Daniel Meyer

University of Bremen, Leibniz-Institut für Werkstofforientierte Technologien - IWT

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About

Daniel Meyer is a leading figure in precision manufacturing and surface integrity engineering, with a research focus on the process–structure–property relationships in advanced machining. His work centers on understanding how grinding and finishing processes influence residual stress states and surface quality in high-performance materials. In his highly cited 2020 study on 42CrMo4 steel (14 citations), Meyer systematically analyzed how multistage grinding sequences affect surface residual stress and material microstructure, providing critical insights for optimizing process chains in safety-critical components. His 2025 keynote paper on shape-adaptive finishing (7 citations) has become a seminal reference for finishing complex surfaces produced by additive manufacturing and five-axis milling, addressing the growing demands of optics, biomedical, and aerospace industries. Meyer’s contributions bridge fundamental understanding with industrial application, establishing him as an authority on surface integrity and adaptive finishing technologies. His work continues to shape how researchers and engineers approach the finishing of geometrically complex, high-value components.