摘要
基于固态燃料钍基熔盐堆(TMSR-SF1)的特点,提出了基于多专业耦合的反应堆本体设计方法。参考现有成熟的设计规范,结合固态燃料钍基熔盐堆反应堆本体的结构和功能要求,完成了反应堆本体结构设计方案,并进行了反应堆本体屏蔽设计分析、堆容器上顶盖传热与温度场分析、反应堆结构力学分析,最终通过本体结构设计与多专业分析的反复分析迭代,初步实现了TMSR-SF1反应堆本体设计,满足TMSR-SF1功能要求。此外,通过反应堆结构选材论证和制造可行性分析,确保了结构设计的工程可实施性。
Based on the characteristics of TMSR-SF1,the reactor body design and optimization method via multi-specialty coupling analysis was proposed in this paper.Referring to existing mature design codes and combining structure and function requirements of TMSR-SF1 reactor body,the structure drawing for the reactor body was presented firstly,then shielding design analysis,heat transfer and temperature field analysis,and mechanical analysis were carried out.Finally,the reactor body design of TMSR-SF1 has been preliminarily realized by using the multi-specialty coupling repeated iteration analysis,which satisfied the function of TMSR-SF1.Furthemore,reactor structure material selection demonstration and manufacturing feasibility analysis were also performed to ensure the engineering implementability of the structure design.
作者
杨洪润
李翔
杨立才
孙英学
张卓华
应栋川
付强
Yang Hongrun;Li Xiang;Yang Licai;Sun Yingxue;Zhang Zhuohua;Ying Dongchuan;Fu Qiang(Science and Technology on Reactor System Design Technology Laboratory,Nuclear Power Institute of China,Chengdu,610041,China)
出处
《核动力工程》
EI
CAS
CSCD
北大核心
2019年第5期23-28,共6页
Nuclear Power Engineering
关键词
钍基熔盐堆
反应堆本体
耦合分析
设计
Thorium molten salt reactor(TMSR)
Reactor body
Coupling analysis
Design
