![]() ![]() Again, these are generic, so I’ll double click each dimension to give them a more specific name in the Modify box. Now, when I double click the feature, I can see the dimension values and their names. There is something else that I’d like to turn on, and that’s in the Global Hide Show menu in the Heads Up Toolbar. I can do this a couple of different ways, such as right click on the Annotations folder and hit Display Annotations, but I will double click on the Shaft Hole since that’s all I’m modifying. Once that is done, I want to expose the dimensions. ![]() I’m changing Cut-Extrude3 to Shaft Hole and will focus the Design Table on this feature. I’m going to do this by clicking on the feature and hitting F2 on my keyboard. The first thing I want to do is rename the features in the Feature Manager tree from the default names. With a Design Table, you can create multiple configurations at once while adding in all the parameters you’d like to change, all inside the Excel interface.īefore I create a Design Table, it’s a good practice do some model housekeeping. If you’re not using a Design Table, your current process could look like this: click on the Configuration manager, right clicking in the blank area and clicking on Add Configuration. More detail added in your kinetics simulations with a new framework in Ansys Chemkin-Pro that now supports a liquid phase.How many of you have been using configurations? Show of hands? Well, did you know that you can set up multiple configurations and modify several parameters at once with a Design Table? If not, this is your lucky day because this article is a look at Design Tables in SOLIDWORKS.Īssuming that you’re already familiar with configurations, I won’t go too in-depth on them, but these give the user the ability to change geometry, creating multiple part iterations within one part file.Combustion enhancements to help push decarbonization efforts with a new strained-FGM model for better NOx and CO predictions, as well as validation of recommended hydrogen concentrations and hydrogen blends.Embedded best practices in the automated mesh adaption setup for combustion and multiphase applications, resulting in cell count reductions of up to 70%.A new built-in workflow for wall recession to model surface ablation.Increased accuracy for hypersonic simulations with built-in thermodynamic non-equilibrium effects, NASA-9 coefficient material properties and partial slip-wall model for rarefied flows.Up to 5X speed ups for high-speed flows to Mach 30 and above, with improved treatment of reaction sources in the density-based solver.Accurate and efficient simulation of bulk granular flows by coupling discrete element simulations to fluids and structures with Ansys Rocky.This release delivers features for improved workflows and more advanced simulations, including: ![]()
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January 2023
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