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Meeting 2020 TMS Annual Meeting & Exhibition
Symposium Low-cost Titanium: 'Affordable Ti'
Presentation Title Fast Step 3- Titanium Swarf to Engine Parts in 3 Steps
Author(s) Martin Jackson, Ben Thomas, Nick Weston
On-Site Speaker (Planned) Nick Weston
Abstract Scope This project utilises high value alloyed titanium alloy swarf/turnings as a feedstock to sinter-forge via the new, novel technology FAST-forge process into near net shapes for use in high strength and good fatigue life applications typically required within an automotive engine. The aim is to produce engine components of increasing complexity from both a manufacturing and performance perspective and to undertake functional bench testing. To achieve this a new UK supply chain is being developed, with diversification for companies within traditional metal manufacturing and ‘know-how’ transfer from the University of Sheffield, combined with multiple areas for IP generation. The FAST process has existed for many years but when combined with forging it can release its untapped potential. The process aims to produce titanium at 20% of the cost of current titanium billet and with minimal waste compared to the 70% waste typically generated from current processes.
Proceedings Inclusion? Planned: Supplemental Proceedings volume

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A Systematic Experimental Investigation of the Planar-to-wavy Slip Transition in Model Ti-O Alloys
Aeration Leaching Process for Producing Synthetic Rutile in a Novel Gas-liquid-solid Reactor
Calciothermic Synthesis of Fine, Hydrogenated Ti- and Ti-Nb-powder
Cost-effective PM Ti Compositions and Processing
Electrodeposition of Titanium Aluminide (TiAl) Alloy from AlCl3-BMIC Ionic Liquid at Low Temperature
Electroplastic Effects in a Dilute Ti-Al Alloy
Fast Step 3- Titanium Swarf to Engine Parts in 3 Steps
High Strength and Ductility Titanium Materials with Cheap Alloying Elements Fabricated by Powder Metallurgy
Low-cost Titanium Extraction Process: Molten Salt Electrolysis with Titanium Oxycarbide (TiCxO1-x) as Soluble Anode
M-63: Effect of Sintering Temperature on Mechanical and Tribological Behavior of Ti-Ni Alloy for Biomedical Applications
Machine Learning Assisted Discovery of Affordable Biomedical Ti Alloy
Making Affordable Titanium Alloy with Wrought-like Mechanical Properties from Sintering Low-Cost Titanium Powder
Production of Fine Titanium and Titanium Alloy Powders by the Shuttle of Disproportion Reaction in Molten Salt

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