Our
capabilities:
- Acoustics & vibrations
- Active & passive shielding
- CFD
- Cleanliness
- Computational Flow Dynamics
- Dynamics
- Electromagnetics
- Fluid flow
- Nuclear physics
- Particle physics
- Plasma physics
- Structural mechanics
- Superconductivity
- Thermal engineering
The value of simulation-driven product development
Our multiphysics engineers can contribute in the very early phase of a project when all design options are still open to precalculate concept designs and make feasibility studies.
Or they can step in when building a prototype is either too complex or too expensive, or when real-life testing simply isn’t possible or when the possible outcome of a test is highly undesirable or downright destructive.
simulating advanced multi-domains.
To assist our multiphysics engineers in their endeavors, they have a wide variety of tools at their disposal. To name just a few:
- Simulation techniques: FEM, CFD, CEM, LEM, Monte Carlo
- Software tools: Ansys, Comsol, Matlab/Simulink, StarCCM, Amesim and Fluka
And when required, they won’t shy away from writing their own code.
Typical customer objective
With our simulation and modeling expertise, we help customers achieve first-time-right designs while reducing product development time and costs. By combining fundamental physical insight from analytical approaches with Computer-Aided Engineering (CAE), we can model a wide range of physical phenomena. This enables us to understand and optimize the performance of a mechatronic design before it is realized. Test set-ups are then used to validate and further refine the physical models.
Demcon multiphysics
