Nuclear reactor fuel reloading optimization is a hot issue in the field of nuclear engineering.
With the reasonable rearrangement of fuel assemblies in a reactor core, the nuclear fuel …

Currently, workers in nuclear power plants need to monitor plant data in real time. In the
event of an emergency, due to human subjectivity, the operator cannot make accurate …

The new form of artificial intelligence training, ie federated learning, is becoming more
popular in the last few years. It is an optimization problem that includes additional …

The problem of fuel reloading optimization is very demanding, which requires to search for
the optimal suitable core configuration within a very huge solution space. To solve this …

In this article, we propose malfunction classifications for trucks, a novel idea for smart fleet
management systems. In the proposed cooperative cooperative intelligent transportation (C …

Optimization of nuclear fuel assemblies if performed effectively, will lead to fuel efficiency
improvement, cost reduction, and safety assurance. However, assembly optimization …

Particle swarm optimization (PSO) has many advantages such as fewer parameters, faster
convergence and easy implementation; however, it is also prone to fall into local optimum …

In order to obtain optimal core configurations, the problems of fuel reloading optimization
must be solved in nuclear engineering field. This problem is a combinational optimization …

Abstract Small Modular Reactors (SMRs) with their excellent safety and economic features
will be in high demand in the near future. Most SMR designs have longer burn-up cycle …

The numerical validation process is one of the important stages in reactor core design. In the
present work, the criticality analysis calculations of VVER-1200/V392M reactor core was …