NUCLEAR POWER PLANT SOUNDNESS EVALUATION DEVICE, METHOD AND PROGRAM

To provide a nuclear power plant soundness evaluation art that can deal with even if an action of an external burden is local.SOLUTION: A soundness evaluation device 20A comprises: a database that stores a building model 25; a database that stores a first facility model 21 and second facility model...

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Hauptverfasser: OKUMA SHUNJI, HIGUCHI TOMOKAZU, NAKAMURA TAKESHI, KATAYAMA HIROSHI, WARASHINA MASAHIKO
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creator OKUMA SHUNJI
HIGUCHI TOMOKAZU
NAKAMURA TAKESHI
KATAYAMA HIROSHI
WARASHINA MASAHIKO
description To provide a nuclear power plant soundness evaluation art that can deal with even if an action of an external burden is local.SOLUTION: A soundness evaluation device 20A comprises: a database that stores a building model 25; a database that stores a first facility model 21 and second facility model 22; a building oscillation analysis unit 24 that outputs building oscillation data 29 in an arbitrary location of a building; a first facility oscillation analysis unit 31 that outputs first facility oscillation analysis data 35a in an arbitrary location of a facility; a first computation unit 37a that computes a first damage degree 36a; a determination unit 42 (42a) that determines the arbitrary location of the facility as an attention location 43; a second facility oscillation analysis data 32 that outputs second facility oscillation analysis data 35b in the attention location 43; a second computation unit 37b that computes a second damage degree 36b in the attention location 43; and a display unit 47 that selects and displays an attention location 43b.SELECTED DRAWING: Figure 3 【課題】外部負荷の作用が局所的であっても対応可能な原子力プラントの健全性評価技術を提供する。【解決手段】健全性評価装置20Aは、建屋モデル25を格納するデータベースと、第1設備モデル21及び第2設備モデル22を格納するデータベースと、建屋の任意位置における建屋振動解析データ29を出力する建屋振動解析部24と、設備の任意位置における第1設備振動解析データ35aを出力する第1設備振動解析部31と、第1損傷度36aを演算する第1演算部37aと、設備の任意位置を注目位置43として判定する判定部42(42a)と、注目位置43における第2設備振動解析データ35bを出力する第2設備振動解析部32と、注目位置43における第2損傷度36bを演算する第2演算部37bと、注目位置43bを選択して表示する表示部47と、を備えている。【選択図】図3
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a database that stores a first facility model 21 and second facility model 22; a building oscillation analysis unit 24 that outputs building oscillation data 29 in an arbitrary location of a building; a first facility oscillation analysis unit 31 that outputs first facility oscillation analysis data 35a in an arbitrary location of a facility; a first computation unit 37a that computes a first damage degree 36a; a determination unit 42 (42a) that determines the arbitrary location of the facility as an attention location 43; a second facility oscillation analysis data 32 that outputs second facility oscillation analysis data 35b in the attention location 43; a second computation unit 37b that computes a second damage degree 36b in the attention location 43; and a display unit 47 that selects and displays an attention location 43b.SELECTED DRAWING: Figure 3 【課題】外部負荷の作用が局所的であっても対応可能な原子力プラントの健全性評価技術を提供する。【解決手段】健全性評価装置20Aは、建屋モデル25を格納するデータベースと、第1設備モデル21及び第2設備モデル22を格納するデータベースと、建屋の任意位置における建屋振動解析データ29を出力する建屋振動解析部24と、設備の任意位置における第1設備振動解析データ35aを出力する第1設備振動解析部31と、第1損傷度36aを演算する第1演算部37aと、設備の任意位置を注目位置43として判定する判定部42(42a)と、注目位置43における第2設備振動解析データ35bを出力する第2設備振動解析部32と、注目位置43における第2損傷度36bを演算する第2演算部37bと、注目位置43bを選択して表示する表示部47と、を備えている。【選択図】図3</description><language>eng ; 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subjects NUCLEAR ENGINEERING
NUCLEAR PHYSICS
NUCLEAR REACTORS
PHYSICS
title NUCLEAR POWER PLANT SOUNDNESS EVALUATION DEVICE, METHOD AND PROGRAM
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