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jCODE is a high-performance Fortran-based multiphase/multi-physics flow solver developed and maintained by the Capecelatro Research Group at the University of Michigan. The code is capable of solving the multi-component compressible Navier-Stokes equations on structured curvilinear meshes using a class of high-order energy-stable finite difference operators. It features a range of models including Lagrangian particle tracking, combustion mechanisms, immersed boundaries, and discrete adjoint-based sensitivity.

Languages

Fortran96.8%C++1.1%C0.8%Makefile0.7%Python0.5%Gnuplot0.1%

Contributors

Created December 12, 2023
Updated November 27, 2025
jessecaps/jCODE | GitHunt