Introduction to Simulation
  • Course File
  • Simulation Workflow Overview
Analyze Model
  • Simulation Pane and Study Status
  • Studies and Material
  • Geometry
  • Meshes
  • Use Subjective Mesh Sizing
  • Apply Surface Mesh to Sheet Metal Part
  • Size the Mesh on an Edge
  • Size the Mesh on a Surface
Loads and Constraints
  • Loads
  • Apply a Bearing Load
  • Apply a Centrifugal Load
  • Apply a Torque Load
  • Apply a Body Temperature Load
  • Constraints
  • Apply Pinned and No Rotation Constraint
  • Apply Sliding Along Surface Constraint
  • Apply User Defined Constraint
Types of Studies, Example Tutorials
  • Forces on I Beam
  • Pressures in a Tank
  • Torque on a Mower Hub
  • Centrifugal Forces on a Mower Blade
  • Stress on a Sheet Metal Part
  • Wind Velocity on a Sign Post
  • Stress on a Car Ramp
  • Linear Buckling Analysis
  • Normal Modes Analysis
  • Steady State Thermal Stress Analysis
Review Analysis Results
  • Simulation Results Environment
  • Display and Color Bar Tab
  • Select Additional Simulation Results Options
Working with Assembly Models
  • Stresses on a Basketball Hoop
  • Stresses on a Valve Handle
  • Apply Edge Connectors to an Assembly
  • Using Bolted Connections
Optimizing FEA Models
  • Simplify a Bicycle Stem for Simulation
  • Simplify a Model and Apply Load using X,Y,Z Components
  • Simplify a Sheet Metal Assembly