Calculation is the first true test bench for a project. It is a fundamental activity that allows us to drastically reduce time to market while maintaining the verification standards ensured by experimental testing.
It allows us to test the behavior of structures before their physical realization. This enables us to design in a fail-safe mode, anticipating potential issues, optimizing geometry and ensuring both structural and functional efficiency.
• Computational Fluid Dynamics (CFD) analysis
• Thermo-fluid dynamics analysis
• Fluid-structure interaction analysis (FSI analysis)
• Vibro-acoustic analysis
• Porous media analysis
• Two-phase flow analysis
Analyses performed using FEA/FEM tools allow for proper structural sizing of mechanical components subjected to various loads. They can be applied both in the elastic range and in the plastic deformation regime.
• Linear and nonlinear static analysis
• Fatigue analysis on individual components or functional assemblies
• Vibration mode analysis
• Buckling analysis
• Random vibration analysis
• Elasto-plastic analysis / Dynamic analysis
• Steady-state and transient thermal analysis.
• Impact analysis.
• Analysis of composite, anisotropic, hyperelastic, piezoelectric, and other advanced materials
