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CAE Software, Compute Models & Process Automation
For structural analysis, crash & safety, NVH, sheet metal forming.
With an integrated suite consisting of preprocessor, and postprocessor for structural simulations, we provide software solutions for a wide variety of engineering challenges along the entire simulation workflow, developed in close collaboration with our customers to ensure practical relevance, continuous improvement, and optimal alignment with real-world requirements.
ANIMATOR4
A graphical postprocessor for various FEA solvers. Easy to use, with simple possibilities for automation.
- Exceptionally fast and efficient handling of large simulation models and result data
- Animator Database4 format for reduced and comfortable data handling
- Cross section dialog with option for defining cross sections interactively
GENERATOR4
Generator4 is a preprocessor that allows engineers to set up their CAE models with ease and accuracy. Starting from CAD data handling and high-quality mesh generation up to ready-to-run input decks for a variety of solvers including LS-DYNA, PAM-CRASH or Nastran.
- Friendly and easily usable environment with short learning curves
- Flexible GUI, customizable to the needs of any user and discipline
OPENFORM
The industrial solution for sheet metal forming simulation. Practical high-end software for tool designers and process planners.
- Extremely easy to use
- Wide range of applications
- Highly accurate results
- Open concept
AE-MDB MODEL
To meet the requirements of higher vehicle weights and new body shapes, side crash barriers are constantly being enhanced by the NCAPs. Together with the far-side load case, for example, the AE-MDB. This model follows the latest developments of the hardware barrier.
- Adjusted block stiffnesses with prescribed performance corridors
- Two versions are available, considering enabled or disabled gravity in your simulation
- Model mass, velocity and boundary condition are adjustable using LS-DYNA *PARAMETER
ODB Shell Model
The ODB shell model effectively implements the latest developments of LS-DYNA codes and provides users with a stable and targeted analysis.
- According to tests conducted by CATARC, the GNS ODB model has higher accuracy. CATARC recommends the GNS ODB to customers
- Numerous dynamic tests in both the component area and with full barriers allow for consistent and finer calibration. This goes beyond the regulated barrier control process
MPDB Shell Model
The MPDB shell model effectively implements the latest developments of LS-DYNA codes and provides users with a stable and targeted analysis.
- According to tests conducted by CATARC, our MPDB model has higher accuracy and more stable performance than similar products
- Numerous dynamic tests in both the component area and with full barriers allow for consistent and finer calibration. This goes beyond the regulated barrier control process