Mean-Field homogenization software used to predict the nonlinear constitutive behavior of multi-phase materials.

Homogenization software based on Finite Element modeling of realistic Representative Volume Elements (RVE) of material microstructures.

Material eXpert system developed to manage and exchange confidentially material data and their corresponding DIGIMAT materials models between material suppliers and end-users.

DIGIMAT strongly coupled interfaces to major injection molding and structural FEA software to enable seamless multi-scale analyses of composite materials and structures.

2D and 3D mapping software used to transfer fiber orientation, residual stresses and temperature between dissimilar injection molding and structural FEA meshes.

Digimat to Abaqus Standard/Explicit/CAE interfaces offer the capability to perform accurate nonlinear implicit or explicit FEA of composite structures.

This interface enables you to import per element fiber orientation, residual stresses and temperature effects predicted by Moldflow to perform multi-scale FEA within DIGIMAT.

Digimat to LS-DYNA interface offers the capability to perform multi-scale modeling of the impact and failure of composite structures.

Digimat to ANSYS interface offers the capability to perform accurate nonlinear implicit FEA of composite structures.

DIGIMAT to Moldex 3D interface enables to import in DIGIMAT to CAE per element fiber orientation, predicted by Moldex 3D, for nonlinear FEA.

DIGIMAT to SigmaSoft 3D handles the effect of fiber orentation, residual stresses and temperature effects to perform multi-scale FEA within DIGIMAT.

Accurate and easy to use software for the micromechanical modeling of composite sandwich structures.