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Monday, February 06, 2012
TutorialsMechanica

ProE Tutorial and Video SubscriptionSubscribe Now For Instant Access To Over 95 Tutorials and Videos

  Mechanica Training

Pro/MECHANICA Pressure Analysis With Cyclic SymmetryMechanica is an analysis module for Pro/ENGINEER that allows users to apply contraints, loads, forces, and more to their parts and assemblies. Built for the designer, this Finite Element Analysis (FEA) tool is a great way to understand the Stresses and Strains that build up in your parts. More importantly, Mechanica allows you to optimize for specific design constraints such as minimze weight, reduce displacement, or limit total stress... Now you too can learn Mechanica today from the Mechanica experts – from the comfort of your office or home.

 

 

The FroTime Full Access subscription includes not only our Mechanica lessons, but also immediate access to 19 other Pro Engineer subjects. Mechanica Structure Analysis with Loads and ConstraintsIf you are ready to harness the power of Analyzing and Optimizing within Mechanica, the FroTime Full Access subscription is your best way to start today.

  • Setting Up Mechanica Constraints
  • Applying Forces And Loads To A Part
  • Creating And Running a Mechanica Analysis
  • Displaying Mechanica Results
  • Sensitivity and Optimization Studies
  • Simplification With Symmetry, Shells, and Regions
  
 Available Mechanica Tutorial Details
Basic Structure Analysis - (ME1) This 39 page Mechanica tutorial is a great introduction to using Pro/MECHANICA Structure for the first time.
Creating and understanding Shells - (ME2) This Pro Mechanica tutorial focuses on using shell geometry within Pro Mechanica to speed up and simplify your analysis.
Utilizing Symmetry - (ME3) This Pro E Mechanica tutorial covers both basic and cyclic symmetry for increasing the speed of your Pro E Mechanica analysis runs.
Using Regions - (ME4) This Pro Engineer Mechanica tutorial covers the topics of Surface and Volume Regions within Pro Engineer Mechanica for applying loads and creating detailed results windows on internal stresses and strains.
  
Copyright 2012 by Harby