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Featured researches published by Joji Kaneko.


ASME 2011 Power Conference collocated with JSME ICOPE 2011 | 2011

Development of 60Hz Titanium 48-Inch Last Stage Blade for Steam Turbine

Yoriharu Murata; Naoki Shibukawa; Itaru Murakami; Joji Kaneko; Kenichi Okuno

The titanium 48-inch last stage blade that has world’s largest class exhaust annulus area and tip speed for 60Hz steam turbines has been developed. Concept of this blade is to achieve high performance and compact design of steam turbine for 1000MW thermal power plant and 300MW combined cycle plant. In the design of this blade, the optimization design has been done by using the recent analysis technologies, three dimensional CFD in aerodynamic design and FEA in mechanical design. The blade has curved axial fir-tree dovetail, snubber cover both at the tip and at the mid-span. To achieve superior vibration characteristics, continuously coupled structure was adopted for blade connection. To confirm the validity of design, first, sub-scale model blades were provided and tested in model steam turbine test facilities. Second, one row of actual size blades were assembled on the wheel of test rotor and were exposed rotating vibration test in a wheel box. Finally, these blades were tested at actual steam conditions in a full scale steam turbine test facility. In this paper, aerodynamic and mechanical design features will be introduced, and the test results of both sub-scale and actual size blades under real steam turbine operating conditions will be presented.Copyright


Archive | 2000

Steam turbine rotor and manufacturing method thereof

Masayuki Yamada; Takao Inukai; Masataka Kikuchi; Joji Kaneko; Satoru Asai; Yoichi Tsuda; Ryuichi Ishii; Yomei Yoshioka


Archive | 2000

Steam turbine rotor and its manufacturing method

Satoru Asai; Takao Inukai; Ryuichi Ishii; Joji Kaneko; Masataka Kikuchi; Yoichi Tsuda; Masayuki Yamada; Hiroaki Yoshioka; 洋明 吉岡; 政之 山田; 陽一 津田; 知 浅井; 隆夫 犬飼; 龍一 石井; 正孝 菊地; 丈治 金子


Archive | 2000

Steam turbine rotor and method of manufacturing the same

Satoru Asai; Takao Inukai; Joji Kaneko; Masataka Kikuchi; Masayuki Yamada; 政之 山田; 知 浅井; 隆夫 犬飼; 正孝 菊地; 丈治 金子


Archive | 2005

STEAM TURBINE NOZZLE AND STEAM TURBINE

Joji Kaneko; Itaru Murakami; Yujiro Nakatani; Yasushi Oishi


Archive | 2014

Method of manufacturing rotor to be used for steam turbine

Masayuki Yamada; Liang Yan; Itaru Murakami; Natsuki Ishibashi; Joji Kaneko; Akihiro Taniguchi; Kazuhiro Wada


Archive | 2001

Method for welding divided structural bodies for rotor

Satoru Asai; Takao Inukai; Joji Kaneko; Masataka Kikuchi; Masayuki Yamada; 政之 山田; 知 浅井; 隆夫 犬飼; 正孝 菊地; 丈治 金子


Archive | 2014

Manufacturing method of rotor for steam turbine

山田 政之; Masayuki Yamada; 政之 山田; Liang Yan; 村上 格; Itaru Murakami; 格 村上; 夏樹 石橋; Natsuki Ishibashi; 金子 丈治; Joji Kaneko; 丈治 金子; 晶洋 谷口; Masahiro Taniguchi; 一宏 和田; Kazuhiro Wada


Archive | 2000

Rotor combines steam turbine

Masayuki Yamada; Takao Inukai; Masataka Kikuchi; Joji Kaneko; Satoru Asai; Yoichi Tsuda; Ryuichi Ishii; Yomei Yoshioka

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