XY plots can be made by nodal results (such as displacement) and by element (stress, etc.). Tip: Nodal label displays can be turned on by right clicking the Mesh categories Node header, and picking Query Display. Nodal information per plot style can be reviewed by turning on the nodal display, and passing the cursor over the nodes. This is not the case when simply reviewing plots with Inventor’s section views enabled. Tip: Configuring cross section in the saved results plot template permits additional information such as the element results along the cross section to be reviewed graphically. Additionally, models can be sectioned through the Inventor interface, and then view the results. Cross sectioning is configurable within the plot setting, permitting the particular plot to always section the model. The standard array of plot types are available including displacement, Von Mises stress, principle stress, and more. Tip: You can turn off your mesh view for specific components using the Mesh TableĮach 3D results plot is stored in the overall template, and can then be employed in any of the case studies as desired. I know that the company is looking at how users feel about this particular part of the UI I feel that it is pretty easy to pick up on and use. A well simplified configuration dialog allows users to configure the results plots with a basic set of options.
Each results plot can be configured with the typical smoothed and contoured visualization. The results were consistent with what you’d expect.
In this article I will take a look at those results using Inventor now as the post-processor, how they were configured, and then some closing comments regarding the entire experience. The biggest benefit was at the very least learning how Autodesk expects Inventor users to behave around a more robust simulation model and Inventor acting as a pre-processor for Nastran. During our test drive with Autodesk Nastran In-CAD, we prepared a simple linear static analysis, the setup of which went smoothly.
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