Research

• Machine Learning-Based Estimation Method of Seismic Response of RC Super-High-Rise Building's Unobserved Floor
  機械学習に基づくRC造超高層建物の非観測階における地震時応答の推定
• Study on Human Body Load due to Walking Behavior During Tsunami Evacuation Based on Subject Experiments Using Water Tank
  水槽を用いた被験者実験に基づく津波避難時の歩行挙動による人体負荷の検討
• Fundamental Study on Degradation Effect of Tsunami Surge Pressure by Building Based on Fluid Analysis
  流体解析に基づく建築構造物による津波波圧力低減効果の検討
• Tsunami Evacuation Experiment During Power Outage at Night Using Evacuation Simulator
  避難シミュレータを用いた夜間停電時の津波避難実験
• Development of Seismic Analysis Model of Human Body Considering Obstacle Avoidance Based on Visual information During Earthquake
  地震避難時における視覚情報に基づく障害物回避を考慮した人体の地震応答解析モデルの構築
• Simulation of Collapsing Wooden House and Human Casualty During Earthquake Using Physics Engine
  物理エンジンを用いた地震時の家屋倒壊による人的被害シミュレーション
• Evaluation of Human Damages During Earthquake in Nuclear Power Plant Using Physics Engine
  物理エンジンを用いた中央制御室における落下物を考慮した人的被害評価手法
• Evaluation of Damages to Timber Building Based on Shake Table Test
  振動台実験による木造建物の損傷評価
• Investigation on Indoor Damages During Earthquake Based on Questionnaire Survey
  アンケート調査に基づく地震時室内被害発生状況の調査
• Estimation of Seismic Behavior of Atomic Power Plant Based on Strong Motion Recordings
  原子力発電所の強震記録に基づく強震時応答予測