FEA – Finite Element Analysis (Stress Analysis)

Finite Element Analysis (FEA) is a computational simulation technique used to predict the structural behavior of components with any geometry under various load conditions. This method is essential for assessing stresses, deformations, buckling, vibration modes and fatigue in industrial equipment.

FEA can be applied from the design stage of equipment through to the extension of its service life. Its applications include design optimization, damage and failure assessment, and structural reinforcement design — ensuring greater precision in results, operational reliability, and safety for critical assets while reducing risks and maintenance costs.