A. Lisiecki

Papers

Total Citations

H-Index

About

A. Lisiecki is a materials scientist and manufacturing engineer whose research centers on advanced surface engineering techniques, with a particular focus on laser cladding, thermal spray processes, and wear-resistant coatings. Lisiecki has made notable contributions to the development of novel laser cladding methodologies, most prominently pioneering the application of cryogenic conditions — utilizing liquid nitrogen at temperatures as low as -190°C — to enhance the microstructural properties of clad layers. This innovative approach, demonstrated through both Co-based metallic powders and nickel-tungsten carbide metal matrix composites, represents a significant advancement in producing surface coatings with superior mechanical characteristics. By integrating robotized fiber laser systems with forced cryogenic cooling, Lisiecki's work has pushed the boundaries of reproducibility and precision in surfacing technology. Earlier contributions to cermet deposit engineering, including investigations into the abrasive wear resistance of GMA-surfaced deposits, further underscore a sustained commitment to improving the durability and performance of engineering surfaces. With a growing citation record reflecting increasing recognition in the surface engineering community, Lisiecki's research offers valuable insights for industries requiring high-performance, wear-resistant material solutions.