In-process monitoring and qualification of SLM produced nickel based superalloys using eddy current inspection method and a novel EC array probe design
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
Additive manufacturing gives high flexibility to part designers on the manufacturability of optimized and complex parts. This advantage brings a part inspectability challenge. In this study, the Eddy Current Array sensor application is investigated as an in-process monitoring/inspection method and discussed as an L-PBF layer acceptance technique for the volumetric qualification of aerospace parts. Laser Powder Bed Fusion (L-PBF) process produced Inconel 625 test samples are used for data collection. Intentionally defects are created by using a waterjet-guided laser system to trial the L-PBF in-process eddy current inspection capability.
Author
Erdem Bektaş
How to Cite
Erdem Bektaş (Doctorate thesis). In-process monitoring and qualification of SLM produced nickel based superalloys using eddy current inspection method and a novel EC array probe design, 2022, Koç University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Koç University
- Obje tabanlı akıl danışma-tavsiye iletişimi tasarımına ilham kaynağı olarak Türk kahve falı(2017)
- Thinking of the ECtHR case law on same-sex marriage from the perspective of modern natural law: An evaluation based on the right to marry under the ECHR(2023)
- The Making of a medical museum: Recontextualizing the Gülhane medical history collection in Ankara, Türkiye(2024)
- State-building in multi-ethnic borderlands: Nationalizing Eastern Anatolia and Transylvania in interwar Turkey and Romania(2021)
- Unwritten histories of photography: Elisa Zonaro, an Italian photographer in Ottoman Istanbul(2023)
- Cross-cultural and artistic dialogues in the seventeenth century constantinople/istanbul: The Iconography of Madonna della Misericordia and the Galata Icon(2024)