SLIDE 13 Additive manufacturing for aeronautical products
Distretto Tecnologico Aerospaziale / Aeerospace Technological Cluster www.dtascarl.it
Metals and composites, currently suffer from limited productivity, high costs, high residual stress and low quality (repeatability, precision and finishing). The number of materials processed with AM techniques is low, the knowledge about the manufacturing processes, the post‐processing effects and the subsequent processing required to transform the component into the finished product are very modest. Overcome this knowledge gap for AM processes considered is the final objective of the project Numerical and experimental studies of new HIP(Hot isostatic pressing)/Quench thermal treatments to reduce defects, increase mechanical properties and reduce time and costs (EBM technique) Statistical process monitoring and large data mining techniques applied to in‐situ captured signals to design appropriate alarm rules Lightweight metallic materials with Architectured Materials structures for weight reduction The possibilities offered by emerging AM techniques that use Automated Fiber Placement (AFP) and Continuous Fiber Fabrication (CFF) in a variety of research areas, such as material design, simulation of complex parts manufacturing and process optimization, with performance and cost compatible with applications