DigimatEnable engineers to conduct micro and macro analysis of composite materials, predict their properties, and calculate their mechanical, thermal, and electrical properties, Multiple composite materials can also be modeled, including composite materials composed of thermoplastic and thermosetting polymers as well as elastomers.

DigimatComposite material modeling technology relies on micromechanics methods to accurately predict the behavior of multiphase materials. Provided optimized solutions To bridge the gap between manufacturing processes, material design, and structural finite element analysis.

useDigimatAsCAEAs part of the suite, your product development will become more predictable, allowing you to optimize the composite structure Design and save time and resources.

Digimatmodular:

•Digimat-MFA rapid prediction tool for nonlinear constitutive behavior of multiphase materials based on mean field method.

•Digimat-FEBased on representative volume units（RVE）Random geometry modeling and finite element solution for accurate prediction of composite materials Nonlinear behavior.

•Digimat-MXMaterial model library, including hundreds of composite material models and experimental curves provided by material suppliers.

•Digimat-CAE：DigimatInterface with mainstream process and structural finite element software.

•Digimat-MAP：Digimat 2D/3DGrid mapping tool, which can map the information calculated by the process software to the structural finite element model On the type.

•Digimat-HCVirtual testing solution for honeycomb sandwich panels.

•Digimat-RPA comprehensive solution for structural analysis of modified plastics, which can quickly achieve the entire process from process simulation to finite element calculation Process.

•Digimat-VAVirtual experimental platform for allowable values of composite materials.

•Digimat-AMA toolkit for simulating non-metallic additive manufacturing processes.