Verification of the FBR fuel bundle–duct interaction analysis code BAMBOO by the out-of-pile bundle compression test with large diameter pins

The BAMBOO computer code was verified by results for the out-of-pile bundle compression test with large diameter pin bundle deformation under the bundle–duct interaction (BDI) condition. The pin diameters of the examined test bundles were 8.5mm and 10.4mm, which are targeted as preliminary fuel pin...

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Veröffentlicht in:Journal of nuclear materials 2014-09, Vol.452 (1-3), p.552-556
Hauptverfasser: Uwaba, Tomoyuki, Ito, Masahiro, Nemoto, Junichi, Ichikawa, Shoichi, Katsuyama, Kozo
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container_end_page 556
container_issue 1-3
container_start_page 552
container_title Journal of nuclear materials
container_volume 452
creator Uwaba, Tomoyuki
Ito, Masahiro
Nemoto, Junichi
Ichikawa, Shoichi
Katsuyama, Kozo
description The BAMBOO computer code was verified by results for the out-of-pile bundle compression test with large diameter pin bundle deformation under the bundle–duct interaction (BDI) condition. The pin diameters of the examined test bundles were 8.5mm and 10.4mm, which are targeted as preliminary fuel pin diameters for the upgraded core of the prototype fast breeder reactor (FBR) and for demonstration and commercial FBRs studied in the FaCT project. In the bundle compression test, bundle cross-sectional views were obtained from X-ray computer tomography (CT) images and local parameters of bundle deformation such as pin-to-duct and pin-to-pin clearances were measured by CT image analyses. In the verification, calculation results of bundle deformation obtained by the BAMBOO code analyses were compared with the experimental results from the CT image analyses. The comparison showed that the BAMBOO code reasonably predicts deformation of large diameter pin bundles under the BDI condition by assuming that pin bowing and cladding oval distortion are the major deformation mechanisms, the same as in the case of small diameter pin bundles. In addition, the BAMBOO analysis results confirmed that cladding oval distortion effectively suppresses BDI in large diameter pin bundles as well as in small diameter pin bundles.
doi_str_mv 10.1016/j.jnucmat.2014.06.016
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subjects Bamboo
Bundles
Bundling
Cladding
Compression tests
Deformation
Distortion
Fuels
title Verification of the FBR fuel bundle–duct interaction analysis code BAMBOO by the out-of-pile bundle compression test with large diameter pins
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