awesome-nuclear README

The project's README from github.com/paulromano/awesome-nuclear. As one markdown file: README.md.

☢ Awesome Nuclear ☢

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A curated list of open source projects used in nuclear science and engineering.

Particle Transport

Codes: Monte Carlo

Codes: Deterministic

Codes: Event Generators

Nuclear Data

Depletion / Transmutation / Decay

Kinetics

Fuel Cycle

Thermal Hydraulics

Multiphysics

Molten Salt Reactor

Other

Research Groups Invested in Open Source Tools for Nuclear Science and Engineering

awesome-nuclear (paulromano/awesome-nuclear)

physics
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What is this?A curated directory of open source software for nuclear science and engineering: roughly 75 codes and tools spanning particle transport, nuclear data, fuel cycle, thermal hydraulics, and multiphysics, each a one-liner with a link.
Is this software I can download, or just a directory of links?A reading list, not software: one markdown page on GitHub where every entry is a project name, a one-line description, and a link to that project's own repo. Nothing installs from this repository.
Does the list tell me which tool is best?No — there are no ratings, comparisons, or install guides; you judge each project from its one-line entry. Only open source projects make the cut.
Who is this for — working nuclear engineers, researchers, students?Anyone in nuclear science or engineering looking for open source tools: researchers, students, and analysts. The list also names the academic and IAEA groups building this ecosystem: ARFC (UIUC), CNERG (UW-Madison), CRPG (MIT), and ONCORE.
What is OpenMC and why does it come up in several sections?It is an open source Monte Carlo neutron/photon transport code that recurs across the list: it ships an integrated depletion solver, the MOOSE apps Aurora and Cardinal couple it to CFD and multiphysics, and OpenMCyclus bridges it into the Cyclus fuel cycle simulator.
Does the list touch machine learning at all?Yes, at the edges: NucML is a machine-learning pipeline for nuclear data evaluation, and RAVEN is a framework for UQ, regression, PRA, and model optimization.
Besides reactor codes, what else would I find here?Fuel cycle simulators like Cyclus, CFD codes like OpenFOAM and Nek5000, decay solvers like radioactivedecay, CAD-to-Monte-Carlo toolkits like DAGMC and McCAD, Python parsers such as MontePy and serpentTools, and a detailed CAD model of the MSRE experiment.
Are there GPU or massively parallel options on the list?Yes: Warp runs Monte Carlo neutron transport on GPUs, nekRS targets modern processors and accelerators, and OpenSN is a massively parallel discrete ordinates code.
Creator
paulromano
Size
0.1 MB
Stars
508
Updated
CommitFeb 04
Age
7y
Commits · 90 Days