Electromagnetic phenomena are at the core of many high-technology systems from plasma interactions in fusion reactors to high-frequency components in industrial and aerospace sectors. At LTCalcoli, our Electromagnetic Finite Element Method (FEM) analysis services provide comprehensive simulation capabilities to model and predict complex electromagnetic behavior with high accuracy.

What Is Electromagnetic FEM Analysis?

Electromagnetic FEM Analysis uses the Finite Element Method a numerical technique for solving complex field equations over detailed geometries to simulate electric and magnetic fields, induced currents, and coupled multi-physics effects such as EM thermal structural interactions. FEM converts continuous field problems into a discrete system of algebraic equations over a mesh of small elements, allowing precise computation of field distributions and derived quantities.

In the context of electromagnetics, this means solving Maxwell’s equations and related boundary conditions across complex structures and materials to predict electromagnetic field behavior and induced loads.