Daniel Kiener

Prof. Daniel Kiener holds the Chair of Materials Physics at an institution focused on advanced materials research. His work emphasizes surface/interface structures, nanocrystalline/nanocomposite materials, and fracture mechanics in high-performance materials. He develops in situ electron microscopy and miniaturized mechanical testing techniques to study size effects and material behavior under extreme conditions like radiation and hydrogen exposure.

Key research themes include plasticity mechanisms, residual stress analysis, and optimizing material systems for microelectronics and energy applications. Collaborations span global institutions, with recent focus on hydrogen evolution catalysts, TiAl alloy fracture, and nanocomposite design for fusion applications. He contributes to editorial roles (e.g., Journal of Materials Research) and frequently presents at international conferences.

Publications (340+) showcase advanced methodologies like multi-photon lithography and in situ nanoindentation. Awards and grants are not explicitly listed, but his work has been widely cited and implemented in industrial contexts. Ongoing projects explore hydrogen storage in nanoporous materials and interface engineering for enhanced mechanical performance.