Learn Mechanical Simulation from the #1 Training Provider for FEM
The CADFEM training program for structural mechanics simulation offers simulation expertise you can count on.
CADFEM Learning Subscription
1x order, 365 days of simulation knowledge at your free disposal
As the No. 1 training partner for CAE simulation, we offer more than 60 training courses on structural mechanics, which have been thematically subdivided for you:
Linear & Non-Linear
Dynamics
Strength
Materials
Machine Elements
Free modules: Get a first impression of content, methods & speakers. 30 days access. Free of charge and without obligation.
Available for all eLearnings - simply filter by event type.
Depending on your level of experience, you can take part in basic, advanced, or expert courses.
Book your training or eLearning now!
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
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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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Multibody Dynamics with Ansys Motion
Faster, more efficient, quieter – learn how to efficiently simulate complex motion sequences.
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Multiphysics Simulation with Ansys Mechanical
In this training, you will learn about the theory and practical application of coupled field simulation for the interaction of mechanics, temperature and electricity.
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Noise Computation for Electrical Drives
Learn how to calculate the electromagnetically induced vibration and noise emitted by electric motors using Ansys tools.
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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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Numerical Analysis of Pressurized Equipment
Analytical eligibility and fatigue verification. Standardized implementation using FEM for the design of pressurized containers.
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Optimizing Additive Process Parameters for Metallic Materials
Determine optimal print parameters for the laser powder bed fusion process and influence printed component properties
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Positioning accuracy in machine development
In this training, you will learn how to increase the accuracy of machines by simulating static, dynamic, and thermal environmental influences as early as the development stage.
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Practical Simulation of Elastomer Components
In this training, you will learn how to select and fit appropriate material models as well as to model reinforcements and confined fluids.
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Practice-Oriented Meshing in Ansys LS-DYNA
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.
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Practice-Oriented Meshing in Ansys Mechanical
In this course, you will learn how to create FEM meshes in Ansys Mechanical that are adapted to both your simulation objective and the required result accuracy.
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Training for all tasks in Structural Mechanics
The field of structural mechanical simulation is very extensive, just like our range of basic, advanced, and expert trainings on the use of the Finite Element Method (FEM). Starting with the introductory course for every engineer dealing with structural mechanical simulation with Ansys Mechanical, modeling and simulation of nonlinear contacts, and stability of thin-walled components, we dedicate ourselves to topics such as strength, material behavior & models, connection techniques or manufacturing technology. Want to get 110% out of Ansys? We also offer trainings on topics such as optimization, vibration technology, multi-body systems, short-term dynamics, acoustics, piezoelectrics, hydrodynamics and temperature.