Simulation
Simulation of static and dynamic loads on rail vehicles
Simulation of typical static and dynamic loads from operation, e.g. for computational proof of service life and for evaluating driving comfort.
Fields of application
- Requirements management
- Product design and optimisation
- Computational qualification
- Integrity management
- Digitalisation
Services
- Development of design and qualification concepts
- Virtual load data determination based on multi-body simulation and the use of AI
- Computational fatigue analyses
- Load data analyses and generation of damage-equivalent test signals (test time reduction, random vibration testing...)
- Computational fluid dynamics
- Structural health monitoring using model- and data-based approaches (Digital Twin & AI) incl. dashboards
Tools used
- CAD: Catia V5, SolidWorks, Creo
- FEM modelling: Hyperworks/Hypermesh, ANSA, Medina
- FEM-Solver: Abaqus, Nastran, ANSYS, Optistruct, LS-Dyna
- Foot and mouth disease solver: Adams, RecurDyn
- CFD: OpenFoam
- Strength assessment: nCode, FEMFAT
- Programming languages: Fortran, Java, C++, LabView, Unity 3D
- Script languages: Python, Matlab/Simulink
- 14.10.2022 Verbundprojekt SmarTram: Auf dem Weg zur intelligenten, autonomen und sicheren Trambahn
- 24.06.2022 IABG hands over the large-scale test bench MAXI to the German Federal Armed Forces as general contractor
- 03.05.2022 DVM-Workshop Prüfmethodik für Betriebsfestigkeitsversuche: IABG zeigt hohe Kompetenz mit vier Fachvorträgen
- 31.01.2022 CryoTRUCK Consortium launches development of high-performance “CRYOGAS” hydrogen storage and refueling technology for long-haul fuel cell trucks
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