Tasks in the interface, add tools to the interface, and access the modelĭatabase. Customization Tool 2: ANSYS Customization Toolkit (ACT) for Controlling theĪs mentioned above, ANSYS Mechanical is used to define the modelĬustomization Toolkit (ACT) is how users customize the user interface, automate Or you can teach yourself APDL programming with PADT’s Guide to APDL. If you are not familiar with APDL, find a more “seasoned” user to help you. Those features and keep track of them from inside your ANSYS Mechanical Model. In the solver that are not supported in the interface but you want to get to This approach is used when you want to access capabilities
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We do have plans to update this webinar soon. You can find the PowerPoint Presentation here. PADT has a seminar from back in 2011 that lays it all out. Mechanical inserts your snippets into the command stream.
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The APDL language in ANSYS Mechanical to access the full capability of theĬalled Snippets and they are added to the tree for your ANSYS Mechanical model. That is not a problem because users can use Is exposed in the interface for ANSYS Mechanical. Not every capability that is found in ANSYS Mechanical APDL Customization Tool 1: Command Snippets for Controlling the Solver Then ANSYS Mechanical reads those files and shows results to the user. It didn’t work.) Once the file is written, MAPDL is started, the file is read in, the solve happens, and all of the requested output files are written.
(Side note: years ago we started a campaign to call it map-dul. Yes, that is where ANSYS Mechanical APDL got its name. When you press the solve button ANSYS Mechanical writes out commands in the languages used by ANSYS Mechanical APDL, called the ANSYS Parametric Design Language, or APDL.
This is the original ANSYS Multiphysics program. The solve itself is done in ANSYS Mechanical APDL.
The interface allows users to connect to geometry, build and modify their model, set up their solution, submit a solve, and review results. The interface that users interact with is a version of ANSYS Workbench called ANSYS Mechanical. And it is easy to do.īefore we talk about the four options, we need to remember how the tool, ANSYS Mechanical, is actually structured. But, users can realize significant gains in productivity and access greater functionality through customization. Most of the time you never have to write anything to effectively use ANSYS Mechanical. Long gone are the days when an FEA tool was just a solver, and users had to write code to create input files and interpret the results. ANSYS Mechanical is a very powerful tool right out of the box.
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