Cardinal is an open-source application that couples OpenMC Monte Carlo transport and
NekRS computational fluid dynamics to the Multiphysics Object-Oriented Simulation …

The advanced heat pipe cooled reactor is a potential candidate to generate nuclear power
for space exploration, and exhibits strong neutron leakage and complicated multi-physics …

ENRICO is a coupled application developed under the US Department of Energy's Exascale
Computing Project (ECP) targeting the modeling of advanced nuclear reactors. It couples …

This paper demonstrates a multiphysics solver for pebble-bed reactors, in particular, for
Berkeley's pebble-bed-fluoride-salt-cooled high-temperature reactor (PB-FHR)(Mark I …

Abstract The Virtual Environment for Reactor Applications (VERA) core physics benchmark
problem# 6, 3D Hot Full Power (HFP) assembly, from the Consortium for Advanced …

Picard Iteration is a widely used coupling method for multiphysics simulations. This method
allows one to directly leverage existing and well-developed single-physics programs without …

The nuclear reactor is a multi-physics and multiscale coupling system. The conditions of
high temperature and high neutron flux in the reactor pose a significant challenge to the …

Abstract The continuous energy Monte Carlo neutron transport code, MC21, was coupled to
the CTF subchannel thermal-hydraulics code using a combination of Consortium for …

Megawatt-class heat pipe reactors (HPRs) have been identified as a candidate for the
decentralized electricity markets, for instance, remote regions, island communities, and …

We perform simulations of two reactivity-insertion experiments in the SPERT III E-core
nuclear research reactor. The simulations use the TRIPOLI-4® Monte Carlo neutron …