Create a section analysis On the toolbar, select Inspect > Section Analysis .

To make a toolpath visible for Section Analysis , click the icon next to the toolpath name in the Browser and then perform a Section Analysis .

Click the visibility icon to show or hide each analysis . You can use the following tools to analyze your design: Measure Interference Curvature Comb Analysis Zebra Analysis Draft Analysis Curvature Map Analysis Isocurve Analysis Accessibility Analysis Minimum Radius Analysis Section Analysis Center of Mass Display Component Colors Measure The Measure tool reports distance, angle, area, or position data of the selected object.

Note: This section covers procedures, loads, constraints, and options that are specific to Structural Buckling analyses only.

In addition to these, a contact pressure result is produced by a static stress analysis , and total displacement results are produced by a structural buckling analysis .

Export status data for further analysis and reporting. Status summary The Status summary section shows the overall distribution of machine statuses during the selected time period: Running (green): Machine actively running a program Idle (orange): Machines connected but not currently running Stopped (red): Machines that have stopped operation Not connected (grey): Machines that are offline or disconnected The summary uses a horizontal bar chart with color-coded segments to quickly identify the proportion of time spent in each status across all machines.

This section contains the Accuracy Verification Examples (AVEs) for the Thermal analysis type.

This section contains the Accuracy Verification Examples (AVEs) for the Thermal Stress analysis type.

This section contains the Accuracy Verification Examples (AVEs) for the Structural Buckling analysis type.

This section contains the Accuracy Verification Examples (AVEs) for the Static Stress analysis type.

In the Results section , select a signal path or segment.

Use Shell to hollow a mesh body and significantly reduce the amount of print material, time, and cost required for 3D printing. Use the Section Analysis tool to analyze the interior structure of the hollowed mesh body.

Uncheck this option if you want to identify faces on a mesh body that are oriented incorrectly, so that you can use Reverse Normal or Repair to reorient them. Mesh Repair Analysis Enables an advanced mesh analysis tool to assist with the repair of mesh bodies.

You may only reject a CR from the Review & Impact Analysis state and before any tasks have been initiated.

Note: This section covers procedures that are specific to Nonlinear Static Stress analyses only.