The Result Window Definition dialog opens. On the Analyses and Design Studies dialog, click the report icon to Review results of a Design Study or Finite Element analysis.Once you run the analysis, to view the results as a finite element analysis, following these steps: This dialog appears whether or not there were errors in running the analysis. Review the results and then click Close on the dialog. The Diagnostics: Analysis dialog (shown below) displays whether there were any errors in running the analysis.On the Analyses and Design Studies dialog, click the green flag button to Start run.The Static Analysis Definition dialog opens.
On the dialog, click File > New Static.The Analyses and Design Studies dialog box opens. On the ribbon bar menu, click Analyses and Studies.Next, run a static analysis by following these steps: On the Force/Moment Load dialog box, make edits in the Force frame in order to apply a certain force to the surface.Ī downward force was applied on this part.On your model, select the surface to which you want to apply the load.Click Force/Moment from the ribbon bar menu.
On your model, select the end surfaces.In the ribbon bar menu, click Displacement.Next, follow these steps to apply constraints to your part. Click OK on the Material Assignment dialog box. In the Properties frame, click the More button next to the Materials list box.The Material Assignment dialog box opens, which is shown below. With your file open, click Material Assignment.
#Creo simulate how to#
Here’s how to run an analysis: Step 1: Assign a materialīefore you run an analysis, you need to assign a material to your model. With Creo Simulate, you can automate your static analysis and you can be confident that your calculations are accurate. Hopefully you’re not using a pen and paper to work out your calculations now.
This app gives users early insight into how their design will perform and can reduce the time and cost associated with physical prototyping.As an engineering student, I bet you spent countless hours scribbling the answers to equations for statics class. With Creo Fatigue Advisor ExtensionĬreo Simulate provides the capabilities an analyst needs for structural and thermal simulation. Creo Advanced Simulation Extension, an extension to Creo Simulate, enables you to investigate the impact of non-linear stresses.
When you need advanced capabilities we have them. Creo Simulate is available as a standalone application or as an extension to Creo Parametric. This rich set of capabilities allows you to send a more developed product to the analysis department – and eliminate expensive changes while it’s still cost-efficient to do so. If needed, adjust the model to produce higher quality designs faster. Even better, you can see the results quickly. Start by modeling your design in Creo Parametric, click a single tab on the user interface, and then apply loads, materials, and boundary conditions to the design geometry in Creo Simulate. We’ve designed Creo Simulate so any engineer can do basic simulation.
#Creo simulate software#
Note that the software applies stresses to your digital prototype – not to you. Given this, nothing ruins your day or your budget quite as much as a spectacular prototype failure.Creo Simulate is a structural, thermal and vibration analysis solution with a comprehensive set of finite elements analysis (FEA) capabilities that allow you to analyze and validate the performance of your 3D virtual prototypes before you make the first part. Your customers depend on your products to work how and for as long as they’re supposed to.