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Meeting 2024 TMS Annual Meeting & Exhibition
Symposium Refractory Metals 2024
Sponsorship TMS Structural Materials Division
TMS: Refractory Metals & Materials Committee
Organizer(s) Christopher Thom, Rhenium Alloys, Inc.
Wolfgang Pantleon, Technical University of Denmark
Michael Kirka, Oak Ridge National Laboratory
Gaoyuan Ouyang, Ames Laboratory
Marie Charpagne, University of Illinois
Eric M. Taleff, University of Texas at Austin
Thomas R. Bieler, Michigan State University
John H. Perepezko, University of Wisconsin-Madison
Scope The refractory metals W, Re, Ta, Mo, and Nb have extremely high melting temperatures, from 2468 up to 3180C.  Alloy systems based on these elements are of renewed interest in designing new alloys for ultra-high temperature applications.  Barriers that must be overcome in designing and implementing new refractory-metal-based alloys suitable for ultra-high temperature service include: maintaining high melting temperatures in a multicomponent systems, effectively using strengthening mechanisms at very high temperatures, dealing with poor oxidation resistance, and avoiding problems with corrosion.  This symposium offers a venue to communicate research addressing these barriers and other issues related to the design, testing, manufacturing, and implementation of refractory metal alloys in ultra-high temperature applications. We encourage both experimental and theoretical work from academic, government, and industrial sectors to promote a diverse group of presentations from professionals and students.
Abstracts Due 07/15/2023
Proceedings Plan Planned:

Alloy Designs and Manufacturing of High Temperature Mo-Si-B Alloys
Assessment of Microstructural and Compositional Evolution and Stability in the Ta-(Nb,Mo,W)-V System
B-10: Influence of Radiation on the Oxidation Behavior of Molybdenum
Bcc-Superalloys: Refractory Metal bcc Matrix, Reinforced by Ordered-bcc Intermetallic Precipitates
Controlling the Sources of Interstitial Constituents in Refractory Complex Concentrated All
Destructive Oxidation of Ta and its Alloys at Temperatures up to 1000 C
Development of a Cr-Mo-Si Refractory Metal Alloy for High (>1100C) Temperature Service
Development of a Novel Ba2YZrO5F Refractory: Synthesis, Stability Study and Interaction with Pure Ti
Discovery of Oxidation-Resistant Refractory Compositionally Complex Alloys Through High-throughput Calculations and Experiments
Effects of Strain Path and Surface Pinning on Recrystallization in Deformed High-purity Niobium
Electric Field Activated Sintering, Densification Behavior and Properties of Commercial Nb Alloy(C103)
Experimental Investigation on Isothermal Section of ZrO2-SrO-BaO System at 1673K
High-throughput Characterization of Dynamic Tensile Failure in Pure Niobium and Niobium-titanium Alloy
High-throughput Design, Synthesis, and Characterization of Refractory Multi-principal Element Alloys (MPEAs)
High Temperature Deformation of Refractory Alloys
Influence of Doping on the Scale Growth and Oxidation Resistance of CrTaO4 Forming Alloys
New Niobium Alloys with High Strength and Toughness for High Temperature Applications
Novel Refractory High-Entropy Metal-ceramic Composites with Superior Mechanical Properties
Phase Stability in the Tantalum-nitrogen System From First Principles
Recrystallization, Tensile Ductility, and Flow Stress of TZM and Mo-La Alloys at 1500 and 1700 C
Sintering and Densification Kinetics of Nb-W Based Alloys by Electric Field Activated Sintering
Tailored Multi-phase Refractory Multiple-principal-Element Alloy Composites
The Fundamentals of Recrystallization in Binary Niobium Alloys
The Study of High Temperature Deformation of Model Nb-Si-based Alloys at Ultra-high Temperatures
Thermal Stability of Rolled Tungsten Plates at Temperatures between 1100 C and 1400 C
Thermo-mechanical Processing of Refractory Multi principal Element Alloys
Thermomechanical Processing Maps and Microstructure Characterization of Cr-containing Refractory Complex Concentrated Alloys
Understanding the Role of Thermally Activated Dislocation Motion on the Brittle to Ductile Transition in BCC Metals
Utilizing Grain Boundary Segregation Engineering for Nanostructured Tungsten Thin Films

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