CEA computes the equilibrium composition of mixtures via free-energy minimization, and uses the resulting product concentrations to determine thermodynamic and transport properties. It includes a large database of species with thermodynamic curve-fit data, and can be used for rocket performance, detonation parameters, and shock-wave analysis.
A MATLAB-based framework for solving combustion and high-speed flow problems
Assemblyline 4 Malware detonation service (Cuckoo)
Assemblyline 4 Malware detonation service (CAPEv2)
PREDICTIVE MODEL FOR EXPLOSIVE DETONATION PARAMETERS
A NodeJS website that plays an animation of all the nuclear detonations over the last 70 years
Source code of models developed in an article "Detonation cell size model based on deep neural network for hydrogen, methane and propane mixtures with air and oxygen"
Reproducibility package for the paper on the Fickett model
Reproducibility package for computational experiments for the paper "Linear stability of detonations via numerical computation and dynamic mode decomposition"
Cantera examples in the form of Jupyter notebooks with Shock & Detonation Toolbox
My PhD thesis "Numerical computation of detonation stability"
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