Filiz Şahin

Filiz Şahin is a Professor in the Department of Metallurgical and Materials Engineering at Istanbul Technical University, with an active research career spanning over 25 years. Her work centers on advanced ceramic processing, particularly spark plasma sintering (SPS), yielding 87 publications and 9 major research projects as Principal Investigator. She maintains a robust h-index of 19 with 1,131 citations, reflecting significant impact in materials engineering.

Her research focuses on Materials Science and Composite Engineering, specializing in spark plasma sintering of boron carbide composites, AlON ceramics, and WC-Co cermets. Key contributions include developing radiation-shielding materials using B₄C-ZrB₂ systems, optimizing mechanical properties through graphene reinforcement, and pioneering light-transmitting ceramic fabrication. Her fingerprint analysis confirms dominance in Composite Materials (100%), Spark Plasma Sintering (96%), and Fracture Toughness (41%).

Recent publications (2024-2026) reveal three critical trends: (1) Radiation shielding optimization for medical applications using boron carbide composites, (2) High-temperature erosion resistance enhancement in TiB₂ ceramics via MAX phase additions, and (3) Mechanical property refinement in cermets through strategic oxide substitutions. Her work consistently bridges fundamental sintering mechanisms with industrial applications in aerospace, nuclear, and biomedical sectors.

No scientific awards were explicitly documented in the source material.

Professor Şahin has supervised 35 graduate students and secured substantial funding through TÜBİTAK and institutional grants. Her 9 projects—including "GNP Reinforced B₄C-ZrB₂ Composite Production" (2024-2025) and "AlON Ceramics Light Transmittance Optimization" (2022-2024)—demonstrate sustained focus on ceramic innovation. Current grants target biomedical titanium alloys and SiC-TiB₂ composites, reflecting forward-looking research directions.

She leads a specialized SPS research group at ITU's Ayazağa Campus, collaborating internationally on ceramic densification and composite characterization. Recent network analysis indicates strong ties with Turkish, Chinese, and Algerian institutions, particularly in boron carbide and MAX phase research. Ongoing projects (2024-2025) target next-generation radiation shields and transparent ceramics, positioning her team at the forefront of structural materials innovation.