哈尔滨工程大学学报2023，Vol.44Issue(12)：2170-2176,7.DOI:10.11990/jheu.202309028
基于SANA实验的三维热工分析程序计算验证
Computational verification of 3D thermal analysis program based on SANA experiment
摘要
Abstract
To reduce the high number of errors in traditional two-dimensional(2D)thermal-hydraulic analysis pro-grams when handling asymmetric geometries and axially nonuniform heating in the pebble bed high-temperature gas-cooled reactor(HTGR),a more accurate and detailed thermal-hydraulic analysis program called DAYU3D was de-veloped based on the 2D thermal-hydraulic analysis software DAYU2D.A 3D heat conduction and convection mod-el suitable for a spherical bed HTGR was established in DAYU3D.Subsequently,symmetric and asymmetric heat-ing conditions from the SANA benchmark experiments were simulated and compared with experimental results using this program.The calculation results revealed that compared with the 2D program,DAYU3D provides better agree-ment with the experimental results for the 3D asymmetric heating conditions of the SANA experiments than the 2D program,thus making it more suitable for the 3D thermal-hydraulic analysis of the pebble bed HTGR′s thermal characteristics.关键词
SANA实验/三维热工分析/高温气冷堆/有限体积法/非对称/多孔介质模型/有效导热系数/球床Key words
SANA experiment/three-dimensional thermal analysis/high temperature gas-cooled reactor/finite vol-ume method/non-uniform/porous media model/effective thermal conductivity/pebble bed分类
核科学引用本文复制引用
张向丞,佘顶,陈福冰,石磊..基于SANA实验的三维热工分析程序计算验证[J].哈尔滨工程大学学报,2023,44(12):2170-2176,7.基金项目
核能开发科研第六批项目(科工二司[2020]1192 号). （科工二司[2020]1192 号）
