OpenFOAM.
An open-source computational fluid dynamics toolkit; this Hub bundle demonstrates ten pinned tutorial cases with reusable control, discretization, solver, and physics parameter groups.
Eighteen adapter tests passed locally on 2026-10-11 against the pinned OpenFOAM v2606 source. Tests compare modeled controlDict, fvSchemes, fvSolution, and physical-property values, verify other case files are staged byte-for-byte, exercise runtime and build-setting overrides, verify tagged build/runtime discovery, and replay a recorded output plan; the generated build profile passes a shell syntax check, but solver builds and simulation results have not been checked.
snt hub fetch openfoamsnt hub setup cavity_ico --inputs-onlyNative solver build and run are still under review for this project.About OpenFOAM.
OpenFOAM provides a broad set of solvers and utilities for computational fluid dynamics and related continuum simulations. Its cases are assembled from dictionaries, field files, and mesh descriptions.
Why it belongs in the Hub
Ten v2606 tutorials expose reusable time/output controls, finite-volume schemes, linear solver tolerances, pressure-velocity coupling controls, and selected physical properties from fluid, multiphase, heat transfer, MHD, solid mechanics, and compressible-flow cases.
Explore OpenFOAM ↗Parameter references.
Generated with SNT's Brief++ reporter from the DIPL projects in this pinned Hub bundle. Each report shows effective values, units, descriptions, source history, and schema details for one example.
These reports describe the bundled example values. A personal run with --override-file can have different values; inspect its environment.diph5 or generate a report from that snapshot. OpenFOAM source revision: 481094fdf34f11ed6d0d603ee59a858a0124236d.
This adapter records its resolved native mappings in each generated environment.diph5. The saved plan can be inspected and replayed without the original DIPL profile. Some projects still need their pinned source files for replay.