Rchr
J-GLOBAL ID：201801019361534612
Update date: May. 09, 2024
Sato Hirokazu
Sato Hirokazu
Affiliation and department：
Research field (1)：
Hydroengineering
Research theme for competitive and other funds (5)：
- 2023 - 2027 水理モデルと河道地形の3D復元技術を活用した小河川の洪水氾濫過程の解明と減災
- 2020 - 2025 Recovery of phosphorus from natural water bodies using iron-oxidizing bacteria and woody biomass
- 2019 - 2023 水害時の避難・復旧支援のための洪水氾濫由来物質の挙動解明とフィージブルな制御
- 2012 - 2015 Promotion of Early Inundated Water Drainage Using Artificial Levee Break
- 2008 - 2012 Recycling system of phosphorus resources using iron-oxidizing bacteria and woody biomass
Papers (29)：
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Hirokazu Sato. Fact-finding surveys on role of flood fighting in present-day Japan and future prospects: case studies of Yodo River and Yamato River. Discover Water. 2024. 4. 18
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Hirokazu Sato. Model experiments on hydraulic properties around multiple piers with reproduced 3D geometries. Scientific Reports. 2022. 12. 19938
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Hirokazu Sato. Rationality in pier geometry of Kintaikyo Bridge from viewpoint of river engineering. Heritage Science. 2021. 9. 102
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武田育郎, 深田耕太郎, 佐藤裕和, 吉岡有美. 鉄バクテリアと木質バイオマスを用いて自然水域から回収した全リンの定量. 農業農村工学会論文集. 2020. 311. IV_23-IV_24
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CURRENT STATE ANALYSIS OF MUNICIPAL RIVER MANAGEMENTS : EXAMPLES OF NAGASAKI PREFECTURE. 2020. 76. 2. I_691-I_696
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Books (4)：
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錦帯橋調査報告書
2020
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The finest masterpiece of bridge KINTAIKYO-BRIDGE
Iwakuni City Industry Promotion Department 2016
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全世界の河川辞典
丸善出版株式会社 2013
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究極の名橋 錦帯橋
岩国市世界遺産推進室 2013
Professional career (1)：
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