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Meeting 2020 TMS Annual Meeting & Exhibition
Symposium Bladesmithing 2020
Presentation Title Decapigator
Author(s) Devin J. Ritter, Brandon Sunthorn Capellini
On-Site Speaker (Planned) Brandon Sunthorn Capellini
Abstract Scope Decapigator is a 100-layer forge welded Damascus sword composed of W2, 1084, and 15N20 steel with a raindrop pattern. The sword features a cast silicon bronze cross-guard, pommel, and a cedar wood handle. The billet was started with 10 layers welded together and was heated in a coal forge and then hammered, folded, rolled, cut, and then reforged to ultimately create the 100 layers. The sword was heat treated inside a gas forge, quenched into canola oil, and differentially tempered to obtain martensitic edges and a tough spine with an average Rockwell Hardness of 35. The hilt was assembled with stainless steel pins and joined to the blade with epoxy. The inspiration for the hilt design and sword comes from “Oathkeeper,” a famous sword in Game of Thrones. The UF bladesmithing team worked with artisan Jordan Borstelmann at his home forge shop, “Crooked Path Forge.”
Proceedings Inclusion? Definite: None Selected

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A Look into a Hirazukuri Tanto, Forged from W2 Steel, Following Differential and Cryogenic Hardening
Aluminum Bronze Cast Khopesh
Boridized AISI 1045 Carbon Steel for "MortuarySsword" Bladesmithing
Crucible Steel Processing Methods
Decapigator
Fabrication of A Historical Seax Using Historical Methods
Forging the Future
Investigating Chemical and Mechanical Inhomogeneity in Pattern Welded Steel
SDSM&T Bladesmithing – British Infantry Sword – Historical Aspects
Titanium Bonding to High Carbon Steel through Vanadium for Bladesmithing

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