Learn how to work with the analytical model for structural analysis and design.
The analytical model is needed to perform the structural analysis and design. You export the analytical model created in a project to the analysis and design software.
| Term/Concept | Definition |
|---|---|
| Analytical Model | A representation of the structural physical model consisting of analytical elements, geometry, material properties, and loads. It is created automatically while creating the physical model. You export the analytical model to the structural analysis and design software. |
| Analytical Element Properties | Instance parameters of an analytical element. They also display some properties directly from the physical element related to the selected analytical element. |
| Analytical Edit Mode | An environment that allows you to adjust analytical elements by direct manipulation. When you enter this mode, the ribbon displays the tools needed to make adjustments to a selected analytical element. |
| Analytical Alignment | The instance parameters that you can use to adjust the location of an analytical element. If the Alignment Method is set to Auto-Detect, the analytical model is adjusted based on the tolerance settings. If the Alignment Method is set to Projection, you can select the location of the analytical model from the available projection options. |
| Auto-Detect | The mechanism ensuring consistency of the analytical model; it connects analytical elements based on their proximity. You can specify Auto-Detect tolerance settings. |
| Structural Settings | The dialog where you can add load cases and load combinations, and define settings for boundary conditions (supports) and analytical model settings. |
| Analytical Model Settings | The tab in the Structural Settings dialog where you can define the tolerances for Auto-Detect and Analytical/Physical Model Consistency Check, and a list of Consistency Check criteria. |