Nuclear data processing with ACEMAKER, FRENDY and NJOY

Methods to compute neutron source for a given plasma equilibrium state presented with EQDSK file

Plots slices of OpenMC native GSC surface geometry with hovertext surface identification

OpenMC model of the EVOL reference MSFR. Includes code used to simulate and plot results in DTU student project "Impact of temperature feedback on reactivity parameters in the Molten Salt Fast Reactor" by Morten Nygaard (ongoing per June 2024). See "README.md" for detailed description of code and project.

Radiation transport simulations with a human phantoms in OpenMC. Meshes are created in Cubit Coreform. The phantom used in this project is obtained from: https://www.icrp.org/publication.asp?id=ICRP%20Publication%20145

Finds the bounding box and related properties of a DAGMC geometry

USNA Engineering Design Capstone. OpenMC simulations for the High Flux Production Reactor (HYPR) design concepts.

Student research repository for independent research of the material attractiveness of prospective fuel to be used in microreactors

This repository contains a beginner-friendly tutorial for OpenMC, a Monte Carlo particle transport simulation code widely used in nuclear engineering.

Run OpenMC on Android phone

Code to simulate the flux through cylinders with the MUTR Neutron Imager

European SFR core sub-assembly model

The jupyter notebook contains python code which creates a BWR square assembly with a 3-by-3 fuel-less center.

Segments cells into smaller cells. Useful for redefining geometry for cell based shutdown dose rate simulations.

Openmc-FEnicsx for muLtiphysics tutorIAl

Convert non overlapping STL files into a DAGMC h5m file complete with material tags and ready for use in neutronics simulations.

openmc msr depletion capabilities example

A minimal example implementation of an open source method of making DAGMC geometry with Paramak and simulating tritium production with OpenMC

A Python package that finds and converts OpenMC tally units.

Package Manager for Nuclear Engineering Development