Digimat-CAE

This interface enables you to import in Digimat-CAE per element fiber orientation data, predicted by 3DTimon, for nonlinear multi-scale FEA.

This interface enables you to import in Digimat to CAE per element fiber orientation data, predicted by Moldex3D, for nonlinear multi-scale FEA.

DIGIMAT interfaces to Moldflow 3D and Moldlflow Mid-Plane handle the effect of fiber orientation, residual stresses and temperature effects to perform multi-scale FEA within DIGIMAT.

This interface enables you to import in Digimat-CAE per element fiber orientation data, predicted by REM3D, for nonlinear multi-scale FEA.

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

Digimat interfaces to Abaqus/Standard, Abaqus/CAE and Abaqus/Explicit allow Abaqus users to perform accurate nonlinear implicit or explicit FEA analysis of composite structures.

This interface allows ANSYS users to perform accurate implicit FEA of composite structures using DIGIMAT to model the nonlinear, anisotropic and rate-dependent behavior of the composite material.

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

DIGIMAT interface to MSC.Marc offers users the capability to improve the accuracy of their nonlinear implicit FEA on composite structures.

Digimat to PAM-CRASH offers the capability to perform multi-scale FEA of crash and failure tests of composite structures where DIGIMAT is used to model the material behavior

Digimat to RADIOSS offers the capability to perform multi-scale FEA of crash and failure tests of composite structures where DIGIMAT is used to model the material behavior

Digimat to SAMCEF offers the capability to perform multi-scale FEA of crash and failure tests of composite structures where DIGIMAT is used to model the material behavior