Daniel Grochała

West Pomeranian University of Technology

Papers

Total Citations

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About

Daniel Grochała is a materials engineer whose research focuses on advanced surface engineering and laser-based material processing. His most cited work, "Surface Hardness Improvement of AISI D2 Tool Steel by Laser Transformation Hardening Process Using High-Power Disk Laser" (2024), demonstrates his expertise in optimizing industrial tool performance through precise laser heat treatment. This study, already garnering 2 citations shortly after publication, explores how high-power disk lasers can significantly enhance the wear resistance of AISI D2 tool steel—a critical material in stamping, forming, and cutting applications. Grochała’s contribution lies in systematically correlating laser parameters (power, scan speed, beam diameter) with resulting hardness profiles, offering manufacturers a cost-effective alternative to traditional bulk hardening methods. His work addresses the growing demand for localized surface modification in high-stress tooling, reducing material waste and extending component lifespan. By bridging laser physics with practical metallurgy, Grochała provides engineers with actionable data for improving die and mold performance. As his research gains traction, it promises to influence both academic studies on laser-material interactions and industrial protocols for tool steel treatment.