• DOI:10.1007/S11837-018-2915-Z
• Corpus ID: 139673807

Damascus Steel Revisited

@article{Verhoeven2018DamascusSR,
  title={Damascus Steel Revisited},
  author={John D. Verhoeven and A. H. Pendray and W. E. Dauksch and Samuel Robert Wagstaff},
  journal={JOM},
  year={2018},
  volume={70},
  pages={1331-1336}
}

• J. Verhoeven, A. H. Pendray, +1 author S. Wagstaff
• Published 1 July 2018
• Materials Science
• JOM

AbstractA review is given of the work we presented in the 1990s that successfully developed a technique for reproducing the surface patterns and internal microstructure of genuine Damascus steel blades. That work showed that a key factor in making these blades was the addition of quite small levels of carbide-forming elements, notably V. Experiments are presented for blades made from slow- and fast-cooled ingots, and the results support our previous hypothesis that the internal banded microstructure results from microsegregation of V between dendrites during ingot solidification. A hypothetical model was presented for the mechanism causing the unique internal microstructure that gives rise to the surface pattern forming during the forging of the ingots from which the blades are made. This article attempts to explain the model more clearly and presents some literature data that offer support to the model. It also discusses an alternate model recently proposed by Foll.