Linear & transient dynamics, explicit structural mechanics, multi-body simulation
Training on all tasks related to dynamic simulation with Ansys Mechanical, LS-Dyna or Ansys Motion
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1x order, 365 days of simulation knowledge at your free disposal
The most appropriate modeling options for contact, non-linear materials, and failure/correct examination and assessment
In this training, you will acquire knowledge about model building, solver selection, load condition superposition, and result evaluation in accordance with the requirements of applicable standards.
Learn how to simulate quasi-static processes (forming/joining) and dynamic processes (drop test/crash) with explicit LS-Dyna solvers.
In this training, you will learn how to mesh complex, real-world geometries with a few manual steps (semi-automatic). The focus is based on meshes that meet the requirements for explicit simulations.
In this training, you will acquire knowledge of characteristics describing random vibrations up to the life cycle evaluation of simulated shaker tests.
In this training you learn to understand and to simulate rotor dynamic effects.
Learn to analyze the vibration behavior of your product with simulation to obtain targeted information on damping, strength and structure-borne noise.
Learn how to selectively reduce undesirable vibrations in simulations and take parasitic damping into account.
Learn to detect and specifically influence friction-induced vibration phenomena
Training in all areas of dynamics with Ansys Mechanical, LS-Dyna or Ansys Motion
- Do you deal with linear dynamics in the frequency domain? For example, do you want to perform modal analyses to determine specific vibration responses to periodic excitations?
- Do you have highly dynamic tasks with many nonlinear contacts, such as those used in crash simulations or drop tests? The explicit time integration in the LS-DYNA solver makes all these types of transient dynamics possible.
- Do you deal with relatively long-lasting transient processes such as the simulation of large movements of assemblies (e.g., gearboxes), which are usually connected with joints or even with non-linear contacts?
In this CADFEM training offer, you will find extensive trainings & eLearnings on all these topics in dynamics.