معرفی
L.A.I. Kestens is a Professor in the School of Engineering specializing in advanced materials characterization and metallurgical research. Active in both academic and industrial collaboration, their work bridges fundamental crystallography with practical steel manufacturing applications.
Research focuses on microstructure evolution, crystallographic texture analysis, and recrystallization phenomena in ferrous alloys. Key methodologies include electron backscatter diffraction (EBSD), X-ray diffraction, and computational modeling to investigate deformation mechanisms in automotive steels, dual-phase systems, and additively manufactured components. Recent work emphasizes texture control strategies for next-generation steel grades and failure mechanisms in bimetallic structures.
Current publications reveal strong trends in additive manufacturing metallurgy (particularly wire arc processes), computational texture prediction, and liquid metal embrittlement. The 2025 articles demonstrate integration of experimental characterization with physics-based modeling to solve industrial challenges in steel processing.
Award highlights:
- Sawamura Award of the Iron and Steel Institute of Japan (2007) for TRIP-aided steel research
- Best Paper Award for AA6016 texture-plasticity studies (2009)
Supervision includes 9 graduate research projects with emphasis on texture-microstructure-property relationships. Collaborative activities span editorial work, 16 conference/workshop presentations (including invited lectures at major metallurgy forums), and industry-focused research on automotive steel sheet processing. Press coverage includes media engagement on razor blade metallurgy and European steel industry competitiveness.
Active research teams focus on quantitative microstructural analysis and texture control strategies, with recent work exploring plastic strain heterogeneities in BCC/FCC steels and boundary migration phenomena during recrystallization.
