Papers
1
Total Citations
14
H-Index
1
About
Heiner Meyer is a leading researcher in precision manufacturing and surface integrity engineering, with a core focus on the mechanics of grinding processes and their influence on material behavior. His work is pivotal in understanding how multistage grinding sequences affect the residual stress state and subsurface microstructure of high-strength steels. In his highly cited 2020 study on 42CrMo4 (AISI 4140) steel, Meyer systematically analyzed how varying the load sequence in cylindrical grinding alters the final residual stress distribution and material structure—a critical insight for optimizing component fatigue life and performance. By demonstrating that process parameters can be strategically adjusted to engineer beneficial compressive residual stresses, his research provides a foundational framework for advanced process design in automotive and aerospace manufacturing. With 14 citations, this paper stands as a key reference for engineers seeking to control surface state through tailored grinding strategies. Meyer’s contributions bridge fundamental tribology with applied production engineering, making him an influential voice in the evolution of high-integrity surface generation.
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