paulromano's Stars
numpy/numpy
The fundamental package for scientific computing with Python.
BoostIO/BoostNote-Legacy
This repository is outdated and new Boost Note app is available! We've launched a new Boost Note app which supports real-time collaborative writing. https://github.com/BoostIO/BoostNote-App
zeux/pugixml
Light-weight, simple and fast XML parser for C++ with XPath support
Nek5000/Nek5000
our classic
shiblon/latex-makefile
A Makefile for LaTeX - drop it in, type make, and magic happens.
njoy/NJOY2016
Nuclear data processing with legacy NJOY
CORE-GATECH-GROUP/serpent-tools
A suite of parsers designed to make interacting with SERPENT output files simple and flawless
ORNL-CEES/DataTransferKit
A library for multiphysics solution transfer. ARCHIVED
swig-fortran/swig
This fork of SWIG creates Fortran wrapper code from C++ headers.
weft/warp
continuous energy monte carlo neutron transport in general geometries on GPUs
njoy/ENDFtk
Toolkit for reading and interacting with ENDF-6 formatted files
mit-crpg/BEAVRS
A two-cycle full-core PWR depletion benchmark based on a commercial nuclear power plant
ORNL-CEES/Profugus
A set of radiation transport mini-applications used for performance optimization on HPC systems.
SlaybaughLab/BART
A deterministic finite-element-based solver for the neutron transport equation designed for the evaluation of acceleration methods.
NuclearData/ACEFormat
Format description for ACE nuclear data files
aprilnovak/Okapi
OpenMC wrapped as a Moose App
michaelkirker/Unofficial-UChicago-Beamer-Theme
Files to theme your LaTeX Beamer presentation to match the University of Chicago colors.
mit-crpg/opendeplete
A depletion framework for OpenMC
mit-crpg/WMP_Library
Windowed Multipole Library
mit-crpg/vectfit
Fast Relaxed Vector Fitting Implementation in C++
mit-crpg/ecp-benchmarks
Models for the ECP ExaSMR project
amandalund/simple-mc
A mini-app that extracts the key features of Monte Carlo neutron transport
arfc/mlmc
Machine Learning acceleration of Monte Carlo neutron trasnport. Test problems and exploration.
davidozog/openmc
OpenMC Monte Carlo Code
njoy/nuclearData
landonjmitchell/openmc-plotgui
jtramm/FNF
Fast Nuclear Faddeeva (FNF) - A fast approximation of the Faddeeva function W(z) for use in applications where the imaginary component of z is greater than 0. Ideal for SLBW nuclear resonance calculations where high fidelity is not required.
katyhuff/2018-arpa-e-open
Contains a concept paper for arpa-e open regarding machine learning for monte carlo.
njoy/knoop
Knoop is a hierarchical node tree
njoy/resonanceReconstruction