Step 3: Constraints for your part

Defining constraints for your part is important in order for your analysis to perform correctly.  If I have input forces pushing up on my part, but nothing constrained or held in place to hold the part down, there would be no stress to display.  In this trial I am going to used a fixed constraint the center of my part, which is the middle red cylinder (simulation of steering stem shaft).  This means that this area of my part will remain in place while the input forces are affecting my part.  Use the constraints tools in the ribbon to define them on your part.

Now that this is complete we can move on to input forces.

This would be great for testing uke and guitar neck designs. Thanks for the introduction!
it's a great soft, but, unfortunely doesn't work on linux. <br> <br>Great instructables by the way.

About This Instructable


67 favorites


More by codyweston111: Put a Bird on it! Using the DRO on the vertical mill to drill a perfect circular pattern How to use stress analysis in Autodesk Inventor to test your parts.
Add instructable to: