Professional Development
As the No. 1 training provider for CAE simulation, we provide a broad spectrum of simulation knowledge: from CAE fundamentals, useful background knowledge and best practical applications of simulation software to simulation-related management topics. Your added value: strong practical focus and sustained learning outcomes.
- In trainings & eLearnings on structural mechanics, fluid dynamics, electromagnetics and simulation trends, we impart know-how for every level of knowledge. Flexible in both format and payment, our focus is on you and your learning success.
- Take advantage of the CADFEM Learning Subscription: order 1x, get 365 days of simulation knowledge at your disposal. Exclusive service for our Learning Subscription Customers: Let's Simulate! Based on the "Let's Play" approach - known from the video game world - you will experience simulation software in action in this format. You look over the shoulders of experts as they work on the simulation model. In-depth engineering. Practical tips from years of experience. Each series with its own thematic focus.
- Our latest format: CADFEM Intensive Workshops is currently offered for structural mechanics. More topics coming soon.
Book all training products directly in the store. If you have any questions, our training team will be happy to advise you personally! Simply get in touch.
ElectromagneticsNoise Computation for Electrical Drives
Learn how to calculate the electromagnetically induced vibration and noise emitted by electric motors using Ansys tools.
Training
Level
Structural mechanicsNon-linear Simulation Using Ansys Mechanical
This course provides you an introduction to the world of nonlinear simulation and enables you to understand convergence behavior.
Training
eLearning
Level
Structural mechanicsNumerical Analysis of Pressurized Equipment
Analytical eligibility and fatigue verification. Standardized implementation using FEM for the design of pressurized containers.
Training
Level
Fluid mechanicsOptimization of Flow Geometry Using Fluent Adjoint Solver
In this course, you will learn how to effectively apply tools available in Ansys CFD for shape optimization of your flow geometry.
Training
Level
Structural mechanicsOptimizing Additive Process Parameters for Metallic Materials
Determine optimal print parameters for the laser powder bed fusion process and influence printed component properties
Training
Level
Discrete Particle SimulationsParticle Simulation Using the Discrete Element Method in Rocky
Learn the application of particle simulation for various problems from the fields of process, production and plant engineering.
Training
eLearning
Level
Structural mechanicsPositioning 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.
Training
Level
Structural mechanicsPractical 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.
Training
Level
Fluid mechanicsPractice-Oriented Meshing in Ansys Fluent
Learn how to prepare geometry data and use Fluent Meshing to generate a completed mesh in just a few steps - even for complex assemblies.
Training
eLearning
Level
Structural mechanicsPractice-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.
Training
Level
Structural mechanicsPractice-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.
Training
eLearning
Level
Structural mechanicsPSD Analysis: Computation of Randomly Excited Structures
In this training, you will acquire knowledge of characteristics describing random vibrations up to the life cycle evaluation of simulated shaker tests.
