Tanaka Manabu | Joining And Welding Research Institute Osaka University

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• 同名の論文著者
• Joining And Welding Research Institute Osaka Universityの論文著者

関連著者

• Tanaka Manabu

  Joining And Welding Research Institute Osaka University

• Tanaka M

  Joining And Welding Research Institute Osaka University

• TANAKA Manabu

  Joining and Welding Research Institute, Osaka University

• TANAKA Manabu

  Osaka university

• Ushio Masao

  Joining And Welding Research Institute Osaka University

• USHIO Masao

  Joining and Welding Research Institute, Osaka University

• Tanaka Manabu

  Osaka Univ. Osaka Jpn

• Nogi K

  Joining And Welding Research Institute Osaka University

• Nogi Kiyoshi

  Osaka Univ. Osaka Jpn

• NOGI Kiyoshi

  Joining and Welding Research Institute, Osaka University

• Lu Shanping

  Joining and Welding Research Institute, Osaka University

• Ushio M

  Osaka Univ.

• FUJII Hidetoshi

  Joining and Welding Research Institute, Osaka University

• Fujii Hidetoshi

  Joining And Welding Research Institute Osaka University

• Ushio Masao

  Osaka Univ. Osaka Jpn

• Nogi Kiyoshi

  Joining And Welding Researc Institute Osaka University

• USHIO Masao

  Osaka University

• Lu Shanping

  Joining And Welding Research Institute Osaka University

• Nogi Kiyashi

  Osaka University

• TASHIRO Shinichi

  Joining and Welding Research Institute, Osaka University

• TASHIRO Shinichi

  Osaka university

• TERASAKI Hidenori

  Osaka University

• SUGIYAMA Hiroyuki

  Joining and Welding Research Institute, Osaka University

• Sugiyama Hiroyuki

  Joining And Welding Research Institute Osaka University

• Tashiro Shinichi

  Joining And Welding Research Institute Osaka University

• LOWKE John

  CSIRO

• Lowke J.

  Telecommunications And Industrial Physics Csiro

• YAMAZAKI Kei

  Kobe Steel

• FUJII Hidetoshi

  Osaka University

• NOGI Kiyoshi

  Osaka University

• LU Shanping

  Osaka University

• Yamamoto Kentaro

  Joining And Welding Research Institute Osaka University

• Nakata Kazuhiro

  Joining And Welding Res. Inst. Osaka Univ.

• Fujii Hidetoshi

  Osaka Univ.

• NAKATA Kazuhiro

  Joining and Welding Research Institute, Osaka University

• NAKATA Kazuhiro

  Osaka university

• Murphy Anthony

  Csiro

• YAMAMOTO Kentaro

  Joining and Welding Research Institute, Osaka University

• MURPHY Anthony

  CSIRO Materials Science and Engineering

• YAMAMOTO Eri

  Kobe Steel

• SUZUKI Keiichi

  Kobe Steel

• TERASAKI Hidenori

  Joining and Welding Research Institute, Osaka University

• Naito Makio

  Joining And Welding Res. Inst. Osaka Univ.

• Murai Kensuke

  Photonics Research Institute National Institute Of Advanced Industrial Science And Technology

• Murai Kensuke

  Photonics Research Institute National Institute Of Advanced Industrial Science And Technolog (aist)

• LOWKE John

  Telecommunications and Industrial Physics, CSIRO

• TERASAKI Hidenori

  Graduate school of Osaka University

• Lu oShanping

  Joining and Welding Research Institute, Osaka University

• Hiroyuki Sugiyama

  Osaka University

• Lu Oshanping

  Joining And Welding Research Institute Osaka University

• Naito Makio

  Joining And Wielding Research Institute Osaka University

• Nakata K

  Osaka Univ. Osaka Jpn

• Nakata Kazuhiro

  Joining And Welding Research Institute Osaka University

• Abe Hiroya

  Joining And Welding Res. Inst. Osaka Univ.

• ABE Nobuyuki

  Joining and Welding Research Institute, Osaka University

• Sugimoto Masaya

  System Science And Technology Akita Prefectural University

• Terasaki Hidenori

  Joining And Welding Research Institute Osaka University

• Takeda Koichi

  System Devices Research Laboratories Nec Corporation

• TSUKAMOTO Masahiro

  Joining & Welding Resarch Institute, Osaka University

• Iwao Toru

  Tokyo City University

• Iwao Toru

  Department Of Electrical And Electronic Engineering Musashi Institute Of Technology

• Lowke John

  Csiro Telecommunications And Industrial Physics

• Lowke John

  Telecommunications And Industrial Physics Csiro

• Naito M

  Japan Fine Ceramics Center

• WU Chuan

  Joining and Welding Research Institute, Osaka University

• Inaba Tsuginori

  Department Of Electrical Electronic And Communication Engineering Chuo University

• YUMOTO Motoshige

  Musashi Institute of Technology

• YUWOTO Motoshige

  Musashi Institute of Technology

• NOMA Junichi

  Joining and Welding Research Institute, Osaka University

• Tanaka Manabu

  Dep. Of Mechanical Engineering Fac. Of Engineering And Resource Sci. Akita Univ.

• Noma Junichi

  Joining And Welding Research Institute Osaka University

• Wu Chuan

  Joining And Welding Research Institute Osaka University

• Tsukamoto Masahiro

  Joining And Welding Research Institute Osaka University

• Abe Nobuyuki

  Joining And Welding Research Institute Osaka University

• TAKAHASHI Hideyoshi

  System Science and Technology, Akita Prefectural University

• Takahashi Hideyoshi

  System Science And Technology Akita Prefectural University

• MORI Yusuke

  Tokyo City University

• Abe Nobuyuki

  Joining & Welding Resarch Institute Osaka University

• NOMA Junichi

  Institute of Nanotechnology and Material Science, Kurimoto, LTD.

• Liu Zhongjie

  Welding & Mechatronics Company Daihen Corporation

• MORI Yusuke

  Musashi Institute of Technology

• IWO Toru

  Musashi Institute of Technology

• YAMAMOTO Kentaro

  Graduate school, Osaka University

• YAMAZAKI Kei

  Welding Company, Kobe Steel, Ltd.

• YAMAMOTO Eri

  Welding Company, Kobe Steel, Ltd.

• SUZUKI Keiichi

  Welding Company, Kobe Steel, Ltd.

• MURPHY A.

  CSIRO Materials Science and Engineering

• MIYATA Minoru

  Joining and Welding Research Institute Osaka University

• Terasaki Hidenori

  Joining And Welding Res. Inst. Osaka Univ.

• Ueyama Tomoyuki

  Welding & Mechatronics Company Daihen Corporation

• ONO Kohei

  Welding & Mechatronics Company, DAIHEN Corporation

• ERA Tetsuo

  Welding & Mechatronics Company, DAIHEN Corporation

• Era Tetsuo

  Welding & Mechatronics Company Daihen Corporation

• Yamamoto Kentaro

  Graduate School Osaka University

• Takeda Koichi

  System Science And Technology Akita Prefectural University

• Ono Kohei

  Welding & Mechatronics Company Daihen Corporation

• SUGIYAMA Hiroyuki

  Osaka University

• MURPHY A.

  CSIRO

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著作論文

• Metal Vapor Behavior in GTA Welding of a Stainless Steel Considering the Marangoni Effect
• Weld Shape Variation in Ar-O_2 and Ar-CO_2 Shielded GTA Welding(Physics, Processes, Instruments & Measurements)
• Interaction between shielding gas compositions and welding parameters in determining GTA weld shape
• 412 Effect of Welding Parameters on Weld Shape in Ar-O_2 Shielded GTA Welding
• Time Dependent Numerical Analysis of Stationary GTA Welding Process(Physics, Processes, Instruments & Measurements)
• Approach to Evaluations of High Temperature Materials Processing from A Computational Simulation of Arc-electrodes System
• Numerical Study of Stationary TIG Welding Process(Physics, Processes, Instruments & Measurements, INTERNATIONAL SYMPOSIUM OF JWRI 30TH ANNIVERSARY)
• Effects of Anode Heat Transfer on Weld Penetration in Gas Tungsten Arc Welding(Physics, Processes, Instruments & Measurements, INTERNATIONAL SYMPOSIUM OF JWRI 30TH ANNIVERSARY)
• Effect of Anode Heat Transfer on Melted Penetration in Welding Process by Free-burning Argon Arc
• Steady State Calculations of Stationary Gas Tungsten Arc Welding from A Unified Arc-Electrodes Model(Physics, Processes, Instruments & Measurements)
• Effects of Metal Vapor on Thermodynamic State in Helium GTA(Physics, Processes, Instruments & Measurements)
• Effects of Metal Vapor on Plasma State in Helium Gas Tungsten Arcs
• Effects of Oxygen Additions to Argon Shielding Gas on GTA Weld Shape
• 308 Mechanisms of Weld Shape Variation in CO_2 Shielding Gas Addition GTA Welding
• Marangoni Convection and Welding Penetration in A-TIG Welding(Physics, Processes, Instruments & Measurements, INTERNATIONAL SYMPOSIUM OF JWRI 30TH ANNIVERSARY)
• 220 Relationship between GTA Weld Shape and O_2 Content in Argon Shielding Gas
• Oxide Flux Quantity and Size Effects on the Penetration Depth in A-TIG Welding(Materials, Metallurgy & Weldability)
• Weld Penetration and Marangoni Convection with Oxide Fluxes in GTA Welding
• 324 Effect of Oxide Fluxes on the Penetration Depth in GTAW
• Numerical Analysis for Weld Formation Using a Free-Burning Helium Arc at Atmospheric Pressure(Advanced Fusion of Functional Fluids Engineering)
• Pulsed Laser Irradiation for Triggered Discharge in Arc Welding System
• Analytical Approach to Anode Boundary Layer of Gas Tungsten Arcs
• Effect of Pressure on the Behavior of Cathode Spots in Oxide Removal by Arc Discharge
• Influence of Hydrogen Induced Thermal Pinch on Nanoparticle Formation in Arc Plasma
• Effects of Metal Vapor for Temperature Distribution of Transient Arc in Pulsed TIG Welding
• Numerical Analysis of Metal Vapor Behavior with Multi-diffusion System in TIG Welding of Stainless Steel
• Numerical simulation of AC plasma arc welding
• Development of Plasma GMA welding system

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