In this paper, a full scale three-dimensional thermal-hydraulic analysis method for plate-type
fuel reactor core is proposed through integrating traditional sub-channel analysis concepts …

The tremendous advancement in computer technology makes it feasible to perform high-
fidelity and multi-physics numerical simulations of reactors, allowing for a more accurate and …

Deep pool nuclear reactor (DPNR) is a novel pool-type reactor, which has shown great
potential in seawater desalination and district heating. In this paper, the thermal–hydraulic …

Burnup measurement is crucial for the management and disposal of spent fuel. The
conventional approach indirectly estimates burnup by examining the fission product or …

A nuclear reactor cooling system that has been operating for a long time can carry some
debris into a fuel coolant channel, which can result in a blockage. An in-depth two …

The Jordanian 5 MW research reactor is simulated to investigate its transient behavior under
a Loss Of Electric Power (LOEP) accident. The reactor cooling system is under downward …

An optimized, accurate and fast model is investigated to simulate the transient behavior of a
research reactor during fast and slow LOFA (loss of flow accident). Simulation is performed …

The detection equipment for measuring the burnup depth in spent fuel rods is a vital
component of the spent fuel management system. which can determine the burnup depth of …

Dynamical behavior of the Brazilian Multipurpose Reactor (RMB) is investigated by using
the coupled neutronics and thermal hydraulics code NTHC1, which consists of the neutron …

Abstract The Loss Of Flow Accident (LOFA), with protection and without intervention of
natural convection in the cooling process, is studied in the NUR nuclear research reactor for …