Takahiro ITO
著者に関連した記事は4件です。
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第7回
導管の次世代保安向上新技術調査・評価事業
著者:
樋口 裕思,Yuji HIGUCHI,木林 哲也,Tetsuya KIBAYASHI,白土 忠人,Tadahito SIRATO,重田 隆弘,Takahiro SHIGETA,石川 雅章,Masaaki ISHIKAWA,橋本 義和,Yishikazu HASHIMOTO,渡辺 剛史,Tsuyoshi WATANABE,平井 稔雄,Toshio HIRAI,安達 俊彰,Toshiaki ADACHI,桑原 元希,Motoki KUWAHARA,長沢 圭介,Keisuke NAGASAWA,綱崎 勝,Masaru TSUNASAKI,枇杷友 啓郎,Yoshirou BIWATOMO,古野 俊秋,Toshiaki FURUNO
発刊日:
公開日:
キーワードタグ:
Gas Distribution Maintenance New technologies Pipeline
樋口 裕思,Yuji HIGUCHI,木林 哲也,Tetsuya KIBAYASHI,白土 忠人,Tadahito SIRATO,重田 隆弘,Takahiro SHIGETA,石川 雅章,Masaaki ISHIKAWA,橋本 義和,Yishikazu HASHIMOTO,渡辺 剛史,Tsuyoshi WATANABE,平井 稔雄,Toshio HIRAI,安達 俊彰,Toshiaki ADACHI,桑原 元希,Motoki KUWAHARA,長沢 圭介,Keisuke NAGASAWA,綱崎 勝,Masaru TSUNASAKI,枇杷友 啓郎,Yoshirou BIWATOMO,古野 俊秋,Toshiaki FURUNO
発刊日:
公開日:
キーワードタグ:
Gas Distribution Maintenance New technologies Pipeline
The aim of this study is to research and evaluate new technologies i n the world from the point of view to improve the safety and securi ty of pipeline for gas distribution toward the next generation which can practice the productive maintenance and preventive maintenance....
英字タイトル:
Research and Evaluation of New Technologies to Improve the Maintenance of Pipeline for GasDistribution toward the Next Generation
英字タイトル:
Research and Evaluation of New Technologies to Improve the Maintenance of Pipeline for GasDistribution toward the Next Generation
第6回
導管の次世代保安向上新技術調査・評価事業
著者:
樋口 裕思,Yuji HIGUCHI,木林 哲也,Tetsuya KIBAYASHI,白土 忠人,Tadahito SIRATO,一重田 隆弘,Takahiro SHIGETA,石川 雅章,Masaaki ISHIKAWA,渡辺 剛史,Tsuyoshi WATANABE,今川 隆,Takashi IMAGAWA,平井 稔雄,Toshio HIRAI,桑原 元希,Motoki KUWAHARA,原 裕司,Yuji HARA,長沢 圭介,Keisuke NAGASAWA,綱崎 勝,Masaru TSUNASAKI,枇杷友 啓郎,Yoshirou BIWATOMO,古野 俊秋,Toshiaki FURUNO
発刊日:
公開日:
キーワードタグ:
Gas Distribution Maintenance New technologies Pipeline
樋口 裕思,Yuji HIGUCHI,木林 哲也,Tetsuya KIBAYASHI,白土 忠人,Tadahito SIRATO,一重田 隆弘,Takahiro SHIGETA,石川 雅章,Masaaki ISHIKAWA,渡辺 剛史,Tsuyoshi WATANABE,今川 隆,Takashi IMAGAWA,平井 稔雄,Toshio HIRAI,桑原 元希,Motoki KUWAHARA,原 裕司,Yuji HARA,長沢 圭介,Keisuke NAGASAWA,綱崎 勝,Masaru TSUNASAKI,枇杷友 啓郎,Yoshirou BIWATOMO,古野 俊秋,Toshiaki FURUNO
発刊日:
公開日:
キーワードタグ:
Gas Distribution Maintenance New technologies Pipeline
The aim of this study is to research and evaluate new technologies in the world from the point of view to improve the safety and security of pipeline for gas distribution toward the next generation which can practice the productive maintenance and prevent ive maintenance. ...
英字タイトル:
Research and Evaluation of New Technologies to Improve the Maintenance of Pipeline for GasDistribution toward the Next Generation
英字タイトル:
Research and Evaluation of New Technologies to Improve the Maintenance of Pipeline for GasDistribution toward the Next Generation
第10回
複雑形状部での物質伝達係数と形状係数
著者:
猪飼 太郎,Taro IKARI,片井 勇旭,Yuki KATAI,恒吉 達矢,Tatsuya TSUNEYOSHI,伊藤 高啓,Takahiro ITO,辻 義之,Yoshiyuki TSUJI
発刊日:
公開日:
キーワードタグ:
corrosion analysis Flow accelerated corrosion Nuclear power plant Numerical flow analysis observe Pipe wall thinning Structural cooling system Thinning rate
猪飼 太郎,Taro IKARI,片井 勇旭,Yuki KATAI,恒吉 達矢,Tatsuya TSUNEYOSHI,伊藤 高啓,Takahiro ITO,辻 義之,Yoshiyuki TSUJI
発刊日:
公開日:
キーワードタグ:
corrosion analysis Flow accelerated corrosion Nuclear power plant Numerical flow analysis observe Pipe wall thinning Structural cooling system Thinning rate
Flow Accelerated Corrosion (FAC) is one of the issues to be noticed considerably in plant piping management. For the integrity and safety of t he plant, the wall-thinning and thinning rate due to FAC should be clely predicted in pipe wall inspection. In this paper, we study FAC fro m the view point of flow dynamics. The mass transfer coefficient is estimated by the numerical simulation inside the bent. Changing the Reynol ds number, the peak location of mass transfer coefficient and its maxim value is eval...
英字タイトル:
Mass Transfer and Shape Factor in Complicated Flow Field
英字タイトル:
Mass Transfer and Shape Factor in Complicated Flow Field
第14回
過酷事故時の溶融デブリによるコンクリートの熱劣化に関する研究
著者:
晴山 隆仁,Takahito HAREYAMA,奈良林 直,Tadashi NARABAYASHI,山本 泰功,Yasunori YAMAMOTO,千葉 豪,Go CHIBA,林 司,Tsukasa HAYASHI,今野 隆博,Takahiro KONNO
発刊日:
公開日:
キーワードタグ:
Concreate High temperature Magnesia-Carbon brick Thermal deterioration Void ratio
晴山 隆仁,Takahito HAREYAMA,奈良林 直,Tadashi NARABAYASHI,山本 泰功,Yasunori YAMAMOTO,千葉 豪,Go CHIBA,林 司,Tsukasa HAYASHI,今野 隆博,Takahiro KONNO
発刊日:
公開日:
キーワードタグ:
Concreate High temperature Magnesia-Carbon brick Thermal deterioration Void ratio
In the Fukushima daiichi accident, molten core supposed to be leaked from the pressure vessel to the concreate floor in the containment vessel. To keep the integrity of the containment, development of small type of core catcher which can be installed in present nuclear power plant is needed. In this investigation, the thermal deterioration of concreate and Magnesia-Carbon brick was evaluated by the surface observation and the measurements of compressive strength, weight reduction, and difference of void r...
英字タイトル:
Investigation on thermal deterioration of concreate in severe accident
英字タイトル:
Investigation on thermal deterioration of concreate in severe accident