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

Stiffness of bracket in reonforced PBT - SCHNEIDER

Impact on a stiffener for lower B-pillar