How to Interpret Displacement Results in SolidWorks

In SolidWorks, displacement results show how much parts move or deform under load. You interpret them by checking the color-coded displacement scale and numeric values to see where the model bends or shifts the most. This helps identify weak spots or areas needing design changes.

Syntax

Displacement results in SolidWorks Simulation are accessed through the Results folder after running a study. The main elements include:

• Displacement Plot: Visual color map showing deformation magnitude.
• Max/Min Displacement Values: Numeric values indicating the largest and smallest displacements.
• Deformed Shape: The changed shape of the model under load.
• Scale Factor: Controls how exaggerated the deformation appears for visualization.

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Simulation Study > Results > Displacement Plot > Show Deformed Shape > Adjust Scale Factor

Example

This example shows how to view displacement results after running a static study on a bracket:

1. Run the static simulation study.
2. Expand the Results folder.
3. Double-click Displacement Plot to open the color map.
4. Observe the color gradient from blue (low displacement) to red (high displacement).
5. Check the maximum displacement value shown in the plot legend.
6. Enable Deformed Shape to see how the bracket bends.

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1. Run Simulation
2. Results > Displacement Plot
3. View color scale and max displacement
4. Enable Deformed Shape
5. Adjust Scale Factor for clarity

Output

Color map shows displacement from 0 mm (blue) to 2.5 mm (red).
Max displacement: 2.5 mm at bracket tip.
Deformed shape shows visible bending at load point.

Common Pitfalls

Common mistakes when interpreting displacement results include:

• Ignoring the Scale Factor, which can exaggerate or hide real deformation.
• Confusing displacement magnitude with stress or strain; displacement only shows movement, not material failure.
• Not checking boundary conditions, which affect displacement accuracy.
• Overlooking units, leading to misinterpretation of displacement size.

Always verify your setup and understand what displacement represents before making design decisions.

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Wrong: Viewing displacement without adjusting scale factor may hide small deformations.
Right: Adjust scale factor to visualize true deformation clearly.

Quick Reference

Term	Meaning
Displacement Plot	Color-coded map showing how much each point moves
Max Displacement	Largest movement value in the model
Deformed Shape	Visual of the model after deformation
Scale Factor	Multiplier to exaggerate deformation for viewing
Boundary Conditions	Constraints and loads affecting displacement

Key Takeaways

Displacement results show how much your model moves or bends under load.

Use the color scale and max displacement values to find critical deformation areas.

Adjust the scale factor to clearly see deformation without misleading exaggeration.

Displacement is about movement, not stress or failure—check other results for that.

Always confirm boundary conditions and units for accurate interpretation.