Furuya Yoshiyuki | National Research Institute For Materials Science

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• 同名の論文著者
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関連著者

• FURUYA Yoshiyuki

  National Institute for Materials Science

• Furuya Yoshiyuki

  National Research Institute For Materials Science

• Furuya Yoshiyuki

  Materials Information Technology Station National Institute For Materials Science (mits/nims)

• Furuya Yoshiyuki

  Kyushu University Department Of Mechanical Science And Engineering

• Matsuoka Saburo

  Faculty Of Engineering Kyushu University

• Ito Kaita

  Department Of Materials Engineering School Of Engineering The University Of Tokyo

• Yamawaki Hisashi

  National Institute For Materials Science

• HAYAKAWA Masao

  Materials Information Technology Station, National Institute for Materials Science (MITS/NIMS)

• Enoki Manabu

  Department Of Materials Engineering School Of Engineering The University Of Tokyo

• Enoki Manabu

  Department Of Materials Engineering Graduate School Of Engineering The University Of Tokyo

• Ono Yoshinori

  Materials Information Technology Station National Institute For Materials Science (mits/nims)

• Hayakawa Masao

  Materials Information Technology Station National Institute For Materials Science (mits/nims)

• Hayakawa Masao

  National Institute For Materials Science

• SHIWA Mitsuharu

  National Institute for Materials Science

• MATSUOKA Saburo

  Faculty of Engineering, Kyushu University

• Enoki Manabu

  Department Of Engineering The University Of Tokyo

• FURUYA Yoshiyuki

  Materials Information Technology Station, National Institute for Materials Science (MITS/NIMS)

• Shiwa Mitsuharu

  Non-destructive Evaluation Group National Institute For Materials Science (nims)

• Shiwa Mitsuharu

  Nde Center Japan Power Engineering And Inspection Corp.

• NOGUCHI Hiroshi

  Kyushu University, Department of Mechanical Science and Engineering

• Noguchi Hiroshi

  Kyushu University Mechanical Science & Engineering

• HIRUKAWA Hisashi

  National Research Institute for Materials Science

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著作論文

• Fatigue Process Evaluation of Ultrasonic Fatigue Testing in High Strength Steel Analyzed by Acoustic Emission and Non-Linear Ultrasonic
• Gigacycle Fatigue Properties of V-Added Steel with an Application of Modified Ausforming(Macro-, Micro-, Meso-, and Nano-scopic Strength of Materials Relating to Microstructures)
• Development of Observation Method for Tempered Martensite Microstructure Using Chemical Mechanical Polishing Technique
• Combined Method of Molecular Dynamics with Micromechanics in Simulations of Crack Propagation

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