Types of analyses

Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations.

Buckling: Critical compression static load or combination of loads that results in instability.

Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations.

Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function).

Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary condition.

Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests).

Steady state and transient heat transfer: Temperature distribution within a solid body.

Thermal stress: Stress induced by temperature distribution.

Fatigue (multi axial and vibration fatigue analysis): Predict the life of a structure subjected to cyclic loading or vibrations.

Optimization: Parametric and Topological.

Forensic engineering: failure analysis and root cause diagnostic, reconstruction of impact and accident using simulation, biomechanical engineering.