Simulation Mechanical
- 360 Publisher
- Alias
- AutoCAD
- AutoCAD Civil 3D
- AutoCAD Electrical
- AutoCAD for Mac
- AutoCAD LT for Mac
- AutoCAD Map 3D
- BIM 360 Glue
- Building Design Suite
- Constructware
- Creative Finishing
- Design Review
- Factory Design Suite
- Flame Premium
- Green Building Studio
- Infr. Map Server
- Infrastructure Modeler
- Installation Help
- Inventor
- Inventor ETO
- Inventor Fusion
- Inventor Fusion Technology for Mac
- Inventor LT
- Inventor Publisher
- Navisworks
- Navisworks Freedom
- PLM 360
- Product Design Suite
- Project Galileo
- Project Photofly
- Project Simulus
- Revit
- Revit LT
- Robot Structural Analysis Professional
- Sim 360 Pro and Sim 360 Moldflow
- Simulation 360
- Simulation CFD
- Simulation DFM
- Simulation Job Manager
- Simulation Mechanical
- Simulation Moldflow
- Simulation Moldflow Adviser
- Simulation Moldflow Communicator
- Simulation Moldflow Insight
- Simulation Moldflow Insight 360
- Smoke
- Vasari
- Vault
How to add your knowledge
Table of contents
No headersWe will now review the electric field magnitude results.
- Click
Results Contours 
Voltage and Field Strength Electric Field Magnitude. The electrical field magnitude results should look as shown in the image below. - Right-click the heading for Part 2 in the browser (tree view) and click Visibility to hide the rotor.
- Click
Results Contours Voltage and Field Strength Electrostatic Force Magnitude. The electrostatic force results appear as shown in the following image. - Right-click the heading for Part 2 in the browser and click Visibility to show the rotor.
This tutorial is now complete. The results of this model can be used to complete the Radial Comb Motor Static Stress Analysis tutorial.