Research field (2):
Civil engineering (environmental systems)
, Geotechnical engineering
Research keywords (1):
Geotechnical Engineering
Research theme for competitive and other funds (5):
2013 - 現在 Artificial Ground Freezing
2009 - 現在 PBDによる地盤改良の設計法に関する研究
2003 - 現在 薄層基盤による屋上緑化技術
2000 - 現在 汚染土壌の洗浄技術の開発
2005 - 2011 人工芝グラウンドの温熱環境に関する研究
Papers (31):
Go Hirose, Yuzuru Ito, Hika Yamamoto. Hydraulic Conductivity of Unfrozen Part of the Freezing Soil. Proceedings 11th International Symposium on Ground Freezing. 2023. 189-196
Kazuya Suzuki, Yuzuru Ito. Experiment on the relationship between frozen or unfrozen water of saturated fine-grained soils and consolidation phenomena. Proceedings 11th International Symposium on Ground Freezing. 2023. 173-180
Yamamoto, Haika and Ito, Yuzuru. Coefficient of permeability of unfrozen soil in front of the freezing earth wall. Bulletin of the Transdisciplinary Science Research Institute, Setsunan University. 2022. 7. 1. 85-91
Suzuki, Kazuya and Ito, Yuzuru. Interpretation of consolidation characteristics in a saturated fine-grained soil by the amoun of frozen / unfrozen water. Bulletin of the Transdisciplinary Science Research Institute, Setsunan University. 2022. 7. 1. 75-84
Hirose, Go and Ito, Yuzuru. The Washing Experiment of Freeze-Thaw and Ion Exchange to Wash Contained Potassium Naturally as an Alternative to Radioactive Cesium. Bulletin of the Transdisciplinary Science Research Institute, Setsunan University. 2022. 7. 1. 60-74
Go Hirose, Yuzuru Ito. Applicability of remediation and restoration technologies for contaminated fine-grained soil by freezing and thawing. Journal of JGS Vol.71 No.7 Ser.No.786. 2023. 71. 7. 38-42
Ito, Yuzuru. Mitigation Effect of Thermal Environment by Roof Top Vegetation with Thin Soil Layer. Soils and Foundation. 2019. 67. 1. 4-5
Influence of Acid Concentration on the Freeze-Thaw Washing Applied to Lead Contamineted Soil
(Proceedings of the 15th National Symposium on Ground Improvement)
The relationship between the frozen / unfrozen water and consolidation characteristics i n a saturated fine-grained soil
(Proceedings of the 15th National Symposium on Ground Improvement)
Effect of Freeze-Thaw Cycles on Washing Lead-Contained Soil
An attempt to predict uniaxial compressive strength from the amount of frozen and unfrozen water in saturated fine-grained soil.
- 1984 Kyoto University Graduate School, Division of Engineering Civil Engineering
- 1982 Kyoto University Faculty of Engineering
Professional career (3):
工学士 (京都大学)
Doctor of Philosophy
Master of Engineering (Kyoto University)
Work history (1):
1987-1990 Japan Highway Public Corporation Laboratory, Engineer Research 1999-2001 Kyoto University, Disastor Prevention Research Institute 1996 Setsunan Unive
Committee career (25):
2006/12 - 2010/03 (社)地盤工学会 「Waste Management in Geo-Enviromental Engineering 国内委員会」委員