Research field (2)：
Geotechnical engineering
, Disaster prevention engineering
Research keywords (4)：
土石流
, 地すべり
, 斜面崩壊
, 土砂災害
Research theme for competitive and other funds (1)：
降雨に着目した土砂災害発生予測に関する研究
Papers (7)：
海堀正博, 荒木義則, 桑田志保, 杉原成満, 崎田博史, 松浦孝典, 中井真司, 中瀬有祐, 大山誠, 國時正博, et al. Sediment related disaster due to heavy rainfall in Hiroshima Prefecture in August, 2021. 砂防学会誌. 2022. 74. 6
木下博久, 中井真司, 長谷川修一. Drainage Density and Rainfall Intensity as Slope Failure Susceptibility Index in Small Catchment Area. 地盤と建設. 2021. 39. 1
Takeo MORIWAKI, Takashi TSUCHIDA, Ryota HASHIMOTO, Shinji NAKAI, Seiji KANO, Masahiro KAIBORI. Characteristics of landslide disaster in Hiroshima prefecture due to torrential rains on July, 2018 (comparison with 6.29, 1999 and 8.20, 2014 landslide disasters). Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering). 2019. 75. 1. 244-259
Takashi Tsuchida, Takeo Moriwaki, Shinji Nakai, A. M. R. G. Athapaththu. Investigation and consideration on landslide zoning of multiple slope failures and debris flows of 2014 disaster in Hiroshima, Japan. SOILS AND FOUNDATIONS. 2019. 59. 4. 1085-1102
海堀正博, 長谷川祐治, 山下祐一, 崎田博史, 中井真司, 桑田志保, 平松晋也, 地頭薗隆, 井良沢道也, 清水収, et al. Sediment related disaster due to heavy rainfall in Hiroshima Prefecture in July, 2018. 砂防学会誌. 2018. 71. 4. 49-60
