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Meeting MS&T25: Materials Science & Technology
Symposium Additive Manufacturing: Development of Powders
Presentation Title Industrialization Needs for New Powder Alloys
Author(s) John W. Foltz
On-Site Speaker (Planned) John W. Foltz
Abstract Scope Additive Manufacturing achieves vastly different processing conditions than traditional wrought alloy manufacturing, which in most cases enables different alloy design criteria. Why then do we continue to use traditional alloys, and just ‘make them work’ for additive? This talk will discuss some of the industrial challenges using new materials, especially when combined with new manufacturing processes. We will also highlight some recent advancement in additive-enhanced high-strength titanium alloys such as ATI Titan 23™ and ATI Titan 171™, and ATI’s new powder-only alloy designed for additive manufacturing, ATI 1700™. These examples will highlight future opportunities for accelerated insertion of higher performance materials while moderating risk profiles.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A Table-Top Gas Atomizer for Rapid Development of Novel Alloys
Atomic Layer Deposition (ALD) for Improved Ti64 Feedstocks for Laser Powder Bed Fusion Processes
Defect-Free PREP Powders for Enhanced Powder Bed Fusion: Reducing Electrostatic Charge and Gas Porosity for Superior Mechanical Performance
Developing Figure of Merit for Feedstock Powders for Printable Inks Through AI-Based SEM Image Processing
Development of Refractory Spherical Powders by Plasma Technique
Gas Atomization and Additive Manufacturing of Nb-W-Zr Alloy
Gas Atomization and Printability Screening of Niobium Alloys via Electron Beam Melting
Gas Atomization and Processing of a Co-Cu Based Immiscible Alloy Feedstock
Industrialization Needs for New Powder Alloys
Investigating Process Parameters of WA IN740H in PBF-LB
Mechanonanosynthesis - Rapid Alloy Powder Development
Microstructural Differences in Alloy 800H Processed Traditionally and Additively
Microstructure Evolution, Mechanical Behavior, and Additive Manufacturing Processability of Novel Mo-Si-B Alloys
Powder Behavior Simulation for Enhanced Processability and Flowability in Metal Additive Manufacturing
Production of Additive Manufacturing Compatible Powders of Multi-Principal Element Alloys Via Ultrasonic Atomization
The Art of Precision Atomization: Crafting Better Powders for Additive Manufacturing
Thermal Processing of Virgin Ti-6Al-4V Powders to Enhance Cold Spray Deposition
TiC Surface Functionalization of AA2017 Powders for L-PBF: Influence of TiC Particle Size and Concentration
Ultrasonic Atomization of Refractory Medium Entropy Alloys Powders
Use of Mechanical Alloying to Produce Metal Matrix Composite Powders for Additive Manufacturing

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