Accelerated Computational Insertion of Structural Materials

Accelerating Materials Discovery of HEA’s through Constraint Based High Throughput Design, Synthesis and Batch Bayesian Optimization Framework

Amorphous to Crystalline: High-throughput Thermal Stability Investigation on IV- and V- group Refractory High-entropy Alloy Systems

An Experimental High Throughput to High Fidelity Study Towards Discovering Al-Cr Containing Corrosion-resistant Compositionally Complex Alloys

Computational Design of Complex Concentrated Alloys for Nuclear Applications

Design of Alloys Resistant to Molten Salt Corrosion via Machine Learning and Optimization Algorithms

Energy Absorption Properties of Filled and Unfiled Lattice Materials under Impact Loading

High-throughput Exploration of Nanotwin Synthesis Domains

High Throughput Exploration and Optimization of the Mechanical Properties of FCC Complex Concentrated Alloys for Extreme Conditions

Interoperable Batch Bayesian Optimization Techniques for Efficient Property Discovery of Metals

Laser-scanning of Arc-melted Al Alloys: Are They Representative of Additively Manufactured Ones

Machine Learning-CALPHAD Assisted Design of L12-strengthened Ni-Al-Co-Cr-Fe-Ti Complex Concentrated Superalloy for Multi-property Optimization

Machine Learning and CALPHAD Assisted Design of High Performance Structural High Entropy Alloys

Navigating the BCC-B2 Refractory Alloy Space: Stability and Thermal Processing with Ru-B2 Precipitates

Novel High-temperature Zirconium Alloys for Fusion Applications

Physics-informed Creep Rupture Life Modeling of High Temperature Alloys for Energy Applications

Prevention of Strain Age Cracking in Additively Manufactured, High-temperature Superalloys

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