Training and eLearning courses
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110% Ansys LS-DYNA – Perform Explicit Analyses Efficiently
In this training, you will deepen your knowledge and learn procedures & tricks for solving various simulation tasks with LS-DYNA in the Workbench.
Training
Level
110% Ansys Workbench – Using Ansys Mechanical Efficiently
In this training, we will provide you with tips and tricks as well as best practice to make your day-to-day simulation work easier.
Training
eLearning
Level
Ansys Discovery Update Training for Structural Mechanics
Learn more about new functionality in Ansys Discovery with a focus on pre-selected topics from the latest versions.
Training
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Automation within Ansys Mechanical Using Python
Learn how to write your own scripts: from automatic geometry selection to standardized reports.
Training
eLearning
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Contact Modeling with Ansys Mechanical
Learn how to use appropriate linear and non-linear contacts & improve performance and accuracy of your assembly simulations.
Training
eLearning
Level
Explicit Structural Mechanics Using Workbench LS-DYNA
In this training, you will learn how to simulate quasi-static processes (forming/joining) and dynamic processes (drop test/crash) with LS-DYNA.
Training
eLearning
Level
Fatigue Analysis with Ansys Mechanical
Learn how to estimate the maximum tolerable load cycles for simple scenarios within Ansys Mechanical.
Training
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Finite-Element-Based Heat Transfer Simulations
Learn how to perform thermal analyses in Ansys Mechanical: best practice for heating and cooling tasks and determination of thermal stresses.
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eLearning
Level
FKM Guideline – Computational Verification and Simulation
Learn how to perform static strength and fatigue strength verification according to FKM and the use of FEM for automated workflows.
Training
Level
Improve and Analyze Products with Ansys optiSLang
Learn how to examine parameter influences, robustly optimize properties, process signals and integrate processes in Ansys.
Training
eLearning
Level
Load-driven Component Design Using Ansys Topology Optimization
Automatic generation and validation of an optimal material distribution in each design space under structural mechanical conditions
Training
eLearning
Level
Modeling and Quality of Results in FE Simulation
Learn how to create effective FE models and systematically check your simulation results for plausibility.