Thanks to our software , we can simulate the laws of Resistance of Materials ( RDM ) and size your structures to resist the different failure modes, the dimensioning criteria: maximum deflection, plastic domain, safety coefficient, etc.) and the applied constraints .

This is combined with in-depth knowledge of materials developed by our engineers and their experience.

To simulate the dynamic behavior of your systems, we have finite element software . This will help to size and plan the actuators to move the different equivalence classes and moving parts of your products but also to move from geometric dimensions to mechanical dimensions, that is to say adapted by mechanical resistance calculations .
 

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For a specific part, an alloy or even a composite , we can carry out tests that will allow us to estimate the material constants and thus to best integrate this subsystem into an assembly . This can also be used to calculate the lifespan of a part or an assembly.

As part of a quality and certification process, it may be helpful to have your calculations validated by an external body . Our calculation engineers are here to carry out this operation and assist you. If you wish, we can also carry out the calculations and sizing for you .

In the fields of fluid mechanics and thermal / thermodynamics , it can be interesting to know the flow laws , temperature law , velocity law and profile , turbulence and the temporal and spatial evolution of these. Our engineers are there to build simulations adapted to your systems.

Sometimes the superposition of physical phenomena is more complex and requires special tailor-made modeling . Our teams are able to carry out these calculations , modeling and simulation by adapting to your equipment to be modeled. Thus combining mechanics, thermal, fluids, electricity, chemistry etc... creating multiphysics models .