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Python tools for generating SCWD-FGM libraries from FlameMaster results
Introduces basic C++ concepts to beginner users of the OpenFOAM open-source CFD libraries.
This repository includes all necessary scripts and compilation instructions required to run user-given chemical mechanisms with DLBFoam.
python script to extract Sutherland coefficient from Cantera cti mechanism, followed by converting to Openfoam transport data format.
OpenFOAM case files for the battery fire simulation during thermal runaway
An OpenFOAM's case to generate an intracranial aneurysm geometry using STL file and cfMesh.
The official repository of hemodynamic4Foam toolbox for OpenFOAM (foam-extend 4.1)
An OpenFOAM's boundary condition for lithium-ion battery using lumped model.
Lithium-Ion Modeling with 1-D Thermal Runaway (LIM1TR)
Easily convert Chemkin-format reaction mechanisms into OpenFOAM 8–13 chemistry files.
OpenFOAM solver for a single expanding and collapsing bubble near a rigid boundary
🌊 OpenFOAM-v2206 with Immersed Boundary Method
Get sample from a figure. Useful to extract data from paper for comparison.
Comprehensive thermophysical library for OpenFOAM 13. Implements real gas EOS (SRK, PR, RK-PR), high-pressure transport properties, and mass diffusion models for supercritical combustion simulations.
Convert Cantera format reaction mehcnism to OpenFOAM
Fluid-Mechanics-Lund-University / CanteraChemistryModel
Forked from ZhangYanTJU/CanteraChemistryModelOpenFOAM + Cantera
The code is developed by Division of Fluid Mechanics, Lund University [Bai's group](http://www.fm.energy.lth.se/english/)
An improved chemistry integration module for OpenFOAM-10. It accelerates the chemistry solver but does not yet support tabulation or reduction methods. Only support ideal gas
The Homogeneous Relaxation Model for ESI OpenFOAM
A collection of OpenFOAM solvers and corresponding testcases based on the Flamelet-Generated Manifolds method.
A Cantera extension for simulating 1D flames in porous media
A library for wall-modelled Large-Eddy Simulation in OpenFOAM.