 4 F factor of safety results 10 files, analysis reassociating 40 frequency modes 11 Frequency Options dialog box 21 frequency results options 21 G geometry, editing 31 H Help system 4, 44 J joints 57 K kinematic chains 47 Index | 67

Section	Page
Contents	3
Part 1 Stress Analysis	7
1 Get Started With Stress Analysis	9
About Autodesk Inventor Simulation	9
Learn Autodesk Inventor Simulation	10
Use Help	10
Use Stress Analysis Tools	11
Understand the Value of Stress Analysis	12
Understand How Stress Analysis Works	13
Analysis Assumptions	13
Interpret Results of Stress Analysis	15
Equivalent or Von Mises Stress	15
Maximum and Minimum Principal Stresses	16
Deformation	16
Safety Factor	16
Frequency Modes	17
2 Analyze Models	19
Do a Static Stress Analysis	19
Enter Environment and Create a Simulation	20
Exclude Components	21
Specify Material	22
Add Constraints	22
Add Loads	24
Add Contact Conditions	25
Generate a Mesh	26
Run the Simulation	26
Run Modal Analysis	27
3 View Results	29
Use Results Visualization	29
Edit the Color Bar	31
Read Stress Analysis Results	32
Interpret Results Contours	32
Von Mises Stress	32
1st Principal Stress	32
3rd Principal Stress	33
Displacement	33
Safety Factor	33
Frequency Modes	33
Animate Results	33
Set Results Display Options	34
4 Revise Models and Stress Analyses	37
Change Model Geometry	37
Change Solution Conditions	38
Update Results of Stress Analysis	40
5 Generate Reports	41
Run Reports	41
Interpret Reports	42
Model Information	42
Project Info	42
Simulation	42
General objective and settings	42
Advances settings	43
Material(s)	43
Operating conditions	43
Results	43
Save and Distribute Reports	44
Saved Reports	44
Print Reports	44
Distribute Reports	44
6 Manage Stress Analysis Files	45
Create and Use Analysis Files	45
Understand File Relationships	45
Resolve Missing Files	46
Part 2 Dynamic Simulation	47
7 Get Started with Simulation	49
About Autodesk Inventor Simulation	49
Learning Autodesk Inventor Simulation	50
Use Help	50
Understand Simulation Tools	51
Simulation Assumptions	51
Interpret Simulation Results	51
Relative Parameters	51
Coherent Masses and Inertia	52
Continuity of Laws	52
8 Simulate Motion	53
Understand Degrees of Freedom	53
Understand Constraints	54
Convert Assembly Constraints	55
Run Simulations	58
9 Construct Moving Assemblies	61
Retain Degrees of Freedom	61
Add Joints	63
Impose Motion on Joints	64
Run Simulations	65
10 Construct Operating Conditions	67
Complete the Assembly	67
Add Friction	69
Add a Sliding Joint	70