@article{oai:kitami-it.repo.nii.ac.jp:02000025,
 author = {加藤, 一夫 and KATO, Kazuo and 小笠原, 敏記 and OGASAWARA, Toshinori and 松林, 由里子 and MATSUBAYASHI, Yuriko and 渡辺, 一也 and WATANABE, Kazuya and 三浦, 忠昭 and MIURA, Tadaaki and 菅野, 貴詳 and KANNO, Takamitu and 山口, 里実 and YAMAGUCHI, Satomi and 渡邊, 康玄 and Watanabe, Yasuhau and 赤堀, 良介 and AKAHORI, Ryosuke and 千葉, 喜一 and CHIBA, Kiichi},
 journal = {河川技術論文集},
 month = {Jun},
 note = {In August, 2016, Typhoon Lionrock brought heavy rainfall and caused serious disaster by a large amount of driftwood in Omoto River. Iwate prefecture. Driftwood deposited at piers collapsed bridges and induced the flood damages by rising the water level. Moreover, driftwood was transported to the city area and destroyed the houses. Therefore, the development plan of the driftwood capturing facility was set up for mitigating of driftwood damages. The facility is structured to capture only driftwood using a river bend, the floating driftwood is directed into a catchment area of outer river bank by side-weir. In this study we conducted flume experiments to examine the structure features such as a position and shape of the side overflow weir that can efficiently capture driftwood into the catchment area. The results show that the capturing facility performed effectively the capture more than 65% of input driftwood.},
 pages = {137--142},
 title = {小本川の流木捕捉施設設計に関する水理模型実験による検討},
 volume = {24},
 year = {2018},
 yomi = {ヤマグチ, サトミ and ワタナベ, ヤスハル}
}