RamyaGuru/MulticomponentTE
Multicomponent alloy scattering models for thermal and electronic transport
Multicomponent alloy scattering models for thermal and electronic transport
Central repository for Holoscan Reference Applications
Example algorithms that could be deployed in A-GHOST, insipred by the exisitng Global Trigger
This project provides benchmark-performances of various methods for materials science applications using the datasets available in JARVIS-Tools databases.
This project benchmarks performances of various methods for materials science applications using the datasets available in JARVIS-Tools databases.
Deep learning framework for atomistic image data
Atomistic Line Graph Neural Network
ChemNLP is a software-package to process chemical information from the scientific literature.
Physics-based GPR to predict thermoelectric properties in a multicomponent alloy space
A Google-Colab Notebook Collection for Materials Design
Software for evaluating pareto-optimal synthesis pathways
Agent-based sequential learning software for materials discovery
JARVIS-Tools: an open-source software package for data-driven atomistic materials design
Electronic transport models for single or multiband transport
boundary scattering and strain field scripts
Effective mass modeling of StarryData2 data
Code for NU DS nights
Phonon code
A Bayesian framework for the selection, calibration and uncertainty quantification of thermodynamic property models
A simulation package of phonon-phonon interaction related properties