Shiina Kouji | Hitachi Ltd. Power & Industrial Systems R & D Laboratory
スポンサーリンク
概要
関連著者
-
Shiina Kouji
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Moriya Shoichi
Central Research Institute of Electric Power Industry
-
Tanimoto Kouichi
Mitsubishi Heavy Industries Ltd.
-
MINAMI Yasuhiko
Kansai Electric Power Company
-
Fukuda Toshihiko
Tokyo Electric Power Company
-
TANIMOTO Koichi
Mitsubishi Heavy Industries Ltd.
-
Ogura Kenji
Toshiba Corp.
-
Mizutani J.
Tokyo Electric Power Company
-
Madarame Haruki
University Of Tokyo
-
Isaka Hiromu
Kansai Electric Power Company
-
Sakashita Akihiro
Tokyo Electric Power Company
-
Mizutani Jun
Tokyo Electric Power Company
-
MADARAME Haruki
The University of Tokyo
-
KONDO Yoshiyuki
Mitsubishi Heavy Industries Ltd.
-
HIRAYAMA Hiroshi
Toshiba Corp.
-
WAKAMATSU Mitsuo
Toshiba Corp.
-
Kawamura Tsutomu
Hitachi, Ltd.
-
Ohtsuka Masaya
Hitachi, Ltd.
-
Kurosaki Michiaki
Hitachi, Ltd.
-
Kurosaki Michiaki
Hitachi Ltd. Nuclear Systems Division
-
Ohtsuka Masaya
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Kawamura Tsutomu
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Kondo Yoshiyuki
Mitsubishi Heavy Industrial Co.ltd.
-
Matsuda Toru
Hokuriku Electric Power Company Nuclear Power Department
-
Yasuda Kenichi
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Mizuno Tadashi
Hitachi Ltd.
-
Matsunaga Tomoya
Kansai Electric Power Company
-
SHIRAISHI Tadashi
Mitsubishi Heavy Industries Ltd.
-
SUZUKI Shigeki
Mitsubishi Heavy Industries Ltd.
-
KIMURA Kimi
Toshiba Corp.
-
Noguchi Hironori
Mitsubishi Heavy Industries Ltd.
-
ISHIGA Hiroaki
Mitsubishi Heavy Industries Ltd.
-
SHIINA Kouji
Toshiba Corp., Hitachi, Ltd.
-
MINAMI Yasuhiko
Toshiba Corp., Hitachi, Ltd.
-
FUKUDA Toshihiko
Toshiba Corp., Hitachi, Ltd.
-
MORIYA Shoichi
CRIEPI, The University of Tokyo
-
MADARAME Haruki
CRIEPI, The University of Tokyo
-
Shiina Koji
Hitachi, Ltd.
-
Madarame Haruki
Tokyo University
-
Takahashi Shirou
Hitachi, Ltd., Power & Industrial Systems R & D Laboratory
-
Soneda Hideo
Hitachi, Ltd., Power & Industrial Systems R & D Laboratory
-
Matsumura Seiichi
Hitachi, Ltd., Power & Industrial Systems R & D Laboratory
-
Yamashita Norimichi
Tokyo Electric Power Company, Nuclear Power Engineering Department
-
Ishiguro Nobuhiko
Hokuriku Electric Power Company Nuclear Power Department
-
Soneda Hideo
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Sakashita Akihiro
Tokyo Electric Power Company Nuclear Power Engineering Department
-
Matsumura Seiichi
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Takahashi Shirou
Hitachi Ltd. Power & Industrial Systems R & D Laboratory
-
Yamashita Norimichi
Tokyo Electric Power Company Nuclear Power Engineering Department
-
Shiraishi Tadashi
Mitsubishi Electric Corporation
-
YAMASHITA Norimichi
Tokyo Electric Power Company
著作論文
- ICONE11-36439 Current Effort to Establish a JSME Code for the Evaluation of High-Cycle Thermal Fatigue
- ICONE11-36376 STUDY ON HIGH-CYCLE FATIGUE EVALUATION FOR THERMAL STRIPING IN MIXING TEES WITH HOT AND COLD WATER (3) : TYPE C; CHARACTERISTICS OF TEMPERATURE FLUCTUATIONS AND HEAT TRANSFER IN MIXING TEES WITH DIFFERENT PIPE DIAMETERS
- ICONE11-36214 STUDY ON RELATIONSHIP BETWEEN THERMAL STRATIFICATION AND CAVITY FLOW IN A BRANCH PIPE WITH A CLOSED END : Development of Evaluation Method for Penetration Length of Cavity Flow in Branch Pipe Consisted of Vertical and Horizontal Pipe
- ICONE11-36208 STUDY ON HIGH-CYCLE FATIGUE EVALUATION FOR THERMAL STRIPING IN MIXING TEES WITH HOT AND COLD WATER (1) : Type A : Characteristics of temperature fluctuations and heat transfer in collision-type mixing tees with same pipe diameters (1)
- ICONE11-36207 Prediction Method of Surface Temperature Fluctuation for Thermal Striping Evaluation
- ICONE11-36182 STUDY ON HIGH-CYCLE FATIGUE EVALUATION FOR THERMAL STRIPING IN MIXING TEES WITH HOT AND COLD WATER (2) : TYPE B; CHARACTERISTICS OF TEMPERATURE FLUCTUATIONS AND HEAT TRANSFER IN MIXING TEES WITH SAME PIPE DIAMETERS
- ICONE11-36064 LES ANALYSIS OF FLUID TEMPERATURE FLUCTUATIONS IN A MIXING TEE PIPE WITH THE SAME DIAMETERS
- ICONE11-36393 EVALUATION OF FLOW CHARACTERISTICS IN THE LOWER PLENUM OF THE ABWR BY USING CFD ANALYSIS