FEM analysis

Finite Element Method (FEM)

The FEM (Finite Element Method) can be used to study and analyse components in a virtual environment before they are physically built, saving time, materials and energy.

Topological Optimisation

Optimal design for all requirements

Topological optimisation is an engineering design method that seeks to improve the performance of an object through the optimal redistribution of material. The aim is to reduce weight while maintaining structural strength. Advanced algorithms are used to explore different configurations and evaluate the forces at play. The result is an optimised geometry with efficient material distribution. This leads to a lighter structure, greater energy efficiency, reduced production costs and shorter manufacturing times.
It is used in sectors such as aerospace, automotive and medical device design. In short, topological optimisation aims to achieve an optimal design using as little material as possible.

CFD

Computational Fluid Dynamics

CFD, or Computational Fluid Dynamics, is a discipline concerned with analysing fluid flow through numerical methods and computational algorithms. It makes it possible to study the behaviour of fluids, such as liquids and gases, by analysing the equations that describe their movement and solving them through computer simulations.
CFD is widely used across various sectors, including aerospace, automotive, marine engineering and energy. Through CFD, it is possible to assess the performance of an aircraft wing, optimise the shape of a car to reduce drag, or study the dispersion of pollutants within an environment. It provides detailed flow information, such as pressure, velocity and force distribution, allowing informed design decisions to be made and improving the efficiency of fluid dynamic systems.