Structural simulation (thermo-mechanical FEM)
A structural simulation using the finite element method enables a comprehensive design of structural components. Even in the early development phase, problem areas or optimization options can be identified and load case verifications can be verified. Requirements and objectives are discussed personally with the customer in order to work out the most suitable procedure for analysis and optimization tasks.
- Simulations accompanying the design
- Static and non-linear calculations
- Dynamic simulations: Crash, drop test, impact
- Virtual validation
- Topology optimization and shape optimization
- Thermal loads
- Vibration analyses
- Prediction of fracture mechanics, material stress
- Thermosets and thermoplastics, metal components, fiber composites, hybrid structures
- Tool deformation in injection molding
- Development of proposed solutions, diversity of variants in virtual prototyping
- Verification of the simulation results