معرفی
Tugce Tekin is a Research Fellow in the Department of Industrial Engineering at the University of Trento, Italy, specializing in advanced materials processing and characterization. Her work bridges additive manufacturing and surface engineering to enhance performance of critical metallic components, with active contributions to high-impact journals through first-author publications.
Her research centers on Laser Powder Bed Fusion (L-PBF) of maraging steels, investigating microstructure-property relationships affected by heat treatments (direct aging) and surface modifications (nitriding/PVD coatings). Key interests include fatigue resistance, tensile ductility, impact properties, and transformation mechanisms like TRIP effect, with recent expansion into duplex surface treatments for industrial applications. Earlier work examined magnesium-based composites via powder metallurgy techniques including FAST sintering.
Analysis of her 14 publications (2019-2025) reveals evolving expertise: initial focus on magnesium alloys and sintering processes shifted toward L-PBF maraging steel optimization around 2022. Current work emphasizes post-processing techniques to overcome inherent limitations of additively manufactured metals, particularly fatigue performance. Her methodology combines experimental characterization with mechanical testing to establish processing-structure-property relationships.
Scientific Awards: No awards or fellowships are documented in the provided sources.
Advising and Grants: No student supervisees or grant funding details appear in the source material, though her collaborative publications suggest involvement in departmental research projects under senior investigators like Alberto Molinari.
Labs and Teams: Tekin operates within the Industrial Engineering Department's materials research group at University of Trento, utilizing facilities for additive manufacturing, surface treatment, and mechanical testing. Her consistent collaboration with Gloria Ischia and Alberto Molinari indicates integration into a specialized team focused on metallic additive manufacturing and post-processing validation.
