The SAMULET Programme: Processing of Advanced Materials: Project 5

A factory floor stamps, presses, and bonds advanced metals, polymers, and composites into finished components—but the processes to do this reliably, at scale, without hidden damage, are still being worked out. This project tackles a practical manufacturing bottleneck. High-performance materials—stronger, lighter, or more heat-resistant than standard ones—are difficult to shape, join, and inspect without introducing cracks, voids, or misalignments. Current methods often waste material or energy, or fail to detect faults before a part is in service. The research develops the primary forming, joining, and repair technologies needed to process these materials efficiently, plus the inspection techniques to spot damage or defects. If successful, the work could lower production costs and energy use across supply chains that rely on advanced materials—for example, in aerospace, automotive, or energy infrastructure. Components made from these materials would become more affordable and reliable, with fewer rejected parts and longer service lives. The financial and environmental benefits would ripple through the entire chain, from raw material supplier to end user. This is applied engineering, not fundamental science: the goal is a set of ready-to-use manufacturing methods, not a new theory.