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An efficient seismic analysis technique for PCSG assembly using sub-structuring method and homogenization methodopen accessAn efficient seismic analysis technique for PCSG assembly using sub-structuring method and homogenization method

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An efficient seismic analysis technique for PCSG assembly using sub-structuring method and homogenization method
Authors
윤교근장완재이규만안광현장성민
Issue Date
Jun-2024
Publisher
한국원자력학회
Keywords
PCSG assembly; Efficient seismic analysis technique; Sub-structuring method; Homogenization method
Citation
Nuclear Engineering and Technology, v.56, no.6, pp 2120 - 2130
Pages
11
Journal Title
Nuclear Engineering and Technology
Volume
56
Number
6
Start Page
2120
End Page
2130
URI
https://scholarworks.bwise.kr/kumoh/handle/2020.sw.kumoh/28705
DOI
10.1016/j.net.2024.01.020
ISSN
1738-5733
2234-358X
Abstract
This study significantly reduced the seismic analysis time of PCSG assembly by introducing a reduced model using homogenization and sub-structuring methods. The homogenization method was applied to the primary and secondary micro-channel sheets, and the sub-structuring method was applied to the PCSG module sets. Modal analysis and frequency response analysis were then performed to validate the accuracy of the reduced model. The analysis results were compared with the full model and it was confirmed that the reduced model provided almost the same analysis results as the full model. To verify the computational efficiency of the reduced model, the computational time was then compared with the full model, and it was confirmed that the modal analysis time was reduced by 3.42 times and the frequency response analysis time was reduced by 4.59 times.
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