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Meeting TMS Specialty Congress 2024
Symposium Accelerating Discovery for Mechanical Behavior of Materials 2024
Organizer(s) Aeriel D. Murphy-Leonard, Ohio State University
Frank W. DelRio, Sandia National Laboratories
Brad L. Boyce, Sandia National Laboratories
Daniel S. Gianola, University of California, Santa Barbara
John J. Lewandowski, Case Western Reserve University
Erica Thea Lilleodden, Fraunhofer Insitute for Microstructure of Materials and Systems (IMWS)
Pania Newell, The University Of Utah
Corinne E. Packard, Colorado School of Mines
Scope Accelerating Discovery for Mechanical Behavior of Materials 2024, a brand new TMS event, will encompass cutting-edge research and development efforts surrounding mechanical behavior over a wide range of material types, with an emphasis on the underlying microstructural causes. This meeting will highlight the different techniques and methodologies that research groups are developing to understand the multi-scale mechanisms used in the explore mechanical behavior in microstructurally and compositionally complex alloys. This unique platform will promote deep discussions and collaborations across industry, government, and academia.

Late Breaking News Abstracts are now being collected by April 15, 2024.

Abstracts are requested under the following topics:

Student Poster Competition - Mechanical Behavior

Accelerated Approaches

• Accelerating Materials Discovery via Machine Learning (e.g., in model-experiment fusion, validation, uncertainty quantification)

• Autonomous Characterization & Property Evaluation

• High-Throughput Techniques (Including Nanoindentation, Tribology, Atomic Force Microscopy,

• Data Sharing and Multimodal Data Fusion in the Mechanical Behavior of Materials


• Multi-objective Optimization of Materials

• Co-optimization of Materials and Topology Defects by Design

• Design of Robust Materials for Hydrogen Storage and other Energy Applications

• Digital Twins/Validation

• Microstructural Optimization for Mechanical Properties (I.E., Microstructure-Properties Linkage)

Machine Learning

• Discovering Constitutive Relationships using ML

• Fusion Of Mechanical Testing & Characterization Techniques to Accelerate Materials Development

• Bayesian Design of Experiments

• Machine Learning Applications - Multiscale and Multiphysics (E.G., Model-Experiment Fusion, Validation, Uncertainty Quantification)

In-situ and In-process of Extreme Environments

• In Situ Testing and Characterization

• In-Process and Operando Control of Mechanical Properties During Processing

• Materials Behavior and Testing Under Extreme Environment: Hydrogen, Temperature, Shock, etc.

• Coupled Extremes

• Climate and long-term aging

Mechanics of Novel Materials

• Mechanical Behavior in Multifunctional Materials

• Mechanics Of Biological & Nature-inspired Systems

• Metamaterials Testing & Optimization

• Nano-Architected Materials

Abstracts Due 04/15/2024
Proceedings Plan Definite: Other

A Crystal Plasticity Study on the Effects of Strength Anisotropy on the Deformation Response of BCC Polycrystal
A Strong Fracture-resistant High-entropy Alloy With Nano-bridged Honeycomb Microstructure: A Critical Role of 3D Printing in Promoting Strength Without Compromising Toughness
Accelerated Alloy Design Workflow Through Laser-scanning of Arc-melted Al Alloys: Are They Representative of Additively Manufactured Ones?
Accelerated Correlation of Microstructure-mechanical Property Relationships in Ni Based Superalloys
Accelerated Discovery of Material Physics Using AI/ML Approaches
Accelerated Discovery of Structural Materials for Harsh Environments
Adapting FAIR Practices in Materials Science: Digital Representation of Material-specific Characterization Methods
Advancing Dental Implant Engineering: A Hybrid Solid-Lattice Design Approach in Dental Implants to Optimize Stress Distribution
Advancing Multiscale Materials Characterization Through Machine Learning Integration
An Experimental Investigation on the Tribological Behaviour of Electroless NiP-MoS2-Gr Composite Coatings.
Approaching Plasticity Through Elastic-plastic Strain Gradients
Automated Feature Extraction for Identifying Structure-property Relationships
Autonomous Design of Tough Structures Using Self-driving Labs
Bulk Rare Earth Free Permanent Magnets by Severe Plastic Deformation
Characterizing and Tuning the Mechanical Properties of Nanoparticle Assemblies
Composition Dependence of the Thermoelastic Recovery in Additive Manufactured NiTi Shape Memory Alloys
Computational Material Design and Performance Evaluation of Sintered SiALON/TiCN Tool Inserts
Corrosion Fatigue Behaviour of Repititive Corrugation and Straightening Processed AA5083 Alloy
Coupling Effects of Grain Size and Dislocation Density on Stress-induced Martensitic Transformation of Nanocrystalline NiTi Alloys: A Molecular Dynamics Study
Crystal Plasticity Finite Element Method Accelerated by Efficient GPU-computing
Defect Populations and Their Linkage to Strength Distribution Parameters in Additively Manufactured Alumina
Delineating the Alloying Elements on the Formation of Fe-Zn Intermetallics During the Liquid-metal Embrittlement of Advanced High-strength Steel
Designing Materials With Engineered Interfaces by Exploiting Underlying Structure-property Linkages
Determination of Intrinsic Mechanical Properties of Polycrystalline Nickel-based Superalloy Using Spherical Indentation and Bayesian Inference
Discovering Superhard High-entropy Diboride Ceramics via a Hybrid Data-driven and Knowledge-enabled Model
Discovery of Hard and Conductive Pt-Au Thin Films Utilizing Multi-modal Large datasets and Machine Learning
Effects of Process Parameters on Mechanical Behavior of Wire Arc Additively Manufactured (WAAM) AISI 316LSi.
Eliminating Brittle Failure by Advanced Casting
Eliminating Fatigue of Metals by Advanced Casting
Elucidating Aging Effects in Alloys Through High Throughout Experiments Using Diffusion Multiples, Nanoindentation, and Machine Learning
Exploiting Metastable Phase Transformations to Achieve Low-cost High Room-temperature Strength Printable Al-alloys
Fabrication and Characterization of a Strong Aluminum Foam Using Al-Si-Cu Alloy as a Matrix and Cermet Hollow Spheres as Pores-creating Agents
Fracture of Refractory High Entropy Alloys in Extreme Temperature Environments
Fundamental Design of Alloys Resistant to H-embrittlement: Nanoscale H-defect Interactions Using Large Scale Simulations
Generative Methods to Discover Materials With Enhanced Mechanical Properties
High-throughput Characterization and Process-Structure-Property Optimization of LPBF SS316L
High-throughput Fatigue Behavior of Additively Manufactured Functionally-graded Metals
High-throughput Vibration-based Fatigue Testing to Produce S-N Curves of HCF Life in an Afternoon
High Dimensional Fatigue Life Process Window Modeling of Ti-6Al-4V Laser Powder Bed Fusion, Enabled by Graph-based Data Fusion
Impact of Microstructure on Mechanical Property and Multi-property Optimization in Porous Materials
Improvement of the Mechanical Properties of M2 High-speed Steel With Tungsten Carbide
In-situ XRD Fragmentation Experiments to Accurately Measure Film Fracture Stresses
Investigating High Throughput Structure-property Relationships in Compositionally Graded Transitions From Ni-base Superalloy to Nb-base Refractory Alloy
Investigating the Nucleation and Growth of Deformation Twinning in HfNbTaTi Refractory High Entropy via a Machine Learned Interatomic Potential
Key Aspects on Mechanical Properties for DED Deposited Functionally Graded Materials
Learning Full-rank Elastic Tensors With Equivariant Neural Networks
Maximizing Tensile Properties Through Partially Active Grain Boundary Segregation in Nanocrystalline Sterling Silver Alloys
Mechanical Behavior and Microstructural Evolution of Additively Manufactured Ti Modified Al 2024 Alloy
Mechanical Properties Assessment of AM Deposited Metallic Materials With the Use Miniaturized Samples
Mechanical Properties Prediction of Functionally Graded Metallic Materials Through High-throughput Characterization and Machine Learning
Mesoscale Investigations of Dislocation-grain Boundary Interactions in Metals and Alloys
Microstructural Investigation of Wire Arc Additively Manufactured 316LSi in the As-deposited Condition and After Forging
Microstructure, Texture, and Tensile Properties of the 50% Hot-rolled and Subsequent Heat treated Ti6Al4V-5Cu Alloy
Modeling Location-specific Material Behavior in Polycrystalline Ti Alloys With Material Design Implications
Optimized Microstructure for Enhanced Properties of Novel Ecofriendly Green Plants Wastes Hybridized Ultrafine Grained Al7Si2Cu0.5Ni Eco-composite Inoculated by Al-Nb-V-Zr Master Alloy
Optimizing the Mechanical Performance of Interlocking Metamaterials for Extreme Environments
PMD Core Ontology: Building Bridges at the Mid-level – A Community Effort for Achieving Semantic Interoperability in Materials Science
Predicting Charpy Toughness From Fractographic Images
Research on the Microstructure and Properties of Ultralight Mg-Li-X Alloys
Review About In-Situ Studies at Very High-temperatures of Superalloys Using Neutrons and Complementary Methods
Scorpions and Goatheads Examined With Nanoindentation
Solute Hydrogen Leads to Residual Stress Changes in Surface Engineered High Strength Steels
Study on the Changes in Microstructure and the Mechanical Characteristics of the Quaternary High Entropy Alloys
Tailoring Metastability Due to Rapid Solidification to Achieve High-strength Printable Al Alloys
Temperature and Dwell Hold Dependences of Fatigue Life by High-throughput High-resolution Digital Image Correlation
The Influence of Alloying Elements on the Mechanical Properties and Microstructure of Nickel-based Alloys
The Role of Stacking Faults and Twinning on Mechanical Properties of High Strength and Ductility High Entropy Alloys
Thermal Stability and Wear Behaviour of TiCN-Co-Si3N4-Cr3C2 Based Cermets Modified by B4C
Towards a Fatigue-based Process Window: Influence of LPBF Build Parameters on Process Defect Characteristics and Mechanical Properties in Ti-6Al-4V
Transforming Materials Science With Ontologies, ELN, and LIMS: Semantic Web Solutions for Digitalization and Data Excellence
Tungsten Carbide-modified Nimonic 80A Alloy
Uncovering Superelastic Energy Dissipation in Monazite Ceramics via Elevated Temperature Nanoindentation
Understanding and Mitigating Bias in Autonomous Materials Characterization and Discovery
Use of Indentation Plastometry for Inference of Stress-strain Behavior in Case-hardened Components

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