The tools in the Design workspace, Form contextual environment, on the Symmetry panel let you add symmetry to T-Spline bodies in Fusion.

In the Design workspace, Form contextual environment, select Symmetry > Clear Symmetry . The Clear Symmetry dialog displays.

Design > Form > Symmetry > Isolate Symmetry The Isolate Symmetry tool turns off symmetry for the selected faces.

Reduce the size of a simulation task using symmetry . Often, you can cut a CAD model in half one or more times to produce a half-, quarter-, or eighth- symmetry representation of the full model.

There are three types of symmetry that provide a modeling advantage in finite element analyses, as follows: Full Symmetry : All geometry, constraints, physical loads, and thermal loads are symmetrical about one or more planes of symmetry .

Design > Form > Symmetry > Clear Symmetry Select Surface Select the T-Spline surface to remove symmetry .

In the Design workspace, Form contextual environment, select Symmetry > Isolate Symmetry . The Isolate Symmetry dialog displays.

Use a Symmetry Plane is used to force the optimized geometry to be symmetrical about the specified plane.

A Symmetry Plane is used to force the optimized geometry to be symmetrical about the specified plane.

The Symmetry Plane command enables you to define a symmetry plane to generate symmetrical outcomes.

Remove symmetry from a T-Spline body Select a body and select Symmetry > Clear Symmetry .

Remove symmetry from a T-Spline body Select a body and select Symmetry > Clear Symmetry .

In this activity, you use the Simplify environment to create an eighth- symmetry variant of the full disk brake rotor model.

On the Define tab, click Design Space > Symmetry Plane . The Symmetry Plane dialog opens.

The green lines show that there is radial symmetry around them. Remove symmetry from a T-Spline body Select a body and select Symmetry > Clear Symmetry .