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Meeting MS&T22: Materials Science & Technology
Symposium Processing and Performance of Materials Using Microwaves, Electric and Magnetic Fields, Ultrasound, Lasers, and Mechanical Work – Rustum Roy Symposium
Presentation Title Consolidating Tungsten in 2s at a Furnace Temperature of 900 oC using Flash Sintering Approach
Author(s) Emmanuel Bamidele, Rishi Raj, Syed Ali Idrees Jalali
On-Site Speaker (Planned) Emmanuel Bamidele
Abstract Scope We show for the first time that metals powders can be consolidated by flash sintering, that is by applying electrical fields and currents, in this instance tungsten was sintered at a furnace temperature of 900 oC and specimen temperature of 1400 oC by applying an electrical current and increasing it at a rate of 7.14 A/mm^2 s-1. The method can be applied to other refractory metals. An engine for microflash additive manufacturing will also be presented.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Carbon-Carbon Composite Materials from 3D Printed Preforms Graphitized by Electric Field Assisted Sintering
Consolidating Tungsten in 2s at a Furnace Temperature of 900 oC using Flash Sintering Approach
Graphene Infused High Conductivity Copper
In-situ Diffraction of Ultrasonically-modified Phase Evolution in a Ternary Al-Si-Mg Alloy
K-19: Effect of Plasma Shielding in Laser Irradiation of Metal Targets with Bursts of Ultrashort Pulses
Mechanochemistry: From Scientific Mystery to Scalable Materials Preparation and Recycling Technique
Microwave Sintering of Bioinspired Porous Alumina Foams
Post-processing of Additively Manufactured 316 Stainless Steel by Electron Wind Force
Spatially Tuned Properties of Soft Magnetic Alloys by Transverse Induction Annealing
The Coupled Effect of Temperature and Electric Field on Diffusion Welding of Alloy 617 via Electric Field Assisted Sintering
Touch Free Flash Sintering of Ceramics
Using Organic Acids to Densify Ceramics

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