• Fusion

Simulation Analysis Studies

Outline
1

Getting started

Module overview
Course overview
Get the software
Course resources
2

Static stress simulation

Module overview
Start a static stress simulation
Use simplify
Select study materials
Create custom materials
Define structural constraints
Use a bolted connection
Add a structural load
Define multiple load conditions
Solve contact sets
Generate mesh and mesh control
Solve a simulation
Review simulation results
Practice exercise
Challenge exercise
3

Using shape optimization to drive a design

Module overview
Define common parameters for a shape optimization
Define shape preservation regions
Detail optimization criteria
Review a shape optimization study
Promote a mesh to create a new design
Design creation to match a shape optimization mesh
Validate through static stress simulation
Review and refine a design
Practice exercise
Challenge exercise
4

Nonlinear response, buckling, and modal frequencies

Module overview
Define and solve a nonlinear static stress study
Review nonlinear results
Refine the model and rerun the study
Define and solve a buckling study
Review and refine a buckling study
Review a final buckling study
Define and solve a modal frequency study
Review modal results
Modify the model to reduce the mass participation
Create a rigid body connector
Explore point masses
Apply additional force types
Simulate pressure
Practice exercise
Challenge exercise
5

Thermal and thermal stress

Module overview
Prepare a model for thermal simulation
Set up thermal study materials
Understand and apply types of thermal loads
Solve a thermal study and review the results
Clone a simulation model
Set up a thermal stress study
Set up mesh and contacts
Modify a thermal stress study
Event simulation setup
Event simulation results review
Practice exercise
Challenge exercise
6

Course challenge

Module overview
Course challenge
7

Final test

Module overview
Start your final test
  • Up next:Define and solve a buckling study

Refine the model and rerun the study

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Video quiz

1. If a study is going to be run again with the same load case(s) and material classifications, with a change in geometry for the purposes of analysis, which of the following should be done?

Error: Select an answer

Error: 1/1 questions unanswered
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Step-by-step guide

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  • Up next:Define and solve a buckling study

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