Due to its lightweight, rigid and durable properties, composite materials represent the main materials in the race to reduce carbon emissions. However, as it moves to industrial mass production, new challenges arise with these materials:
How to expand production scale to meet market demand?
How quickly can I adapt to new materials to keep up with the speed of innovation in composites?
How to price the final product to meet the market demand?
These questions will be answered in the modules of PAM-COMPOSITES.
PAM - FORM, a composite material forming simulation module in the PAM-COMPOSITE software suite, is used to simulate the prototyping of dry fabrics or the forming ...
PAM-RTM is an injection molding simulation module of the PAM-COMPOSITE solution suite, used to simulate the injection or transfer of composites in the mold. It can ...
The PAM-DISTORTION allows for the prediction of residual manufacturing stress and deformation of composites made from continuous fibers and heat matrices.
