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Meeting 2020 TMS Annual Meeting & Exhibition
Symposium Advanced Solid Phase Processing Symposium
Sponsorship TMS Materials Processing and Manufacturing Division
TMS: Mechanical Behavior of Materials Committee
TMS: Shaping and Forming Committee
Organizer(s) Suveen N. Mathaudhu, University of California, Riverside
Cynthia Powell, Pacific Northwest National Laboratory
Kester D. Clarke, Colorado School of Mines
Anthony P. Reynolds, University of South Carolina
Mostafa Hassani, Cornell University
Scope A grand challenge in the production of next-generation transformative materials at scale is to develop manufacturing methods that can circumvent the constraints on chemistry and structure imposed by melt-based processing approaches, and exploit the potential of non-equilibrium synthesis pathways to produce materials with extraordinary performance. Solid Phase Processing (SPP) is one high-potential approach to meeting this grand challenge for metals synthesis and fabrication. In SPP methods (such as friction stir processing/welding, shear assisted processing and extrusion, friction extrusion, cold-spray, ultrasonic consolidation of powders or foil, solid-state additive manufacturing, and in some cases, severe plastic deformation methods such as high pressure torsion, equal channel angular extrusion/pressing and accumulative roll bonding), a high shear strain is introduced into the material, creating a mechanical-thermal coupling that facilitates diffusional processes and phase transformations without requiring the alloy be melted. Because the thermal energy required for material flow is generated entirely by the frictional effects of the process itself, no external heating is required; and the potential exists for rapid heating and cooling, combined with kinetically-driven atomic movement, to enable controlled production of metastable phases. However, a fundamental understanding of the deformation physics, how they affect microstructural evolution, and in turn, how these influence the mechanical/functional behavior, are lacking. Such understanding is critical to harness the potential of SPP methods for unprecedented materials performance.

This symposium is intended to cover a broad scope of solid phase processing fundamental studies up to potential applications. It will provide a forum to discuss fundamental physics and deformation mechanisms during SPP and microstructural evolution under SPP conditions. Abstracts are solicited that cover emerging processing approaches, characterization and theory/modeling of SPP methods and novel experimental approaches that reveal the deformation physics, analysis of defects, and their role of the resulting microstructural evolution and properties. Topics of interest include, but are not limited to:

•Novel process condition probing methods for microstructural evolution correlation
•Advanced characterization techniques (e.g. in-situ electron microscopy, light source studies, nano/micromechanical testing, tribological approaches, etc.)
•Micro-, meso- and nanoscale theory and modeling of deformation (e.g. ab-initio, MD simulations, phase field simulations, etc.)
•Explorations of the deformation or rapid thermal processing conditions promoting persistent metastable phases
•Characterization of SPP material performance in extreme environments (mechanical, irradiation, corrosion, etc.)

To avoid overlap with traditional friction stir welding/processing, preference will be given to papers highlighting fundamental insights, novel in-situ studies, broadly applicable computational tools in emerging SPP platforms, technologies and advancements.
Abstracts Due 07/15/2019
Proceedings Plan Planned: Supplemental Proceedings volume
PRESENTATIONS APPROVED FOR THIS SYMPOSIUM INCLUDE

A computational approach with experimental support to study the effect of interfacial characteristics on the performance of dissimilar joints via friction stir scribe technique
Advances in Deformation and Microstructure Evolution Understanding in Additive Friction Stir Deposition
Designer Additive Manufacturing Powders for Solid State Additive Manufacturing Processing
Dynamic recrystallization model under large deformation during solid phase processing
Electrical conductivity and wear properties of pure copper processed by high pressure sliding
Elucidating the role of flash heating in ultrasonic consolidation of powder and foils
Fatigue Mechanisms of Aluminum Alloys Fabricated by Additive Friction Stir Deposition
Hybrid Cutting-Extrusion for Sheet Metal Production with Exceptional Microstructure Control
Impulse for Solid-State Processing
In-situ Studies of Impact-Induced Deformation and Solid-State Bonding in Cold Spray
Incremental Equal Channel Angular Pressing as a Tool for Manufacturing Large Ultra-fine Grained Copper Rods
Investigation of Metastable Structure Evolution in Friction Consolidation
Joining Dissimilar Materials via Rotational Hammer Rivet Technique
Laser Assisted Cold Spray of AISI 4340
Linear friction welding of Ti components: investigation of residual stress and fatigue performance
MD simulations of deformation mechanisms and sub-grain formation in Al-Si alloys under high shear deformation
Mechanical and microstructural properties of lightweight laminates manufactured by explosive welding
Microstructural Analysis and Modeling of Grain Refinement During Tribometric Surface Deformation
Microstructure and Mechanical Properties of Solid-State Additive Friction Stir Processed Alloy 600 on 304L Stainless Steel
Microstructures and mechanical properties of aluminum/steel dissimilar joints fabricated by two-step refilled friction stir spot welding
Multimodal Analysis of Microstructural Evolution of Metallic Alloys under Shear Deformation
Phase Transformations Induced by Large Plastic Deformations under High Pressure: Four-Scale Theory and in Situ Experiments
Plastic Flow Instability, Surface Folding and a Mechanochemical Effect in Large Strain Deformation of Metals
Recent developments in upscaling high pressure torsion
Shear-induced Diffusion and Intermixing: Atomic-level Perspective from Molecular Dynamics Simulations
SHEAR ASSISTED SOLID PHASE PROCESSING OF ALUMINUM ALLOYS
Simultaneously Reducing Mechanical Anisotropy and Enhancing Ductility in Mg Alloys by Advanced Solid Phase Processing
Smoothed Particle Hydrodynamic Simulations of Solid-Phase AA6061 Additive Friction Stir Depositions
Strain in Friction Extrusion
Structural and Compositional Changes During Shear Assisted Processing of Materials
Structure-Property Correlations in Friction Stir Welded 304L Stainless Steel
Structure-property Relationships in Solid Phase Processing and Emerging Applications
Tailoring the magnetic properties of nanostructured alloys by severe plastic deformation
Thermally stable nanostructured immiscible alloys via friction stir processing
Thermo-mechanical Processing of ZK Series Magnesium Alloys for Improved Low Temperature Performance


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