The undeformed mesh, exported from Ansys Mechanical.To start, open SpaceClaim and import the following objects (making sure that they all share the same coordinate system and origin): With some of the Python scripts available in Ansys SpaceClaim, this process is quite easy. Checking for clearance or fit within a larger top-level assembly, using the deformed shape for additional simulation or physics, or using the deformed components in a production model could be a reason why a user would seek to create solid geometry from their deformed mesh. Please contact us.Quite often, engineers need to set up a model not by using ideal or undeformed geometry but by using a geometry that has been deformed as the result of structural loading. If there is no active public schedule available, private training can be arranged. Learning Options: Training materials for this course are available with a Ansys Learning Hub Subscription.
A training certificate is provided to all attendees who complete the course.
Teaching Method: Lectures and computer practical sessions to validate acquired knowledge.
Selecting other objects: coordinate systems, components, datum lines….How to use the autocompletion and the core API.How to select entities using the scripting.How to record features and embed the recording into a script.You will see how to interact with the outside and especially Ansys Workbench using the scripting.
You can create named selections and parameters using Python. With the scripting, you can implement your own commands and you can manage highly parametric models. You will also be able to automate repetitive tasks. The scripting will allow you to automate tedious manual workflows. You will learn and get to speed in the scripting in Ansys SpaceClaim. This course is designed for all the users of Ansys SpaceClaim.
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