Yuji TANABE
著者に関連した記事は5件です。
更新情報
論文
オーステナイト系ステンレス鋼の高ひずみ速度による 微視的残留応力
著者:
鈴木 賢治,Kenji SUZUKI,田邊 裕治,Yuji TANABE,菖蒲 敬久,Takahisa SHOBU
発刊日:
公開日:
キーワードタグ:
Austenitic Stainless Steel Peening Residual Stress Strain Rate Synchrotron X-ray
鈴木 賢治,Kenji SUZUKI,田邊 裕治,Yuji TANABE,菖蒲 敬久,Takahisa SHOBU
発刊日:
公開日:
キーワードタグ:
Austenitic Stainless Steel Peening Residual Stress Strain Rate Synchrotron X-ray
Austenitic stainless steel (SUS316L) was used as specimen material, and the plate specimens were deformed plastically with a wide range of strain rates (6.67×10-5~ 6.70×102 /s). The residual micro-stress for each lattice plane was measured with hard synchrotron X-rays. The residual macro-stress due to tensile deformation de- pended on strain rate. The residual micro-stresses varied from tension to compression, depending on the dif- fraction elastic constant. The soft lattice plane had tensile residual...
英字タイトル:
Residual micro-stresses in austenitic stainless steel due to high strain rate
英字タイトル:
Residual micro-stresses in austenitic stainless steel due to high strain rate
第9回
ナトリウム冷却型 FBR 向け摩擦攪拌接合補修装置の開発
著者:
加藤 潤悟,Jungo KATOH,森本 将明,Masaaki MORIMOTO,篠原 種宏,Tanehiro SHINOHARA,堀 匠,Takumi HORI,渡部 裕二郎,Yujiro WATANABE,藤谷 泰之,Yasuyuki FUJIYA,道下 幸雄,Yukio MICHISHITA,中田 一博,Kazuhiro NAKATA
発刊日:
公開日:
キーワードタグ:
Fast Breeder Reactor Friction Stir Welding In-Service Inspection Repairing Reactor Vessel Cracks Under the Liquid MetalEnvironment
加藤 潤悟,Jungo KATOH,森本 将明,Masaaki MORIMOTO,篠原 種宏,Tanehiro SHINOHARA,堀 匠,Takumi HORI,渡部 裕二郎,Yujiro WATANABE,藤谷 泰之,Yasuyuki FUJIYA,道下 幸雄,Yukio MICHISHITA,中田 一博,Kazuhiro NAKATA
発刊日:
公開日:
キーワードタグ:
Fast Breeder Reactor Friction Stir Welding In-Service Inspection Repairing Reactor Vessel Cracks Under the Liquid MetalEnvironment
An in-vessel repairing machine for Fast Breeder Reactor (FBR) needs to work under liquid sodium environment. W e have been worked the development of a repairing machine based on Friction Stir Welding (FSW) method. The expe riment of repairing artificial crack in liquid sodium was successful by prototype FSW-repairing machine. In th is report, we also introduce our studies on the particular problems of FSW-repairing such as burr and end hole....
英字タイトル:
Development of a repairing machine based on Friction Stir Welding (FSW) for the sodium coolant Fast Breeder Reactor
英字タイトル:
Development of a repairing machine based on Friction Stir Welding (FSW) for the sodium coolant Fast Breeder Reactor
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5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,重田 隆弘,Takahiro SHIGETA,石川 雅章,Masaaki ISHIKAWA,渡辺 剛史,Takeshi WATANABE,今川 隆,Takashi IMAGAWA,平井 稔雄,Toshio HIRAI,下茂 博,Takahiro SHIMO,綱崎 勝,Masan TSUNASAKI,枇杷友 啓郎,Hiroo 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,重田 隆弘,Takahiro SHIGETA,石川 雅章,Masaaki ISHIKAWA,渡辺 剛史,Takeshi WATANABE,今川 隆,Takashi IMAGAWA,平井 稔雄,Toshio HIRAI,下茂 博,Takahiro SHIMO,綱崎 勝,Masan TSUNASAKI,枇杷友 啓郎,Hiroo 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 securit y 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