EPDI Volunteers Group

A rigorous research lens on aerospace additive manufacturing (AM) must dig into technologies, breakthroughs, industry players, and white spaces. Using the MRFR report as a backbone, here’s a research-oriented exploration.

Core Technologies & R&D Directions

The aerospace AM domain is grounded in several key technologies: laser sintering, 3D printing, electron beam melting (EBM), fused deposition modeling (FDM), and stereolithography. Each has different material compatibilities and precision/throughput tradeoffs.

• Metal AM (e.g. EBM, laser sintering): Often a focal R&D area given the demand for high-temperature, high-strength parts (e.g. engine components).

• Polymeric/FDM processes: Useful for non-structural, interior, or ducting parts where mechanical loading is lower.

Welcome to the EPDI Volunteers group! Here you can find out about new volunteering needs, you can make suggestions on how to make the project even more inclusive, but also connect with other like-minded individuals across the world..

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