CERBSim Provides Simulation Services
highly efficient for components with complex physical characteristics
- Services and software for challenging multiphysical problems which bring existing simulation tools beyond the limits of what they can do
- for electromagnetism, mechanical and thermal stress, acoustics, fluid mechanics among other areas - as well as for their linkages and feedback effects
- specially designed algorithms and special equation solvers result in superior calculation time and efficient, smart coupling of physical-geometric effects
- flexibly adaptable, highly precise multiphysical problem descriptions
- browser-based high quality visualization - cloud computing, 3D visualization
- free license (LGPL) – ngsolve.org
- parallel algorithms at state of the art level in mathematical research
- integration in existing workflows
- 25 years experience with highly efficient network generation and Finite Element Simulation
- successful network generator Netgen has found its way into numerous software packages for technical modeling and simulation. (FreeCAD, Salome, Z88, Cenos u.a.)
- applications from NGSolve have been implemented by SIEMENS (transformers), Schlumberger (drill hole sensors), Endress+Hauser (electromagnetic flow measurement), Toyota Central R&D Labs (shape optimization), and AC2T Research (tribological simulations), among others
- CERBSim is a spin-off of the Institute for Analysis and Scientific Computing at TU Wien
Level of Innovation
- initial public presentation of CERBSim to an industry audience– first time at Hannover Messe
- at the cutting edge of mathematical innovation
Target groups and users
- Industrial design, R&D departments
- Research centers
- Aerospace, car manufacturers, electrical engineering and electronics, mechanical engineering, industrial engineering, sensor technology, measurement and test engineering
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CERBSim – simulation of the amount of deformation of a component under load

multi-physics simulation software measured airplane model in aerodynamic flow

Loss density in a busbar - due to induced eddy currents in the outermost layers

A green and a blue paper plane flying up to the headline "Engineered Parts & Solutions, Digital Ecosystems – Hall 4, Stand A12"