Next steps - Fusion 360 Tutorial

Contents

• Introduction Introduction

  • Stress analysis and simulation for your designs

    1m 12s
  • Using the exercise files

    44s
• 1. Accessing Simulation Tools and Quick Start 1. Accessing Simulation Tools and Quick Start

  • What can be simulated in Fusion 360

    2m 22s
  • Review an existing simulation setup and results

    2m 53s
  • Review the results

    4m 7s
• 2. Creating a Study: Static Stress 2. Creating a Study: Static Stress

  • Creating a study and simplifying the model

    2m 52s
  • Assigning materials to the model

    2m 28s
  • Applying loads and constraints

    4m
  • Preview the mesh and run an analysis

    2m 55s
• 3. Creating a Study: Static Stress 3. Creating a Study: Static Stress

  • Cloning a study

    2m 23s
  • Using simplification to explore design

    2m 51s
  • Refining the mesh

    2m 48s
  • Manage materials

    4m 5s
• 4. Fundamental Analysis Types 4. Fundamental Analysis Types

  • Creating a static stress study of an assembly

    8m 59s
  • Finding the frequency response of a component

    2m 13s
  • Define the conditions of a thermal analysis

    4m 38s
  • Apply the thermal loads to calculate thermal stress

    4m 59s
• 5. Advanced Simulation Types 5. Advanced Simulation Types

  • Applying static loads to a design to search for nonlinear material behavior

    4m 16s
  • Set up an analysis of an event over time

    7m 4s
  • Predict the risk of structural buckling

    1m 48s
  • Use simulation to guide a change to the topology of the design

    7m 11s
  • Analyze how air flow can contribute to cooling electronics

    7m 35s
  • Review the electronic cooling results

    2m 19s
• Conclusion Conclusion

  • Additional Fusion 360 simulation extensability

    1m 38s
  • Next steps

    29s