Shiro TAKAHASHI
著者に関連した記事は2件です。
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第2回
Feasibility Study on Advancement of Maintenance Quality for Nuclear Power Plants
著者:
Hidekazu YOSHIKAWA,Eiji MATSUMOTO,Shiro BIWA, Shoji IMATANI,Toshihiko HOSHIDE,Hiroshi SHIMODA,Makoto TAKAHASHI,Takashi NAGAMATSU,Hiroyasu SHIMADA,Yoshio NAKATANI
発刊日:
公開日:
キーワードタグ:
augmented reality fracture mechanics mobile agent non destructive test wearable interface
Hidekazu YOSHIKAWA,Eiji MATSUMOTO,Shiro BIWA, Shoji IMATANI,Toshihiko HOSHIDE,Hiroshi SHIMODA,Makoto TAKAHASHI,Takashi NAGAMATSU,Hiroyasu SHIMADA,Yoshio NAKATANI
発刊日:
公開日:
キーワードタグ:
augmented reality fracture mechanics mobile agent non destructive test wearable interface
A feasibility study was conducted on advancement of plant maintenance technology by noticing the integration of non destructive test, fracture mechanics, distributed netw ork, and human interface technologies. In fact, the study was conducted by dividing into the two area: Area A for the methods of non destructive testing and the simulatio n methods on fracture mechanics, while area B for human interface technologies for maintenance work support. During the course of the feasibility study, the developmenta...
英字タイトル:
Feasibility Study on Advancement of Maintenance Quality for Nuclear Power Plants
英字タイトル:
Feasibility Study on Advancement of Maintenance Quality for Nuclear Power Plants
第6回
沸騰水型原子炉の蒸気乾燥器及び主蒸気系の流力音響共鳴振動
著者:
高橋 志郎,Shiro TAKAHASHI,奥山 圭太,Keita OKUYAMA,田村 明紀,Akinori TAMURA,大塚 雅哉,Masaya OHTSUKA,吉川 和宏,Kazuhiro YOSHIKAWA,椿 正昭,Masaaki TSUBAKI,馬渕 靖宏,Yasuhiro MABUCHI
発刊日:
公開日:
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Boiling Water Reactor Flow-Induced Acoustic Resonance Safety Relief Valve Steam Dryer
高橋 志郎,Shiro TAKAHASHI,奥山 圭太,Keita OKUYAMA,田村 明紀,Akinori TAMURA,大塚 雅哉,Masaya OHTSUKA,吉川 和宏,Kazuhiro YOSHIKAWA,椿 正昭,Masaaki TSUBAKI,馬渕 靖宏,Yasuhiro MABUCHI
発刊日:
公開日:
キーワードタグ:
Boiling Water Reactor Flow-Induced Acoustic Resonance Safety Relief Valve Steam Dryer
The BWR-3 steam dryer in the Quad Cities Unit 2 Nuclear Power Plant was damaged by high cycle fatigue due to acoustic-induced vibration under extended power up-rate conditions. The dryer failure was as attributed to flow-in duced acoustic resonance at the stub pipes of safety relief valves (SRVs) in the main steam lines (MSLs). The acoustic resonance was considered to be generated by interaction between the sound field and unstable shear layer s across the closed side branches with SRV stub pipes. We have ...
英字タイトル:
Flow-induced Acoustic Resonance Vibration of Main Steam Lines and Dryer in Boiling Water Reactor
英字タイトル:
Flow-induced Acoustic Resonance Vibration of Main Steam Lines and Dryer in Boiling Water Reactor