NAKAGAWA Hiroji | Osaka University

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• 同名の論文著者
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関連著者

• NAKAGAWA Hiroji

  Osaka University

• Matsuda Fukuhisa

  Osaka Univ.

• MATSUDA Fukuhisa

  Osaka University

• Nakagawa Hiroji

  Welding Research Inst. Osaka Univ.

• Nakagawa H

  Osaka Univ. Jpn

• MATSDA Fukuhisa

  Osaka University

• Matsuda F

  Osaka University

• Shinozaki Kenji

  Central Research Lab. Furukawa Electric Co. Ltd.

• Kihara H

  Tokyo And Osaka Universities

• Kihara H

  Nagoya Univ. Nagoya Jpn

• Kihara H

  Takara Shuzo Co. Ltd. Shiga Jpn

• KATAYAMA Seiji

  Osaka University

• Zhang Y‐c

  Osaka Univ. Osaka Jpn

• Zhang Yue-chang

  Osaka University:shanghai Jiao Tong Univ.

• ARATA Yoshiaki

  Osaka University

• KIHARA Hiroshi

  Tokyo and Osaka Universities

• Zhang Yue-chang

  Osaka University

• SHINOZAKI Kenji

  Osaka University

• MORIMOTO Yoshinori

  Osaka Univ.

• Matsuda Fukuhisa

  Welding Research Inst. Osaka Univ.

• Morimoto Yoshinori

  Osaka University:(present Office) Komai Iron Works Co. Ltd

• NAKATA Kazuhiro

  Osaka university

• Lee Jong-bong

  Osaka Univ.

• Nakata Kazuhiro

  Osaka Univ. Ibaraki

• Park Hwa

  Pukyong National University

• PARK Hwa

  Osaka University

• Matsumoto Takeshi

  Osaka University, Dept. Mechanical Science and Bioeng.

• TSURUTA Sanae

  Nippon Steel Corp.

• Matsumoto Takeshi

  Osaka University:(present Office)nisshin Steel Co. Ltd.

• Tsuji Tatsuo

  Sumikin Welding Electrode Co. Ltd.

• TSUKAMOTO Muneyasu

  Sumikin Welding Electrode Co. Ltd.

• Honda Yoshiaki

  Kurume Technical College

• KOHMOTO Hiroaki

  Osaka Univ.

• MATSUDA Fukuhisa

  Welding Research Institute of Osaka University

• OGATA Seishiro

  Osaka University

• Ogata Seishiro

  Osaka University:(present Office)sumitomo Heavy Industries Ltd

• SHINOZAKI Kenji

  Fuculty of Engineering, Osaka University

• SHIMOYAMA Jinichi

  Mitsubishi Heavy Industries Co., Ltd.

• Shinozaki Kenji

  Faculty Of Engineering Osaka University

• SAKABATA Nobuharu

  Hitachi Zosen Corp.

• Kohmoto Hiroaki

  Osaka Univ.:(present Office)mitsubishi Metal Corporation

• Nakagawa Hiroji

  Welding Department Faculty Of Engineering Osaka University

• SENDA Tomio

  Welding Department, Faculty of Engineering, Osaka University

• TOMITA Shogo

  Osaka Univ.

• Shimoyama Jinichi

  Mitsubishi Heavy Industries Co. Ltd.

• Senda Tomio

  Welding Department Faculty Of Engineering Osaka University

• Kato Mitsuaki

  Osaka University:metallurgical Department Kyushu Institute Of Technology

• KATOH Mitsuaki

  Osaka University

• MATSUDA Fukuhisa

  Faculty of Engineering, Osaka University

• SENDA Tomio

  Faculty of Engineering, Osaka University

• Sanematsu Yoshihiro

  Plant & Machinery Division Nippon Steel Co. Ltd.

• USHIO Masao

  Osaka University

• TOMIE Michio

  Osaka University

• Ushio Masao

  Osaka Univ. Osaka Jpn

• HONDA Yoshioki

  Kurume Technical College

• MATSUBARA Yasuhiro

  Kurume Technical College

• UEHARA Takeo

  Osaka University

• Uehara Takeo

  Osaka University:(present Office)hitachi Ltd.

• OKADA Hitoshi

  Osaka Univ.

• AYANI Ritsu

  Osaka University

• MURATA Yoshiaki

  Sumikin Welding Industries, Ltd.

• NISHIO Yasuhiro

  Fuculty of Engineering, Kinki University

• TAKABA Shinji

  Osaka University

• KIHARA Hiroshi

  Emeritus Professor of Tokyo and Osaka University

• SUGIMOTO Tsutomu

  Osaka University

• YAMADA Soutaro

  Kawasaki Heavy Industries Co. LTD

• IWAMURA Yoshinari

  Kawasaki Heavy Industries Co. LTD

• OHKUMA Yuji

  Kawasaki Heavy Industries Co. LTD

• Nishio Yasuhiro

  Engineering DEP. Kinki Univ.

• Murata Yoshiaki

  Sumikin Welding Industries Ltd.

• Ejima Akio

  Kawasaki Steel Corp.

• Ayani Ritsu

  Osaka University:(present Office)sasakura Engineering Co. Ltd.

• Takaba Shinji

  Osaka University:(present Office)matsuo Bridge Co. Ltd.

• Okada Hitoshi

  Osaka Univ.:(present Office)kurimoto Iron Works Ltd.

• Tian Yan

  Osaka University:mechanical Engineering Department Tsing Hua University

• MATSUDA Fukuhisha

  Osaka University

• ZHANG Yue-Chang

  Shanghai Jiao Tong Univ.

• KATO Ichiro

  Sumikin Welding Industries, Ltd.

• MORIMOTO Hiroshi

  Graduate Student of Osaka University

• SANEMATSU Yoshihiro

  Plant & Machinery Division, Nippon Steel Co., Ltd.

• Katoh Shunichi

  Hachinohe Technical College

• MURAKAWA Toshihiro

  Osaka Univ.

• YAMAGUCHI Michio

  Yamagata Research Institute of Technology

• MINEHISA Setsuji

  Hitachi Zosen Corp.

• NOHARA Kiyohiko

  Kawasaki Steel Corp.

• TSURUTA Sanae

  Tobata Plant, Nippon Steel Corporation

• YOSHIDA Yasuyuki

  Hiroshima Technical Institute, Mitsubishi Heavy Industries, Ltd.

• Yoshida Yasuyuki

  Hiroshima Technical Institute Mitsubishi Heavy Industries Ltd.

• PIWOWAR Stanislaw

  Osaka University

• Nagai Akira

  Hitachi Shipbuildings Engineering Co. Ltd.

• Nagai Akira

  Hitachi Research Laboratory Hitachi Ltd.

• Yara Hideo

  Ryukyu University

• MAKISHI Yasuji

  Ryukyu University

• HESHIKI Kenji

  Ryukyu University

• UEYAMA Tomoyuki

  Osaka University

• HIGA Masatsugu

  Industrial Research Institute of Okinawa Prefecture

• SANEMATSU Yoshihiro

  Nippon Steel Corporation

• Sugimoto Tsutomu

  Osaka University:(present Office)sekigahara Seisakusho Co. Ltd.

• Kato Ichiro

  Sumikin Welding Industries Ltd.

• Piwowar Stanislaw

  Osaka University:warsaw Technical University

• SORADA Kazuhiko

  Osaka Univ.

• Sorada Kazuhiko

  Osaka Univ.:(present Office)sumitomo Heavy Industries Ltd.

• Matsubara Yasuhiro

  Kurume National College Of Technology

• HONDA Yoshioki

  Kurume College of Technology

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著作論文

• Effect of Hydrogen Content on Cold Crack Susceptibility of Various Steels with the Implant Test
• Fractography of Cold Crack of Various Carbon Steels and Alloy Steels by Means of the Implant Test : Studies on Fractography of Welded Zone (IV)
• Quantitative Evaluation of Solidification Brittleness of Weld Metal during Solidification by In-Situ Observation and Measurement (Report II) : Solidification Ductility Curves for Steels with the MISO Technique(Materials, Metallurgy & Weldability)
• Quantitative Evaluation of Solidification Brittleness of Weld Metal during Solidification by Means of In-Situ Observation and Measurement (Report I) : Development of the MISO Technique(Materials, Metallurgy & Weldability)
• Solidification Crack Susceptibility in Weld Metals of Fully Austenitic Stainless Steels (Report VIII) : Effect of Nitrogen on Cracking in SUS 304 Weld Metal(Materials, Metallurgy & Weldability)
• Solidification Crack Susceptibility in Weld Metals of Fully Austenitic Stainless Steels (Report VII) : Effect of Mn and N on Solidification Crack Resistance(Materials, Metallurgy & Weldability)
• Solidification Crack Susceptibility in Weld Metals of Fully Austenitic Stainless Steels (Report VI) : Effect of La or REM Addition on Solidification Crack Resistance(MATERIALS METALLURGY AND WELDABILITY)
• A New Explanation for Role of Delta-Ferrite Improving Weld Solidification Crack Susceptibility in Austenitic Stainless Steel(Materials, Metallurgy, Weldability)
• Solidification Crack Susceptibility in Weld Metals of Fully Austenitic Stainless Steels (Report IV) : Effect of Decreasing P and S on Solidification Crack Susceptibility of SUS 310S Austenitic Stainless Steel Weld Metals
• Fractographic Investigation on Solidification Crack in the Varestraint Test of Fully Austenitic Stainless Steel : Studies on Fractography of Welded Zone (III)
• Solidification Crack Susceptibility in Weld Metals of Fully Austenitic Stainless Steels (Report III) : Effect of Strain Rate on Cracking Threshold in Weld Metal during Solidification
• The VDR Cracking Test for Solidification Crack Susceptibility on Weld Metals and Its Application to Aluminum Alloys(Materials, Metallurgy, Weldability)
• Effect of Electromagnetic Stirring on Weld Solidification Structure of Aluminum Alloys (Report I) : Investigation on GTA Weld Metal of Thin Sheet
• Hydrogen Embrittlement of SUS 316 Austenitic Stainless Steel Weldments(Materials, Metallurgy & Weldability)
• Evaluation of Transformation Expansion and Its Beneficial Effect on Cold Crack Susceptibility Using y-Slit Crack Test Instrumend with Strain Gauge(Materials, Metallurgy & Weldability)
• Effect of Transformation Expansion on Restraint Stress of Weldment in Relation to Cold Cracking of High Strength Steels(Materials, Metallurgy & Weldability)
• Effect of Residual Hydrogen Content on Cold Crack Susceptibility in Weld Metal of High Strength Steels
• Evaluation of Cold Crack Susceptibility in Weld Metal of High Strength Steels Using LB-TRC Test(Materials, Metallurgy, Weldability)
• Dynamic Observation with Nomarski Microscope of Hydrogen-Induced Delayed Cracking in High Strength Steel Weldments
• Propagation Behavior of Root Crack in Weld Metal of High Strength Steel on the Basis of AE Source Location Technique : Application of Acoustic Emission Technique for Weld Cracking (III)(Materials, Metallurgy, Weldability)
• Effect of Oxygen Content on Diffusible Hydrogen in Weld Metal in Inert-Gas Arc Welding for High Strength Steel
• Fractographic Investigation on Root Crack in the TRC Test of HY-130 Steel : Studies on Fractography of Welded Zone (II)
• Weld Cracking in Duplex Stainless Steel (Report III) : Numerical Analysis on Solidification Brittleness Temperature Range in Stainless Steel(Materials, Metallurgy & Weldability)
• Weld Cracking in Duplex Stainless Steel (Report II) : Modelling of Cellular Dendritic Growth during Weld Solidification(Materials, Metallurgy & Weldability)
• Weld Cracking in Duplex Stainless Steel (Report I) : Aspects of Solidification Sequence Revealed by Quenching(Materials, Metallurgy & Weldability)
• Measurements of Carbon Content in M-A Constituent in HAZ of High Strength Steel Welds
• Proposal of TZT Diagram for Microstructural Analysis of Transition Zone in Dissimilar Metal Welding : Formation Mechanism of Austenite Coarse Grain-boundary as the Site of Disbonding between 2・1/4Cr-1Mo Steel and Type 309 Overlaid Metal(Materials, Metallu
• Proposal of New Bonding Technique "Instantaneous Liquid Phase (ILP) Bonding"(Physics, Process & Instrument)
• Development of Restraint-relaxation U-form Hot Cracking Device
• Weldability of Fe-36%Ni Alloy (Report VI) : Further Investigation on Mechanism of Reheat Hot Cracking in Weld Metal(Materials, Metallurgy & Weldability)
• Weldadility of Fe-36%Ni Alloy (Report V) : Behaviors of Grain-boundary Sliding and Cavity Formation Preceding Reheat Hot Cracking in Weld Metal(Materials, Metallurgy & Weldability)
• Weldability of Fe-36%Ni Alloy (Report IV) : Dynamic Observation of Reheat Hot Cracking in Weld Metal by Means of Hot Stage Microscope(Materials, Metallurgy & Weldability)
• Weldability of Fe-36%Ni Alloy (Report III) : Dynamic Observation of Reheat Hot Crack and Evaluation of Hot Ductility of Reheated Weld Metal(Materials, Metallurgy & Weldability)
• Solidification Crack Susceptibility in Weld Metals of Duplex Stainless Steels : Effects of Ferrite Content and Microsegregation on Solidification Crack Susceptibility(Materials, Metallurgy & Weldability)
• Effect of Oxygen Content on Cold Cracking Susceptibility in Weld Metal of High Strength Steel(Materials, Metallurgy & Weldability)
• Criterion of Alternative Initiation of Cold Cracking in HAZ or Weld Metal for Root Pass Welds of High Strength Steels(Materials, Metallurgy & Weldability)
• The LB-TRC Test for Cold Crack Susceptibility of Weld Metal for High Strength Steels(Materials, Metallurgy, Weldability)
• Root Cracking Modes in Restraint Cracking Test of High Strength Steel Based on AE Technique and Fractography(Materials, Metallurgy, Weldability)
• Propagation Behavior of Root Crack in Y- and y-Grooved Restraint Cracking Test of 80kg/mm^2 Class Steel on the Basis of AE Source Location Technique : Application of Acoustic Emission Technique for Weld Cracking (IV)(Materials, Metallurgy, Weldability)
• Propagation Behavior of Root Crack in Restraint Cracking Test on the Basis of AE Source Location Technique : Application of Acostic Emission Technique for Weld Cracking (II)
• Weld Cold Cracking in HAZ of Engineering Carbon and Low Alloy Steel (Report IV) : Susceptibility and Crack Free Condition to Quenching Crack Type Cold Cracking under Various Cooling Conditions(Materials, Metallurgy & Weldability)
• Weld Cold Cracking in HAZ of Engineering Carbon and Low Alloy Steel (Report III) : Effect of Chemical Composition on Cold Cracking Susceptibility of Quenching Crack Type(Materials, Metallurgy & Weldability)
• Weld Cold Cracking in HAZ of Engineering Carbon and Low Alloy Steel (Report II) : Applicability of Simulation Test for Cold Cracking of Quenching Crack Type(Materials, Metallurgy & Weldability)
• Weld Cold Cracking in HAZ of Engineering Carbon and Low Alloy Steel (Report I) : Behavior of Cracking in the RRC Test of SNCM439 and SK5(Materials, Metallurgy & Weldability)
• Weldability of Fe-36% Ni Alloy (Report II) : Effect of Chemical Composition on Reheated Hot Cracking in Weld Metal(Materials, Metallurgy & Weldability)
• Quantitative Evaluation of Solidification Brittleness of Weld Metal during Solidification by In-Situ Observation and Measurement (Report IV) : Effect of Grain-Boundary Sliding on Strain-Rate Dependence of Critical Strain Required for Solidification Crack
• Proposal of Hydrogen Blistering Mechanism Associated with Disbonding between 2・1/4Cr-1Mo Steel and Type 309 Overlaid Metal
• Quantitative Evaluation of Solidication Brittleness of Weld Metal during Solidification by In-Situ Observation and Measurement (Report III) : Effect of Strain Rate on Minimum Ductility Required for Solidification Crack Initiation in Carbon Steels, Stainle
• Hydrogen-Induced Cracking (HIC) for Electron-Beam Weldments of High Tension Constructional Steels
• Disbonding between 21/4Cr-1Mo Steel and Overlaid Austenitic Stainless Steel by Means of Electrolytic Hydrogen Charging Technique(Materials, Metallurgy & Weldability)
• Some Problems of the Weldability of High Strength Thick Plate Steels Subjected to Electron Beam Welding(Materials, Metallurgy & Weldability)
• Linear Source Location of Acoustic Emission from Weld Cold Crack in Steel : Application of Acoustic Emission Technique for Weld Cracking (I)
• SEM Dynamic Observation of Hydrogen-Induced Cold Cracking in Weld Metal of 80kg/mm^2 Class Steel
• Dynamic Observation with Scanning Electron Microscope (SEM) of Hydrogen-Induced Cracking in High Strength Steel Weldments
• Weldability of Fe-36%Ni Alloy (Report I) : Hot Cracking with Cross-Bead Test(Materials, Metallurgy, Weldability)
• Effects of Alloying Elements on Cold Crack Susceptibility in 0.1%C Basic Steels with Implant Test(Materials, Metallurgy, Weldability)
• Simulation Test of Disbonding between 2Cr-1Mo Steel and Overlaid Austenitic Stainless Steel by Electrolytic Hydrogen Charging Technique
• Implant Weldability Test in Wet Underwater Welding(Materials, Metallurgy & Weldability)
• Crystallographic Anisotropy of Columnar Zone in Aluminum Weld Metal
• Crystallographic Investigation for Origination of New Columnar Crystal in Aluminum Weld Metal Using Single Crystal Sheet
• Solidification Crack Susceptibility in Laser Beam Weld Metal of 0.2C-Low Alloy Steels : Effects of Bead Configuration and S and P Contents(Materials, Metallurgy & Weldability)
• A New Fracture Analysis of Weld Cracks by Means of Recrystallization Method
• Dynamic Observation of Hydrogen-Induced Cracking in Medium Carbon Martensitic Steel
• Dynamic Observation of Solidification and Solidification Cracking during Welding with Optical Microscope (I) : Solidification Front and Behavior of Cracking(Materials, Metallurgy & Weldability)
• Some Fractographic Features of Various Weld Cracking and Fracture Surfaces with Scanning Electron Microscope : Studies on Fractography of Welded Zone (I)
• Fractographic Features and Classification of Weld Solidification Cracks

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