Application of microCT to the non-destructive testing of an additive manufactured titanium component
Anton du Plessis - Stellenbosch University
(in lingua inglese)
It has been shown that a very specific type of layered defect can be formed in laser AM metal parts, most likely due to imperfect melting in specific layers. These defects are present in a part with as little as 0.005% porosity, but can still be a problem if localized in a thin walled section and is hence of importance in material studies and non-destructive testing of high-performance parts. X-ray microCT seems to be the ideal tool to characterize this type of defect due to the defect size and geometry, though X-ray microCT could also be used to indicate where to physically section a sample for further analysis.
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Fonte: Articolo Case Studies in Nondestructive Testing and Evaluation 2015
Settori: Additive manufacturing, Automazione industriale, Industria 4.0, Laser, Manutenzione industriale, Software industriale
Mercati: Manutenzione industriale
Parole chiave: Additive manufacturing, Laser
- UNI Ente Nazionale Italiano di Normazione
- voestalpine High Performance Metals Italia
- Alessandra Strafella ENEA - Laboratorio di Tecnologie dei Materiali di Faenza
- Stefania Minnella
- Davide Colombo
- Stefania Minnella