Table of Contents
Fusion 360 Simulation offers tools to analyze the structural integrity of designs. Performing structural analysis helps identify potential weaknesses and optimize models before manufacturing. This guide provides steps to perform a basic structural analysis within Fusion 360.
Setting Up the Simulation
Begin by opening your design in Fusion 360. Switch to the Simulation workspace by selecting it from the workspace menu. Create a new study and choose the type of analysis, such as static stress. Define the materials for your components to ensure accurate results.
Apply constraints to fix parts of the model that will not move. These are typically supports or points where the structure is anchored. Next, add loads to simulate real-world forces, such as pressure, force, or gravity.
Running the Analysis
After setting up the constraints and loads, click the ‘Solve’ button to run the analysis. Fusion 360 will process the data and generate results. You can view stress, displacement, and factor of safety visualizations to assess the structural performance.
Interpreting Results
Results are displayed as color-coded maps. Areas with high stress indicate potential failure points. Displacement maps show how much parts move under load. Use these insights to modify your design for better strength and durability.
Additional Tips
- Ensure materials are correctly assigned for accurate results.
- Use multiple load cases to simulate different scenarios.
- Refine mesh settings for more detailed analysis if needed.
- Save and compare different design iterations.