FLUENT-based Computation for a Time-Space-Dependent Neutron Kinetics Model

摘要

Computational Fluid Dynamics (CFD) method has been well developed and widely used for solving multi-dimension thermal-hydraulic problems in some industrial applications, such as in the automotive or aircraft industries. Recently, more and more applications of CFD method were found as well in reactor thermal-hydraulic analysis for precise numerical simulation. Some commercial CFD softwares like FLUENT with the powerful mesh generation tools and post-processing tools , which can simulate very complex flow geometry, present complex thermal-hydraulic effects, and provide accurate predictions of thermal-hydraulic performances, were extensively applied. Furthermore, these softwares generally provide the user interfaces for their extended development.