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Meeting 2016 TMS Annual Meeting & Exhibition
Symposium Bladesmithing Symposium 2016
Presentation Title A Study on the Reproduction of Genuine Damascus Steel Blades
Author(s) Samuel Robert Wagstaff
On-Site Speaker (Planned) Samuel Robert Wagstaff
Abstract Scope Bradley Nakanishi (bnak@mit.edu), Samuel Wagstaff, Bradley Nakanishi, Ian Chesser, Mary-Elizabeth Wagner and Michael Tarkanian (Faculty Advisor), Massachusetts Institute of Technology. Blade material: the blade is made from a hypereutectoid steel with a banded microstructure that closely replicates genuine Dasmascus steel, which were produced between 200-1800 AD. The processing techniques employed in this study involve forging crucible, or "Wootz," steel ingots containing low levels of certain impurity elements--Vanadium. The processing used and analysis results for our submission in the inaugural TMS Bladesmithing Competition is briefly summarized. The results of subsequent research is presented. This work examines the influence of specific processing parameters, e.g. cooling rate during solidification, in the final pattern, e.g. band spacing and contrast. These results are essential to enhancing pattern quality and rediscovering the authentic process, an art form lost in the early 19th century.
Proceedings Inclusion? Undecided

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A New Decorative Steel: Cryo-quenched Fe-Ni-Cr Alloy Single Crystals
A Study on the Reproduction of Genuine Damascus Steel Blades
Accumulative Roll Bonding
Characterization and Thermomechanical Processing of a Modified Skinner Knife with Modern Pattern Welded Steel
Characterization of the Microstructure and Mechanical Properties of AEB-L Stainless Steel through Different Heat Treatments
Connections: Superplasticity, Damascus Steels, Laminates, the Giza Pyramid, and Carbon Dating
Forging and evaluation of non-ferrous blades
From Ore to More: Bloom to Blade
Going Berserk: The Making of a Viking Sword
Heat Treatment Optimization and Fabrication of a 440C Knife
JJ-1: Experimenting with Damascus Steel: Forging and Metallurgical Characterization
Making the First Sword
Material Design, Processing, and Characterization of Hand-Forged 5160 Spring Steel Sword
Optimization of Mechanical and Chemical Properties of Knife Blade Alloys
Pattern Welded Steel Using Commercially Available Steel
Simulated Meteoric Blade
South Dakota School of Mines and Technology Bladesmithing Team
The Creation of the Sword “Berkelium” through Authentic Saxon Sword Manufacturing Techniques
University of North Texas Bladesmithing Submission

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