Finite Element Method (FEM) analysis is a computational technique for predicting the behaviour of structures, components and systems under real-world loading and boundary conditions.

By discretising a complex geometry into simpler finite elements, FEM allows the engineer to evaluate stresses, deformations, thermal gradients, modal frequencies, fluid–structure interactions and more.

This approach enables optimisation of designs, validation of structural integrity, and identification of potential weaknesses before physical prototype fabrication.

At LTCalcoli, FEM analysis is a central tool in our engineering workflow: it helps us reduce development time, minimise cost, assure safety and reliability, and support the certification of critical components in demanding industries.