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铀溶液临界装置抗震分析
引用本文:戴守通,刘振华,朱庆福,韩治,汪军. 铀溶液临界装置抗震分析[J]. 原子能科学技术, 2008, 42(Z2)
作者姓名:戴守通  刘振华  朱庆福  韩治  汪军
作者单位:中国原子能科学研究院,反应堆工程研究设计所,北京,102413
摘    要:铀溶液临界装置充装大量液体,抗震分析采用简捷有效的附加质量法处理液动压力的关键问题.容器高架夹套、质量分布上重下轻以及连接松脱的结构特点导致系统抗震能力较差.对此,通过对交叉加固和平板约束方案的对比分析,最终采用在装置上部增加约束的方法极大提高了系统抗震能力,使装置抗震性能满足了有关要求,并为设计提供了可行的结构优化方案.

关 键 词:抗震分析  液动压力  高架夹套  平板约束  结构优化

Seismic Analysis of Uranium Liquid Critical Facility
DAI Shou-tong,LIU Zhen-hua,ZHU Qing-fu,HAN Zhi,WANG Jun. Seismic Analysis of Uranium Liquid Critical Facility[J]. Atomic Energy Science and Technology, 2008, 42(Z2)
Authors:DAI Shou-tong  LIU Zhen-hua  ZHU Qing-fu  HAN Zhi  WANG Jun
Affiliation:DAI Shou-tong,LIU Zhen-hua,ZHU Qing-fu,HAN Zhi,WANG Jun(China Institute of Atomic Energy,P.O.Box 275-33,Beijing 102413,China)
Abstract:The vessels of uranium liquid critical facility are filled with a mass of liquid.The key problem of hydrodynamic pressure is solved by adopting the simple and effective methods of affixing mass to the vessel wall in seismic analysis.The structural characteristics such as the double vessels supported high,the top-heavy mass distribution and the unstable structural connecting result in the worse structural aseismatic capability.Through analyzing the two projects of the reinforcement using cross legs and restr...
Keywords:seismic analysis  hydrodynamic pressure  double vessels supported high  plate restriction  structural optimization  
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