Large-scale reactor calculations with Monte Carlo (MC), including nonlinear feedback
effects, have become a reality in the course of the last decade. In particular, implementations …

BGCore reactor analysis system was recently developed at Ben-Gurion University for
calculating in-core fuel composition and spent fuel emissions following discharge. It couples …

Transient analysis of nuclear reactors is traditionally the domain of deterministic methods,
even tough these methods are known to have limitations. With the development of dynamic …

A hybrid coupled strategy was proposed for a coupled neutronics and thermal-hydraulics
analysis of a full PWR core, using the continuous-energy Reactor Monte Carlo code (RMC) …

The most common medical isotope (99m Tc) is widely used for the diagnosis and therapy of
complex diseases, with approximately 30–40 million nuclear medicine procedures …

An internal parallel coupling scheme was developed for the coupling between high-fidelity
neutronics code NECP-X and the sub-channel thermal-hydraulic code CTF. A new coupling …

The thermal hydraulic and neutronics coupling analysis is an important part of the high‐
fidelity simulation for nuclear reactor core. In this paper, a thermal hydraulic and neutronics …

This paper presents a Monte Carlo-computational fluid dynamics coupling of OpenMC and
Nek5000 within the MOOSE framework. This coupling specifically aims to address and …

This paper presents the versatility and stabilization improvements of high fidelity multi-
physics coupling of neutronics and thermal-hydraulics. The coupling is accomplished …

The MORE framework, developed by the Nuclear Power Institute of China (NPIC), is a new
coupling framework that integrates multiple powerful functionalities for handling input and …