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About this Symposium
Meeting 2017 TMS Annual Meeting & Exhibition
Symposium Pioneers in Additive Manufacturing
Sponsorship TMS Materials Processing and Manufacturing Division
TMS: Powder Materials Committee
Organizer(s) James Foley, Los Alamos National Laboratory
Paul D. Prichard, Kennametal Inc
Iver E. Anderson, Iowa State University/Ames Laboratory
David L Bourell, University of Texas
Scope Additive manufacturing (AM) in the last few years has seen a significant increase in activity due to renewed industrial interest and government encouragement of several types of public/private partnerships, especially in the metals area. While AM is a relatively new materials processing technology, its roots go back at least a couple decades when it was a new processing research area, described as “3-D Printing” or “Rapid (Metal) Prototyping.” Many of people who are currently innovating new materials solutions and applications were infants or not born yet when key processing problems were being solved. While some of the pioneering work was conducted with stereo lithography of polymers, many of the process technologies for metal “freeform fabrication” were an extension of thermal spray deposition, atomization spray deposition, laser cladding, various welding (e.g., hard-facing build-up) processes, and binder-assisted powder metal sintering. The symposium intends to invite pioneers in the field of additive manufacturing along with current innovators in the field to present ground breaking work that solved materials problems and enabled highly advanced manufacturing production. Contributed papers highlighting past, current or future problems and solutions in AM also are encouraged.
Abstracts Due 07/17/2016
Proceedings Plan Planned: Supplemental Proceedings volume
PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE

3DP Retrospective: Do Inventors Know What They Are Doing?
A-94: 3D Additive Manufacturing of Metals at Micro/Nanoscale Using Localized Electrodeposition
A-95: Direct Metal Write Additive Manufacturing of Rare-earth Modified Aluminum Alloys Using Electromagnetic Heating Systems
A-96: FEM Modeling of Steel Additive Manufacturing Using Laser Hot-Wire Process
A-97: Microstructure Evolution and Galling Properties of Hard Facing Coatings Deposited Using Laser Directed Energy Deposition
A-98: Novel High Temperature Drop on Demand Liquid Metal-jetting for the Production of Complex 2D and 3D objects
A History of Additive Manufacturing
AFRL Contributions to Additive Manufacturing of Titanium, ca 2000
Assent and Decline of LOM Technology
Directed Light Fabrication: A Near-Net Shape Process using Laser Assisted Metal Deposition
Early Developments of AM within the UK
Laser Deposition of Metallic Powders
Laser Engineered Net Shaping - AM Metal Parts with Exceptional Material Properties
Making Things Bit-by-byte: Opportunity in a Fortuitous Convergence of Technologies
Pioneering International Consensus
Process Fundamentals for Selective Laser Melting: Power Ratio, Melting, Porosity, and Build Properties


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