• AZUMA, Masafumi (Nippon Steel and Sumitomo Metal Co.)
  Ductile fracture in dual phase steel
• ISHIKAWA, Nobuyuki (JFE Steel Co.)
  Improvement of Mechanical Properties of Multi-Phase Structural Steels by Controlling Microscopic Deformation and Fracture Behavior
• CAILLARD, Daniel (CEMES-CNRS)
  In situ straining experiments at low and high temperatures in Fe and Fe alloys
• HIGASHIDA, Kenji (Kyushu University)
  Toward bridging dislocation behaviors and materials fracture
• IKUHARA, Yuichi (The University of Tokyo)
  Grain Boundary Dynamics and Dislocation Interaction in Materials
• ITAKURA, Mitsuhiro (Japan Atomic Energy Agency)
  First-principles calculation of screw dislocation core in bcc iron
• MINE, Yoji (Kumamoto University)
  Micromechanical characterization of hierarchical micro/nano structures in steels
• MITSUHARA, Masatoshi (Kyushu University)
  High Temperature Deformation Dynamics in Crystalline Materials
• OHATA, Mitsuru(Osaka University)
  Hierarchical Ductile Damage Simulation for Structural Performance-Based Material Design
• OHMURA, Takahito (National Institute for Materials Science)
  Dislocation motion and related nano-mechanical behavior of bcc iron
• SHIMOKAWA, Tomotsugu (Kanazawa University)
  Atomic simulation of the role of the interface on mechanical properties of pearlite steel
• SOFRONIS, Petros (University of Illinois at Urbana-Champaign)
  Micromechanics of hydrogen-induced fracture: from experiments and modelling to prognosis
• SPEER, John (Colorad School of Mines)
  Quenching and Partitioning Steel
• TASAN, Cem (Max Planck Institute for Iron Research)
  Ductile damage: micro-mechanisms and macro-influences
• TODA, Hiroyuki (Kyushu University)
  Assessment of ductile fracture via 3D/4D image-based approaches
• KOCHI, Takuya (Kobe steel Ltd.)
  Influence of inclusion on fatigue of bearing steel