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radiation_damage_ml
radiation_damage_ml PublicA cloud-optimised Python pipeline to generate, process, and store a graph neural network training dataset for predicting radiation damage and point defect formation in crystalline materials.
Python 2
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machine-learning-model-for-energy-prediction
machine-learning-model-for-energy-prediction PublicA machine learning pipeline for predicting energy per atom (eV/atom) of materials from structural and compositional descriptors.
Python
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TBC-ML-Pipeline
TBC-ML-Pipeline PublicMachine learning pipeline for predicting the effective thermal conductivity of Thermal Barrier Coating (TBC) systems composed of Yttria-Stabilized Zirconia (YSZ) over a CMSX-4 single-crystal nickel…
Python
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mlip-H-Diffusion-in-Si
mlip-H-Diffusion-in-Si PublicMolecular dynamics study of hydrogen diffusion in a silicon slab using the GRACE-1L-OAM machine-learning interatomic potential.
Python
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diamond-nanopillar-nanoindentation
diamond-nanopillar-nanoindentation PublicMolecular dynamics study of nanoindentation on a carbon nanopillar at 300 K and 1000 K using LAMMPS. Potential: AIREBO.
Python
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diffusion
diffusion PublicNumerical solutions of the diffusion equation in 1-D and 2-D, with comparison to analytical results.
Python
Repositories
- high-entropy-alloy-pipeline Public
High-throughput MD pipeline for vacancy diffusion, melting temperatures, and short-range order across 100 W-Mo-Nb-Zr-Ti-Ta refractory high-entropy alloy compositions. GRACE MLIP (Tm) + ADP potential (diffusion). SLURM job arrays.
- TBC-ML-Pipeline Public
Machine learning pipeline for predicting the effective thermal conductivity of Thermal Barrier Coating (TBC) systems composed of Yttria-Stabilized Zirconia (YSZ) over a CMSX-4 single-crystal nickel superalloy substrate.
- radiation_damage_ml Public
A cloud-optimised Python pipeline to generate, process, and store a graph neural network training dataset for predicting radiation damage and point defect formation in crystalline materials.
- ml-materials Public
A hands-on exploration of core machine learning techniques applied to crystal-structure identification using Steinhardt bond-orientational order parameters.
- diffusion Public
Numerical solutions of the diffusion equation in 1-D and 2-D, with comparison to analytical results.
- machine-learning-model-for-energy-prediction Public
A machine learning pipeline for predicting energy per atom (eV/atom) of materials from structural and compositional descriptors.
- mlip-H-Diffusion-in-Si Public
Molecular dynamics study of hydrogen diffusion in a silicon slab using the GRACE-1L-OAM machine-learning interatomic potential.
- diamond-nanopillar-nanoindentation Public
Molecular dynamics study of nanoindentation on a carbon nanopillar at 300 K and 1000 K using LAMMPS. Potential: AIREBO.
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