練習船広島丸におけるRBM手法の適用および改良

清田 耕司; 茶園 敏文; 大内 一弘; 薮上 淳弘; 山田 健治; 内山 憲子; 小林 豪; 河村 義顕; 辰己 公朗; 小林 大祐; 大平 匡史; 柴田 勝規

doi:10.32221/hiroshimashosenkiyo.39.0_31

The improvement of the evaluation method of the Risk-Based Maintenance for Hiroshima-Maru

Kouji SEIDA, Toshifumi CHAEN, Kazuhiro OUCHI, Atsuhiro YABUGAMI, Kenji YAMADA, Noriko UCHIYAMA, Go KOBAYASHI, Yoshiaki KAWAMURA, Kimio TATSUMI, Daisuke KOBAYASHI, Masashi OHIRA, Katsuki SHIBATA

Author information

Kouji SEIDA [Japan]
[in Japanese]
Toshifumi CHAEN [Japan]
[in Japanese]
Kazuhiro OUCHI [Japan]
[in Japanese]
Atsuhiro YABUGAMI [Japan]
[in Japanese]
Kenji YAMADA [Japan]
[in Japanese]
Noriko UCHIYAMA [Japan]
[in Japanese]
Go KOBAYASHI [Japan]
[in Japanese]
Yoshiaki KAWAMURA [Japan]
[in Japanese]
Kimio TATSUMI [Japan]
[in Japanese]
Daisuke KOBAYASHI [Japan]
[in Japanese]
Masashi OHIRA [Japan]
[in Japanese]
Katsuki SHIBATA [Japan]
[in Japanese]

Keywords: rbm, rbi, risk-based maintenance, risk-based inspection

RESEARCH REPORT / TECHNICAL REPORT FREE ACCESS

2017 Volume 39 Pages 31-34

DOI https://doi.org/10.32221/hiroshimashosenkiyo.39.0_31

Details

Abstract

Risk-based maintenance (RBM) means that maintenance will be done according to the risk evaluation result, which is calculated by the probability of failure and the consequence of failure. RBM is often applied to some plants (oil refining plant, chemical plant etc...), but still few applied to vessels. IMC developed the RBM software for vessels in order to apply RBM to ship management, but the RBM calculation method and result is not enough to be verified. Therefore, we apply RBM to Hiroshima-Maru, and improve the RBM calculation method and result. In the future, we aim at the practical use of the RBM for vessels.

Corresponding author

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