Kikuta Y | Osaka University

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概要

• 同名の論文著者
• Osaka Universityの論文著者

関連著者

• Kikuta Y

  Osaka University

• Kikuta Yoneo

  Faculty Of Engineering Osaka University

• Araki T

  Ehime Univ.

• Araki T

  Department Of Materials Science And Engineering Ehime University

• YONEDA Masafumi

  Faculty of Engineering Osaka University

• Kikuta Yoneo

  Faculty Of Engineering Osaka University:(present Address)osaka University

• Araki Takao

  Dep. Of Materials Sci. And Engineering Ehime Univ.

• Matsuda F

  Osaka Univ. Jpn

• MATSUDA Fukuhisa

  Osaka University

• Araki Takao

  Faculty Of Engineering Osaka University

• KIKUTA Yoneo

  Osaka University, Department of Welding Engineering

• Itomura Shosuke

  University of the Ryukyus

• Heshiki Kenki

  University of the Ryukyus

• KIKUTA Yoneo

  Faculty of Engineering, Osaka University

• Araki Takao

  Faculty Of Engineering Ehime University

• Hirose A

  Graduate School Of Engineering Osaka University

• Kikuta Yoneo

  Osaka University

• Itomura S

  Univ. Ryukyus Jpn

• Matsuda Fukuhisa

  Osaka Univ.

• HIROSE Akio

  Faculty of Eng., Osaka University

• ENOMOTO Masatoshi

  Nigata Construction Co.

• Hirose Akio

  Faculty Of Eng. Osaka University

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著作論文

• Contraction Process and RRC Test of Nodular Graphite Cast Iron Weldments : Studies on the Weld Cracking of Nodular Graphite Cast Iron (Report 5)
• Preheating Effect on the Critical Rupture Stress of Nodular Graphite Cast Iron Welds : Study on the Weld Cracking of Nodular Graphite Cast Iron (Report 2)
• Effect of Nonmetallic Inclusions on Hydrogen Assisted Cracking
• Effect of Hot Strain Embrittlement on Cold Crack Sensitivity in Steel Welding
• The Effect of Center Segregation of TMCP Steels with Continuous Casting Process on Weld Cold Cracking
• Effect of Some Parameters on Microcrackings in the Fillet Weld between the Lowest Course Shell Plate and the Annular Plate in Oil Strage Tank
• Prevention of Hydrogen-Induced Disbonding for Austenitic Stainless Overlay Weld Metal
• Hydrogen-Induced Disbonding for Austenitic Stainless Overlay Weld Metal Exposed to Elevated Temperature under High Pressure Hydrogen Atrnosphere
• The Reheated Zone Toughness of Multipass Weld Metal (Report 1) : Comparison of Reheated Zone Toughness between Si-Mn System and High Strength Low Alloy System Weld Metals
• Ductility Loss due to Dynamic Strain Aging in Heat-Affected Zone of High Strength Low Alloy Steel

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