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Civil and Environmental Engineering, Tohoku University Civil and Environmental Engineering, Tohoku University
JAPANESE

Publications

Google Scholar (Keiko Udo) Researchgate (Keiko Udo) ORCID (Keiko Udo)

Thesis

  • Doctoral thesis
  1. Development of a Machine Learning Approach for Future Flood Hazard Projection Considering Climate-Induced Vegetation Changes, 2025, Andre Araujo Fortes.
  2. Modelling Long-Term Morphodynamic Response of Wave-Dominated Coasts to Natural and Anthropogenic Forcing, 2025, Larson Stephan Korblah.
  3. Development of a New Framework for Assessing Beach Loss Risk Under Future Climate and Population Scenarios, 2024, Xiao Shuai.
  4. Adaptation to future beach loss due to sea level rise by consideration of tourism benefit, 2019, Chatuphorn Somphong.
  5. Historical Reconstruction and Future Projection of Floods in Jakarta, Indonesia, 2017, Moe Idham Riyando.
  • Master's thesis
  1. Long-Term Characteristics of Sediment Supply from River to Coast, 2025, Shimon Suzuki.
  2. Impact Assessment of Gravel Mining and Dam Reservoirs on Long-Term Sediment Dynamics in Yoshinogawa River, Japan, 2024, Daisuke Nakahara.
  3. Development of coastal cliff erosion model in Japan, 2024, Keito Matoba.
  4. Development of a sediment yield estimation model using the RUSLE model and sediment delivery ratio in Japan, 2023, Haruka Katsuragi.
  5. Modelling of dynamic vegetation roughness in flood analysis, 2022, Andre Araujo Fortes.
  6. 砂浜の防災価値の推定手法に関する研究, 2021, 呂彦君.
  7. 半経験的 Cross-shore モデルの波崎海岸への適用に関する研究, 2021, 加藤考志.
  8. 一次元混合粒径河床変動解析による河川から海岸への長期土砂流出量の推定, 2021, 寺中吉輝.
  9. 日本国内における崖海岸の長期侵食特性の解明, 2020, 阿久津佑太.
  10. 直線状の人工砂丘周辺の風況特性解析, 2019, 栗林司.
  11. Flood vulnerability assessment in the Middle and Lower Yangtze Plain, 2018, 羅超賢.
  12. 将来の降雨変化に伴う河川からの土砂供給量変化を考慮した長期汀線変化予測, 2018, 森田興輝.
  13. 防災・環境・利用価値を考慮した将来の砂浜侵食に対する経済評価手法の構築, 2017, 紀国亮.
  14. ISODATA 法による汀線抽出に基づく 2011 年東北地方太平洋沖地震津波後の砂浜回復特性の解析, 2017, 東條薫.