Claudia Fleck

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About

Claudia Fleck is a leading figure in the field of advanced ceramics, with a particular focus on the processing and characterization of zirconia-based materials for high-performance applications. Her research bridges materials science and engineering, exploring how novel fabrication techniques can unlock superior mechanical and functional properties. Fleck’s major contributions center on the electrophoretic deposition (EPD) of multilayered ceramic structures, a method she has refined to create complex, tetragonal and cubic zirconia architectures. Her 2013 work on this topic, which has garnered 10 citations, demonstrates her pioneering approach to automating EPD parameters, enabling precise control over layer composition and electrical behavior. This innovation has direct implications for solid oxide fuel cells, thermal barrier coatings, and biomaterials—fields where durability and tailored functionality are critical. By systematically investigating the interplay between processing conditions and material performance, Fleck has advanced the practical viability of EPD for industrial-scale applications. Her work is distinguished by its rigorous integration of electrical characterization with processing science, offering a blueprint for designing next-generation ceramic composites. For students and researchers, Fleck’s research exemplifies how fundamental understanding of processing-structure-property relationships can drive tangible technological progress in energy and biomedical sectors.