a unified framework for modeling chemically reactive systems
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Updated
Feb 2, 2026 - C++
a unified framework for modeling chemically reactive systems
collection of RUST structures and functions useful for chemical kinetics, chemical thermodynamics, combustion, heat and mass transfer, shock tubes and so on and so far. Work in progress. Advices and contributions will be appreciated
Thermochemical equilibrium of planetary interiors and atmospheres in JAX: gas speciation, condensation and volatile solubility in magma, with real-gas equations of state.
🚀 Rocket calculations in Python using Cantera
A Python based open-source tool for solving gaseous combustion problems
Python code to simulate the formation of rocky planets in chemical equilibrium (based on Gibbs energy minimisation) and analysis of planet compositions.
Python tool for the automatic generation of reactive transport libraries in COMSOL Multiphysics from a database DAT file.
NEtwork solver for Flow, Eigenmodes, and Stability
What is Le Chatelier's principle? An interactive, open-source explainer. Glassbox No. L37.
Chemical engineering thermodynamics in Python: validated methods, an 18-notebook course with worked solutions
Thermochimie des équilibres (avancement, rupture, déplacements), éléments, formules et tableau périodique en TikZ, pour la CPGE
Rocket propellant chemical equilibrium, thermodynamic and transport properties, and engine performance (NASA CEA's class of computation) for .NET, on CPU or CUDA in double precision. NuGet library and the apthermo command-line tool.
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