We perform advanced non-linear finite element analysis to evaluate structural behavior beyond elastic limits, accounting for material plasticity, large deformations, contact non-linearities, and stiffness changes under load. Such analyses are essential where linear assumptions are no longer valid and realistic behavior must be captured to avoid unsafe or overly conservative designs.

Our non-linear simulations help accurately predict stress redistribution, permanent deformation, local yielding, and potential failure mechanisms under extreme operating and accidental load conditions. These studies support reliable design validation, failure prevention, and optimization of complex industrial components and structures.