In next-generation transport systems and energy plants, it is crucial to rationally manage degradation and damage to structural materials induced by fluid flow. This research field focuses on sensing and monitoring technologies that contribute to enhancing the reliability of these systems. We are developing material degradation and damage assessment methods using electromagnetic non-destructive evaluation techniques and acoustic emission (AE) methods, alongside high-temperature environment sensors, aiming to apply these to online monitoring. Additionally, we are conducting research on high-reliability sensing through the fusion of diverse sensors and on inverse problem approaches. To conduct this research more effectively, we collaborate with researchers in the fields of materials science and data science.
• Hydrogen embrittlement monitoring ・水素脆化評価 • High-pressure hydrogen systems ・高圧水素機器 • Corrosion and material degradation ・腐食・材料劣化 • High-temperature components ・高温機器
Next-Generation Manufacturing & Data-Driven NDT 次世代ものづくり・データ駆動型NDT • NDE of additively manufactured metals ・AM材の非破壊評価 • Defect detection in AM components ・欠陥検出 • Digital twin for structural integrity ・デジタルツイン • Machine learning for NDT ・機械学習応用
