Research & Software Projects
A collection of my research software projects and computational tools, focusing on materials science, thermodynamic calculations, and high-performance scientific computing.
2018
HitDIC - Diffusion Kinetics Database Software
HitDIC (HIgh-Throughput Determination of Interdiffusion Coefficients) is a C++ software for efficient evaluation of diffusion kinetics databases. It assesses diffusion kinetic parameters based on composition-distance curves, tracer diffusion coefficients, and interdiffusion coefficients. The software predicts composition profiles and interdiffusion flux curves, and outputs diffusion properties related to components and temperature variations.
2024
ThermoSpire - Intelligent Thermodynamic Computing Platform
ThermoSpire aims to be a next-generation intelligent thermodynamic computing platform that combines modern computational techniques, AI methods, and thermodynamic theory. It provides comprehensive thermodynamic modeling, phase diagram calculation, and material design capabilities for materials science, metallurgy, and ceramics. The long-term goal is to build an open-source, scalable, and intelligent thermodynamic computing ecosystem serving research, education, and industrial applications.
