On the Schematic Design toolbar, click Modify > Slice , or on the PCB Design toolbar, click Rework > Slice .

Cutting, or slice , planes enable you to hide part of the model so you can view the model internal results.

The instructions vary slightly, depending on whether the study uses the Standard results viewer or the Online viewer For studies using the Standard results viewer In the Results tab, select Inspect > Create Slice Plane to open the Slice Plane dialog.

Key concepts and best practices include: Choosing a sketch plane Using construction planes to create sketches at unique angles Using the slice tool to hide existing geometry Creating a new sketch on an existing sketch face Length: 4:22

The initial position of a point probe can be picked from any visible surface including slice planes and iso-surfaces. Point probes are always fixed in the global coordinate system, however the displacement is honored in the scene.

Tips Use Plane Cut to slice a mesh body along a plane and either trim away one side of the body, split the mesh body into two separate bodies, or slice the mesh faces but leave the mesh body whole.

At the lowest speed, only one single line is drawn per step. Slice progress Shows the overall progress within the entire slice stack.

To reduce the analysis time, the model provided is only a slice of real metal sheet. In addition, you artificially speed up the rolling machine, and edit the contact definitions to suppress unnecessary contact pairs.

The slice can cut across multiple paths that follow a similar route.

Snap: Enables or disables the ability to snap to the sketch grid. Slice : Temporarily cuts through bodies where they intersect with the active sketch plane.

Click (Simulation workspace > Results tab > Inspect panel > Create Slice Plane) to open the Slice Plane dialog.

A Single Hatch Tube is the same shape as a Solid Bar, but the way the Single Hatch Tube is sliced during export is different. Optional steps: To ensure that bar supports terminate in a right angle at the supported surface, in the Bar Properties tab, select the Right Angle on Part checkbox.

The following image demonstrates how to reduce a full model of a brake rotor using multiple symmetry planes: Figure 1: Reducing a brake rotor to an eighth-symmetry model (The yellow, cyan, and magenta faces indicate where the model was sliced along the three planes of symmetry.)

Use the Inspect tools to view minimum and maximum values, probe results in specific locations, display reaction forces and moments, create a slice plane through results, and view solver data.

Positive sign results in a rounded joint, negative sign in a bevel.The miter radius influences some wire bends, too (see help function: SET command, Wire_Bend). SLICE Cuts lines in two parts. The parameter width decides about the width of the gap.