Material selection and simulation
Programming your own material models with Ansys
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Learn how to code, build, debug and configure Ansys UPFs for use in the simulation with Ansys MAPDL and Workbench Mechanical.
Robust computation of the penetration of pressurized fluid into the seal area, through to extrusion
Learn more about the realistic modeling of material behavior in metals and typical components of plastic strength analyses.
Learn how to derive material properties from product requirements and how to find suitable materials in a structured and reliable way.
Importing and calibrating external injection molding data in order to take into account plastic, anisotropic materials in Ansys Mechanical.
Learn how to implement custom creep models to account for time-dependent material behavior.
In this course, you will learn how to program, compile and implement user-defined friction models in Ansys.
Learn to implement your own hyperelasticity models to analyze elastomer material behavior.
Learn how to implement your own plasticity models in Ansys via the general purpose Fortran subroutine UserMat().
Training on the topic of materials & material models
Our more than 60 training courses on structural mechanics have been thematically subdivided for you. On this page, we would like to present our training courses on the topic of “material simulation”.
- Want to correctly define requirements for your product and select the best possible material from comprehensive parameter data? Our training will demonstrate how you can derive material properties from product requirements and find suitable materials in a structured and reliable manner.
- Do you deal with the simulation of composite materials, elastomer components or metals? Numerical simulation is the key to developing an optimal composite structure without elaborate test series and high reject rates. Our training course will show you how to evaluate multi-layered fiber composites and how to select and fit appropriate material models as well as how to model reinforcements and confined fluids. You will also learn about the realistic representation of metallic material behavior and typical building blocks of plastic strength verification.
- Want to program your own user-defined models for creep, hyperelasticity, friction, plasticity or wear? When standard functionalities are no longer sufficient, powerful tools are available for this purpose. You will also learn how to program user-defined hyperelasticity models in our expert-level training courses.
For more than 35 years, we have been designing and supporting the introduction and expansion of simulation with our customers. With our extensive training and continuing education program, we would like to pass on our experience to you.