Autodesk University
Instructional Demo    MFG219625
Designing Adaptive Inventor Sheet Metal Parts and Assemblies with iLogic
Scott Hallmark
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-firstName] [up-2h5eP97jCDCJec1t2E58vw%3D%3D-lastName]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-badges]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-firstName] [up-2h5eP97jCDCJec1t2E58vw%3D%3D-lastName]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-jobTitle]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-company]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-metrics]
Autodesk University
Share
Comment
Bookmark
You must be signed in for this action Sign in
Close
Collapse Expand

Description

Come to this class to learn how to create a simple sheet metal hopper using iLogic and adaptivity in Inventor software.

Key Learnings

  • Discover the Skeletal Solid
  • Learn how to apply the sheet metal parts to the skeleton using adaptivity
  • Learn how to create the iLogic rules and form
  • Learn how to drive the assembly

Speakers

userPhoto.jpg
I am a Mechanical Designer for Physical Security, LLC in Bessemer, AL. I have previously been in the Autodesk Reseller Channel since 2007 specializing in Autodesk Inventor, Factory Design, AutoCAD Plant 3D and P&ID, as well as Autodesk ReCap and BIM 360 Configurator. I am the developer of Steel Supports Bundle for Plant 3D currently being distributed by Applied Software (www.asti.com/SteelSupports).
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-firstName] [up-2h5eP97jCDCJec1t2E58vw%3D%3D-lastName]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-badges]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-firstName] [up-2h5eP97jCDCJec1t2E58vw%3D%3D-lastName]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-jobTitle]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-company]
[up-2h5eP97jCDCJec1t2E58vw%3D%3D-metrics]

Share Class

close-24

Comments

Login to join the discussion.
0 comments in this class
Be the first to share your thoughts.
close-24