A Framework for Efficient Part-Scale Microstructure Prediction in Laser Powder Bed Ti-6Al-4V Using Combined Physics-Based Modeling and Machine Learning Surrogate Methods

A Mechanistic Deposition Efficiency Model for Cold-Spraying Dissimilar Materials

A Microstructure Modelling Framework for Multi-Laser Powder Bed Fusion of Ti-6Al-4V

A Modeling Framework to Inform the Fabrication of U-10Mo Monolithic and U3Si2 Fuel

A New Mathematical Model for Materials With Dissipating Properties

Advanced Integrated Model for Hot Strip Mill Processes

Advancing Materials Discovery: A Novel Generative Model for Inverse Design of Vanadium Oxide Crystal Structures

AI-Enhanced Integrated Computational Materials Engineering Framework for Efficient Alloy Design in Continuous Design Spaces

Alloy Design for Additive Manufacturing: Expanding the Scope of Alloy 3D Printing for Resource-Constrained and Location-Specific Applications

An Approach to Implementing Sustainability Into Structural Materials Design

An ICME-Based Approach to Determine the Effect of Microscale Residual Stresses on the Fatigue Strength of Solution Strengthened Ferritic Ductile Irons

An ICME Approach to Establish Causal Links Between Process Induced Microstructures and Material Properties in Austenitic Steels

An Integrated Computational Material Engineering Approach to Characterize Mechanical Properties of Cu-Ni-Cr Alloys for Advanced Manufacturing

An Integrated Experimental and Computational Study on the Role of Material Interfaces in Mediating Plastic Flow in Amorphous/Crystalline Composites

An Integrated Material Model for ICME-Based Process Simulations: Capturing Plasticity and Damage Evolution in Laser-Assisted Hole Flanging Process

Application of ICME Tools for Addressing Fracture Toughness Issues in ERW Pipe

Benchmarking Massively Parallel Phase-Field Codes for Alloy Solidification

Characterizing the Influence of Compositional and Thermocapillary Gradient Variations on the Temperature Profiles and Melt Pool Dimensions of LPBF-Processed Al 7xxx Alloys

Co-Designing Products, Materials, and Manufacturing Processes for ICME Together With Their Supply Networks

Combination of Equilibration Preserving Machine Learning approaches With DOFKILL/DOFALIVE Multiphysics Approaches With Damage Partitioning

Comparative Study of Melt Pool Dynamics and Keyhole Formation in Laser Powder Bed Fusion Process (LPBF) of SS316L and Ti-6Al-4V

Computation of Phase Fractions from Continuous Heating Dilatation Experiment for a Medium Mn Steel

Computational Design of High-Wear-Resistant Cemented Carbide Alloys for LPBF Processing Using ICME and Machine Learning

Computational Investigation on the Combined Effect of Surface Roughness and Pore Attributes on Strain Concentrators in Metal Additively Manufactured Materials

Computationally Guided Alloy Design for Refractory Complex Concentrated Alloys With Tensile Ductility Made by Laser Powder Bed Fusion

Convolution Tensor Decomposition Method for Efficient High-Resolution Solutions to the Allen-Cahn Equation

Crystal Plasticity Analysis of Microstructure Effect on Formability of AA5052 Aluminum Alloys

Curing Process Optimization of Polymer Composite Structures Through Spatiotemporal Temperature Control

Deep Learning-Based Platinum Particle Analysis for Corrosion Insights in BWR Systems

Design and Optimization of a Heat Treatment for Additively Manufactured Alloy 718 in Oil and Gas Applications

Design of Rare-Earth Free Permanent Magnetic Materials With Quantum Mechanics Methods: Fe-Ni-N(B)

Design Principles for Controlling the Miscibility in Refractory Multi-Principal Component Alloys

Development of Cu-S Interatomic Potentials for Time- and Length-Scale Bridging

Effect of Random Porosities and Surface Roughness on Fatigue Life of Additively Manufactured Maraging Steel

Enhanced Thermal Conductivity for Modified hBN and Epoxy Composite Using Electric Field

Enhancing Robust Design Using Improved Variance Estimation in Design Capability Index

Enhancing the Printability of Laser Powder Bed Fusion-Processed Aluminum 7xxx Series Alloys Using Grain Refinement and Eutectic Solidification Strategies

Exploring Alloying Strategies for Enhanced Strength and Ductility in High-Temperature Additively Manufactured Lightweight Alloys

Exploring Novel Alloys With Superior Specific Hardness Using Data-Driven Approaches

Forecasting of Roll Loads During Hot Rolling Using an Artificial Neural Network Model in a Hot-Strip Mill

Fractal Structure Development and Simulation in Spinodal Phase Change

Generative AI for Inverse Design of Inconel 718

ICME-Based Materials and Manufacturing Development

ICME-Driven Synthesis of Nanosheets and Applications in Solar Energy Harvesting and CO-CH4 Separation in Biogas

ICME Based Sustainable Biobased Flexible Packaging

ICME Industry Implementation Award: ICME-Driven Development of Magna Aural 5M and Sustainable Aural 5R Aluminum Alloys for Structural Automotive Applications

ICME Modeling for Process-Structure-Property Toolchain Development for Laser Powder Bed Fusion

ICME Tools for In-Space Welding

Incorporating Process-Induced Heterogeneity for Predicting Anisotropy in Aluminum Alloys

Integrated Computational Materials Engineering (ICME) Impacts on Industry and New Frontiers in Digital Transformation

Integrated Microstructure and Mechanism-Guided Multimodal Machine Learning for Advanced Steel Design

Intelligent Materials Design for Rhenium Refractory Complex Concentrated Alloys

Inverse Alloy Design: An Alloy Composition Generation Framework With Flexibilities

Inverse Design by the MInt System Implementing Materials Integration

Investigation of Sources of Discrepancies in Crystal Plasticity Simulations by Leveraging High-Fidelity Characterization Datasets

Leveraging Advances in Additive Manufacturing Thermal Models to Predict Behavior During Laser Sheet Metal Forming

Leveraging Cross-Disciplinary Physics for Enhanced Additive Manufacturing Modeling

Leveraging Laser Parameters and Layer Remelting to Tailor Microstructure in Laser Powder Bed Fusion

Life Prediction of Anomalies in Aero Engine Disk Materials Using Crystal Plasticity Finite Element Method

Linking Multiple Length Scales Using Material Data Driven Design (MAD3)

Machine Learning for the Computational Design of Single-Crystal Superalloys

Machine Learning Models for Predicting 3D Microstructure--Property Relationships From 2D Images

Material Physics Governing Rotary Friction Welding

Micromechanics Surrogate Model for Fatigue Life Prediction of Composites

Microstructure Evolution, the Influence on Material Properties, and the Optimized Processing Parameters Search in Additive Manufacturing

Microstructures and Properties of AlCrFeMnV, AlCrFeTiV, and AlCrMnTiV High-Entropy Alloys

Modeling the Effect of Powder Reuse on Meltpool Dynamics and Defect Formation in Additively Manufactured Components

Molecular Dynamics Simulation of Nanoscale Heterogeneity and Fracture of Epoxies

Molecular Dynamics Simulation of Polyurea for Impact-Resistant Applications

Multi-Disciplinary Robust Co-Design Exploration Framework for Materials, Products, and Manufacturing Processes

Multi-Modal Machine Learning Framework for Property Prediction in Ni-Based Superalloys and Aluminum Alloys Using Integrated Characterization Data

Multi-Scale Investigation of Dislocation-Precipitate-Grain Boundary Interactions in Precipitation-Hardened Al-Cu Alloys

Multiphysics Modeling of Metal Matrix Composite (MMC) Additive Manufacturing Process including Melt Pool Characterizing and Grain Growth

Multiscale Computational Framework for Optimization of Processing Parameters in Shear-Assisted Processing and Extrusion (ShAPE) of Nuclear Cladding Materials

Multiscale Modeling of Mechanical Deformation in Metal-Matrix Nanocomposites Enabled by Machine Learning

Multiscale Modeling of Microstructure Evolution of Cast Iron: From Atomistic to Macro Scales

Observing and Predicting Grain Growth in Polycrystals

Optimizing Non-Oriented Electrical Steel for Energy-Efficient Drives: The Role of Final Annealing in Microstructure Design

Overview of “NASA Biological and Physical Sciences (BPS) Reduced Gravity and Microgravity Integrated Computational Materials Engineering (ICME) Study Final Report”

Parameter-Efficient Quantized Mixture-of-Experts Meets Vision-Language Instruction Tuning for Semiconductor Electron Micrograph Analysis

Particle Simulation for Powder Metallurgy Hot Isostatic Pressing

Performance Analysis of Different Shaped Tool Electrodes During Ultrasonic Assisted Electrical Discharge Machining (UAEDM) of Inconel 718

Phase-Field Modeling of Morphology Evolution of Intergranular and Intragranular Hydrides in Polycrystalline Zirconium

Phase-Field Simulation Framework for Modeling Martensite and Bainite Formation in Steel

Phase-Filed Multi-Physics Modeling and Simulations for Granular/Dendritic Fragmentation

Phase Field Simulation of Segregation in Single Crystal Ni-Based Superalloys and Its Influence on Creep Properties

Physics-Based Modeling for Fatigue Crack Initiation Predictions in Additively Manufactured AlSi10Mg Alloys

Predicting the Color of Gold-Based Alloys Using a CALPHAD-Based Model: Incorporating Composition, Heat Treatment, and Viewing Conditions

Predicting Three-Dimensional Microstructural Defect Evolution Under Neutron Irradiation Considering Formation Energy

PRISMS-MultiPhysics – An Open-Source Coupled Phase Field-Crystal Plasticity Framework and Its Application to Simulate Twinning in Mg Alloys

Process-Structure-Property Modelling for Tailored Microstructures and Enhanced Performance of Additively Manufactured Materials

Rapid and Flexible Design of Alloys Using The Alloy Optimization Software (TAOS)

Rapid Structure Prediction of Single-Phase High Entropy Alloys Using Graph Neural Network Based Surrogate Modelling

Recapturing and Reusing Published Mg Alloy Texture Data

Recent Advances in Structure-Property Correlations and Their Impact on ICME-Driven Accelerated Design of Materials and Products

Recent Progress in Integrating Phase-Field Models With Other ICME Tools

Semi-Solid Deformation Simulations for Prediction of Segregation Band Using Multi-Phase-Field Lattice Boltzmann Model

Shaping the Future Workforce: Navigating Digital Transformation in Engineering

Study on Hydrogen Embrittlement in Steels Using First Principles Calculations

Surrogate-Model-Assisted Multi-Objective Calibration of Crystal Plasticity Finite Element Method (CPFEM) Models

Tailoring Microstructure in Functionally Graded NiTi Alloys Using In-Situ Alloying Directed Energy Deposition

Theory Guided Design of MoO3/NiMoO4 Heterostructures Hybridized Active Pt Co-Catalyst for Efficient Water Splitting

Toward Concurrent Product and Process Design: An Aero-Engines ICME Perspective

Utilizing Crystal Plasticity Surrogate Models in Finite Element Analysis of Incremental Sheet Forming

Validating a Simulation Toolchain to Predict Process-Structure-Property Maps for Additively Manufactured Aluminum Alloys

"Why Can't we Just use Excel?:" Lessons on Incorporating ICME in the Undergraduate Classroom

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