Training and eLearning courses
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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.
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eLearning
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Ansys Discovery for Structural Mechanics Simulations
Intuitive, fast, high-fidelity: modify 3D models, test variants and validate with simulation. Learn the new standard of product development.
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eLearning
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Automation within Ansys Mechanical Using Python
Learn how to write your own scripts: from automatic geometry selection to standardized reports.
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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.
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eLearning
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Developing Ansys ACT Apps for Ansys Mechanical
Learn how to expand the functionalities of Ansys Workbench in order to implement your own know-how and establish standardized simulation processes within your company
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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.
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eLearning
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Fatigue Analysis with Ansys Mechanical
Learn how to estimate the maximum tolerable load cycles for simple scenarios within Ansys Mechanical.
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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
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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.
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Modeling and Quality of Results in FE Simulation
Learn how to create effective FE models and systematically check your simulation results for plausibility.
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Non-linear Simulation Using Ansys Mechanical
This course provides you an introduction to the world of nonlinear simulation and enables you to understand convergence behavior.
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eLearning
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Numerical Analysis of Pressurized Equipment
Analytical eligibility and fatigue verification. Standardized implementation using FEM for the design of pressurized containers.