强激励下快堆堆芯地震试验与分析

Tomohiko Yamamoto, Akihisa Iwasaki, K. Kawamura, Shinichiro Matsubara, Hidenori Harada
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引用次数: 1

摘要

在快堆堆芯构件设计中,为了保证结构的完整性,必须对堆芯构件进行地震反应评估。因此,开发了一种岩心地震分析方法,以评估考虑流体结构相互作用和垂直位移(向上)的三维岩心振动行为。采用37个1/1.5尺度的六边形核单元模型,对核单元振动分析程序(revan - 3d)进行了三维验证。根据试验数据,验证了新建立的分析模型对强激励的响应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fast Reactor Core Seismic Experiment and Analysis Under Strong Excitation
In design of fast reactor (FR) core components, seismic response must be evaluated in order to ensure the structural integrity. Thus, a core seismic analysis method has been developed to evaluate 3D core vibration behavior considering fluid structure interaction and vertical displacement (upward). Thirty seven 1/1.5 scale core element models which shape hexagonal-arrangement were used to validate the core element vibration analysis code in three dimensions (REVIAN-3D). Based on the test data, the newly incorporated analysis model has been verified to respond to strong excitation.
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