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Meeting 2017 TMS Annual Meeting & Exhibition
Symposium Fundamental Aspects and Modeling Powder Metal Synthesis and Processing
Sponsorship TMS Materials Processing and Manufacturing Division
TMS: Powder Materials Committee
Eugene A. Olevsky, San Diego State University
Iver E. Anderson, Iowa State University / Ames Laboratory
Scope This symposium joins the communities interested in fundamental aspects of powder metallurgy, both modeling and experimental.
It represents the TMS Powder Materials Committee initiative to bring together the individuals specializing in basic research on powder synthesis and consolidation fulfilling the goals of TMS annual conferences of creating an interdisciplinary and fruitful research environment.
The related modeling application topics include conventional and field assisted powder consolidation processes (powder compaction, pressureless sintering, spark-plasma and microwave sintering, hot isostatic pressing, and novel consolidation techniques), nano-sintering, grain growth, interface effects, in-situ measuring techniques at various scale levels, modeling of die filling and powder spreading, modeling of sintering phenomena in additive manufacturing, simulation of powder synthesis.
The modeling techniques (including physics based, phenomenological, and empirical) or fundamental experimentation are expected to cover multiple scale levels, starting from atomistic dimensions up to the scale of real world macroscopic components.
Considering the high level of interest of research and industrial communities in these topics, we expect about 50-80 abstracts in this combined event, with an attendance of 50 people per section.

Potential session topics are:

- Modeling of powder compaction under ambient and elevated temperatures
- Fundamental aspects of conventional, microwave, spark-plasma and flash sintering
- Grain boundary and interface energy effects on sintering & grain growth
- Modeling of die filling and powder spreading
- Modeling of sintering phenomena in additive manufacturing
- Modeling and fundamental experimentation on powder synthesis
- Consolidation of multi-layered materials
- Fundamental aspects of fabrication of powder-based electronic and bio-materials
- In-Situ Measurements of powder synthesis and consolidation
Abstracts Due 07/17/2016
Proceedings Plan Undecided

A Numerical Tool to Master the SPS Densification of TiAl Complex Shapes
A Study of the Brazing Filler Pastes by Gas Atomized Cu-Fe Powders for Cu/STS Joints
Algorithmic Prediction of Bulk Properties from Powdered Feedstock Consolidated via Laser-assisted Cold Spray
Anisotropy of Mass Transfer during Sintering of Powder Materials with Pore-Grain Structure Orientation
Characterizing the Effect of Powder Properties on In-Machine Performance in Powder Bed Direct Metal Additive Manufacturing
Development of Novel Multi-compaction Technique for Fabrication of Hybrid P/M Steels
Dislocation Density Approach to Understanding Sintering Mechanics
Effect of Additives on the Densification Kinetics and Microstructure of Hot-Pressed Boron Suboxide
Engineering the Microstructure and Mechanical Properties of Titanium Alloys via Hydrogen Sintering and Phase Transformation (HSPT)
Enhanced Texture and Magnetic Energy Product in Alnico Magnets Utilizing Solid State Processing
Fabrication of Ti Powder by Combined Techniques of Cold Crucible and Gas Atomization
Formation of Nano-lamellar Structure in Ni-Al High-density Energetic Material by Cryomilling
Fundamental Parameters for Control of Two-Fluid Close-Coupled Gas Atomization: Process Observations and Modeling with Correlations to Metal Powder Yields
Grain Growth and Densification of Tungsten Nanopowders
Influence of Loading Modes in Spark Plasma Sintering
Influence of the Plasma Gas Composition and Power Level on the Processing of Powders by Induction Plasma
Mechanisms of Pore Formation in High-temperature Carbides: Case Study of TaC Prepared by Spark Plasma Sintering
Mesoscale Modeling of Single Particle Impact Induced Microstructural Evolution during Cold Spray of Aluminum Powders
Microstructural Development in Binary Aluminum-Copper Alloy Powders during Gas Atomization
Microstructural Evolution during Early Stages of Hot Isostatic Pressing of 316L Austenitic Stainless Steel
Microstructural Evolution in Dilute Mg-X Binary Alloys Processed by Mechanical Alloying
Microwave vs Conventional Sintering of Ti Powders: Comparative Analysis
Modeling and Optimization of Hierarchical Porous Structures during Spark Plasma Sintering
On the Role of Electric Current in Spark Plasma Sintering of Conductive Powders
Optimization of Temperature Regime of Spark Plasma Sintering of AlON Powder
Particle Charging during Electron-beam Additive Manufacturing
Predicting (1) Activated Sintering of Refractory Metals and (2) Flash Sintering of Oxides
Self-propagating High-temperature Synthesis for Synthesizing Tantalum Carbide from Ta Metal Scraps
Sintering of Titanium-Magnesium Alloys with Stable Nanocrystalline Structure
Size-Scaled High-Performance Alnico Magnets with Enhanced Mechanical Properties and Near-Final Shape
Thermodynamics versus Kinetics of Grain Growth Control to Enable Stable Nanocrystalline Materials
Titanium-Based Alloys with Gradient Structures Fabricated by Blended Elemental Powder Metallurgy (BEPM)
Titanium Hydrides Enhancing Improvement of Ductility of PM α-Ti Material

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