Simulation Driven Design with Inspire

Simulation Driven Design with Inspire
Altair University
A Practical Introduction to Altair Inspire
Table of Contents
1 About This Book 7
1.1 Model Files .8
1.2 Software .8
1.3 Support .9
1.4 Free eBooks 9
1.5 Learning & Certification Program 10
2 General Remarks About Simulation . 13
2.1 The CAE Driven Design Process 17
2.2 Examples From Industry & Academia 25
3 The Finite Element Method – A One Minute Introduction .35
4 The Finite Element Analysis Procedure . 41
5 Basic Interaction With Inspire 47
5.1 Graphical User Interface .47
5.2 Mouse Controls 50
5.3 Exercise: Importing Files, View Controls And More 50
5.4 File Management 64
5.5 Selection And Editing 65
5.6 Organizing Your Model .67
5.7 Units And Measurements .69
5.8 Appearance Properties .694
6 Geometry Building And Editing 71
6.1 Exercise: Sketching Geometry 72
6.2 Sketch Constraints 88
6.3 Exercise: Simplifying Geometry .94
7 Analysis – How To Do It? . 105
7.1 Exercise: A Tutorial On How To Perform A Finite Element Analysis .106
7.2 Exercise: Plate With A Hole .116
7.3 Exercise: Wrench 125
7.4 Exercise: Normal Mode Analysis Of A Fender 137
7.5 Cap Stone Project: Modal Analysis Of A Steel Frame .141
7.6 Exercise: Buckling Modes Analysis of Steel Column 154
8 Concept Design With Inspire . 161
8.1 Topology Optimization .161
8.2 Topography Optimization .162
8.3 The Concept Design / Optimization Process .164
8.4 Optimization Related Definitions .171
8.5 Exercise: Re-Design Of A Towing Hook 173
8.6 Exercise: Design Of A Bracket .188
8.7 Exercise: Concept Design Of A Street Lamp 204
8.8 Exercise: Re-Design Of A Support Arm 215
8.9 Exercise: Topography Optimization Of An L-Bracket .236
9 Capstone Project: Re-Design Of A Door Hinge 247
10 Cap Stone Projects: The Virtual Bike Project .271
10.1 Battery Tray Topology Optimization .273
10.2 Wheel Rim Topology Optimization .2805
10.3 Oilpan Topography Optimization .288
10.4 Footrest Topography Optimization 296
10.5 Fender Topography Optimization .305
10.6 Brake Pedal – Redesign 311
11 Inspire Motion 313
11.1 Introduction . 314
11.2 Basic Steps for Motion Analysis 316
11.3 Exercise: Cam Follower .318
11.4 Detailed Information about Basic Entities 342
11.5 Exercise: Excavator . 375
11.6 Exercise: Motorcycle Suspension 390
11.7 Debugging Inspire Motion .407
11.8 Inspire Motion and MotionView Integration . 409
11.9 Inspire Motion and sT Activate Integration 411
12 Tips And Tricks . 413
13 How To Interpret Finite Element Analysis Results 415
14 CAD Sketching With Evolve 419
15 Get Certified
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