Mechanical simulation
CEVAA is a simulation design office. We carry out mechanical simulation (dynamic, static and quasi-static calculation) of structures and systems.
Mechanical fatigue of materials results from cyclic stresses or deformations that cause structural damage to the material. It can lead to the formation of cracks, their propagation and eventually the rupture of the structure.
Thus, mechanical fatigue is one of the major causes of material degradation in many industrial sectors such as automotive, railway, defense, aeronautics, etc.
How to anticipate the mechanical resistance of my product?
Contact CEVAA to carry out a mechanical fatigue calculation in order to predict the lifespan of your product.
Mechanical simulation of structures by engineers
The CEVAA design office carries out mechanical simulation to support manufacturers in assessing the resistance of systems and structures. Our simulation experts are able to simulate mechanical fatigue and damage caused by a load (DSP or sinus) applied for a certain period of time.
- Mechanical calculation: static and quasi-static analysis
- Analysis of mechanical resistance: calculation of displacements, stresses/deformations and forces
- Virtual prototype design: support for design according to specifications, parametric studies and geometry optimization
Thus, to ensure the sustainability of your materials and structures, our design office supports you in reliability control, anticipation of breakage risks and identification of the origin of a breakage.
Finally, we also use digital design optimization techniques to help our customers design new products or improve existing products.
Example: lightening an iso-performance structure.
Applications
- Simulation of a life profile
- Simulation of a vibration test (vibrating pot)
- Calculation of vibration fatigue of an automotive part
- Validation of product fatigue resistance according to profile / specifications
CEVAA assets
- Experienced simulation and calculation teams
- Tailor-made finite element analysis according to your specifications
- Advice and recommendations
- Diversity of simulated environments and stresses
- Correlation calculations / tests
- Simulation training (all levels)
For more information, contact our teams!