Digimat Material Model for Short Fiber Reinforced Plastics at Volvo Car Corporation - VOLVO CAR CORPORATION

Quasi-static and dynamic failure prediction on a front end carrier

Improving failure prediction of injected parts made of reinforced plastics - VALEO

Destructive test simulation of an automotive radiator component made of short glass fibers filled plastic

Digimat to identify damping behavior of an SFRP and enrich NVH structural FEA

Prediction of the damping behavior of a roof front beam in NVH simulations

Effect of residual stresses induced by manufacturing process in Discontinuous Fiber Composites (DFC) made part

Digimat enables us to perform in-depth analysis of the complete manufacturing cycle of very complex microstructure such as DFC. This complete solution is a cutting edge asset in the development of new composite materials and products.

Failure Prediction of hybrid UD/Woven Laminated Pin-Loaded Joints

Digimat-FE to identify Anisotropic Damping Behavior of multi-phases materials

Digimat Virtual Allowables

Use of Digimat to Simulate Progressive Failure in a T-stiffener Accounting Voids Due to Manufacturing Defects

Accurate Modeling Reinforced Plastic Parts using MuCell(c) with Moldex & Digimat & Marc

Accounting for Successive ply Failure in Composite Laminates - ALENIA AERMACCHI

Force response of a sun roof bearing - TICONA

TICONA_Digimat Quick&easy modeling

Material desgin for particle reinforced polyamide - SOVITEC

MMI ConfidentDesign™ – Digimat Quantitative Modelling - SOLVAY ENGINEERING PLASTICS

Fatigue failure of injection molded bow limbs - SOLVAY