Finite element calculations
Sizing with finite element analysis
The finite element modeling services offered by SOCITEC save valuable time during the design and validation phases. They allow for accurate prediction of a structure’s response to a harsh mechanical environment, even before manufacturing, by identifying critical areas of stress or deformation. This optimizes the design phase, reduces the risk of premature failures, and enhances product safety. These simulations also help validate the compatibility of a suspension with the structure it protects.
We use the finite element method to solve complex problems in structural mechanics. Simulations thus provide a quick and effective alternative to testing.
Cedric M. – Calculation Engineer
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On sizing with finite element analysis Contact usFAQ
How does the finite element method work?
The finite element method is a widely used numerical technique for solving complex structural mechanics problems, which involves dividing a complex assembly into a set of simpler elements connected by nodes. Each element is modeled by differential equations that describe the physical behavior of the system (such as its elasticity), and the entire system is solved by assembling these elements.
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