Model complex component layups Geometry-independent composite ply-based modeling software simplifies modeling of complex component layups and makes it possible

AI Technology:

Product Descriptions

Versatile composite layup tools quickly and easily handle complex layups, ply draping, and composite post-processing with this affordable solution for improving the accuracy and reliability of composite manufacturing output. reduce the need for late-stage design modifications by accurately accounting for fibre angle deviation and verifying production processes ahead of time. explore the femply features 2d cad extraction accurate and reproducible components based on extracted 2d cad ply shapes used in cutting patterns or ply booklets post-processing capabilities identification of critical areas based on robust post-processing of failure theorems, sandwich stability, and output vectors composite modeling advanced composite modeling functionalities for the economical and accurate design, analysis, and manufacturing of highly complex composite components design reuse maximizing the value of product knowledge by making it repeatable across scenarios and use cases sandwich stability calculations for ply strength, honeycomb dimpling, shear crimping, and skin wrinkling

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Maya HTT

Maya HTT has been working hand-in-hand with some of the world’s largest engineering and manufacturing companies on their journey towards digitization where AI and ML are playing an increasingly critical role: from product conceptual studies, to design optimization, to predictive engineering and maintenance analysis, automation, real-time data acquisition and analytics, to production planning and commissioning, and finally to turn resulting operational data into new businesses.

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