- Business Fields
- Automotive
- Development Services
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Technical Calculations
- Fatigue Strength Assessment
- CAD Design, FE Modelling
- Fatigue Strength Analysis, Joining Techniques
- Method Development, Software Development
- Non-Linear Structural Dynamics, Shock, Fluid-Structure Interaction
- Damage-Equivalent Vibration Testing (FatiResponse)
- Oscillation, Vibration
- Structure Optimisation
- Fluid Simulations (CFD)
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Structure Optimisation
Structure Optimisation
Ever increasing demands for lightweight components require the use of CAE methods early on in the development stage to optimise component geometry. In the process, we perform optimisation analyses with static and dynamic load cases. Here, we can take into account restrictions such as stiffness requirements as well as manufacturing constraints. The conditions that apply to the subsequent manufacturing process thus become part of the optimisation.
We provide the following range of services for improving your component structure:
- Topology optimisation to determine the ideal component shape based on the available space
- Implementation of the optimum shape in a CAD model
- Shape optimisation to further improve stress distribution at transition points
- Numerical optimisation of space and wall strength with parameterised concept models
- Predictions about the functional feasibility of a new development and dimensioning of an optimum structure
Software used
TOSCA, Optistruct, MSC.Nastran
- VDA ISA TISAX zertifiziert für die Labels „Informationen mit sehr hohem Schutzbedarf“, „Prototypenschutz“ und „Datenschutz“ für die Standorte Ottobrunn und Lichtenau
- ISO 14001
- ISO 9001
- DIN EN ISO/IEC 17025 for Fatigue Strength Laboratory
- DIN EN ISO/IEC 17025 für das Betriebsfestigkeitslabor - Verzeichnis der Prüfverfahren
- Accreditation Calibration Lab for Mechanical Units according to DIN EN ISO/IEC 17025
Wärtsilä Finland Oy, 2016
Gutor by Schneider Electric (Schweiz), 2015