COMPINNOV TP2 project: Acting on thermoplastic prepregs to optimise the quality of industrial composite parts!

2023 marks the end of the COMPINNOV TP2 project. Three years of research and development into high-performance thermoplastic composite semi-finished products, giving us a better understanding of the links between prepregs materials and manufacturing processes. Context The IRT Saint Exupéry COMPINNOV TP2 project is part of the French aerospace industry, for aerostructure applications. Most of[…]

ANDDURO project results: from the demonstration part to the critical one.

Since 2016, the IRT Saint Exupéry has been working in close collaboration with 15 industrial members and 4 academic members on establishing links between mechanical performance, microstructures, and parameters of metal additive manufacturing processes, with a view to their wider industrial use in the aeronautics and space sectors. The research work carried out within the[…]

METEOR Project: a technological breakthrough in the production of high-performance thermoplastic prepregs and composites.

After 3 years of research and tests, the scientific team of the IRT Saint Exupéry and the members of the METEOR project (coMpEtitive ThErmOplastic pRepreg) have completed a project that plays a very important role in the optimization of prepregs based on high-performance thermoplastics carbon fibers and resin. THE PROJECT METEOR’s mission was to develop[…]

Two premieres in Artificial Intelligence on-board satellites

Congratulations to the CIAR project for two space premieres:– Remotely updating, from a ground station, an artificial neural network embedded on a satellite.– Running this neural network on a FPGA (Field-Programmable Gate Array) in orbit. The CIAR project (Chaîne Image Autonome et Réactive / / Responsive and Autonomous Imaging Chain) is studying technologies to deploy[…]

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