Session Details
流砂(2)
Thu. Sep 3, 2026 3:10 PM - 4:30 PM JST
Thu. Sep 3, 2026 6:10 AM - 7:30 AM UTC
Thu. Sep 3, 2026 6:10 AM - 7:30 AM UTC
AV Room 1, 4th Floor, Library (Hokkai-Gakuen University)
[II-88]Evaluation experiment of the backwashing performance for the new sediment removal equipment
*Yutaka Okamoto1, Masayuki Sotoyama1, Takeshi Nanka1, Hideyuki Niizato1 (1. Kanadevia Corporation)
[II-89]Reduction of Abrasion Damage due to Sediment Transport Using an Inverted Triangular Channel
*Takatoshi Atsumi1, Hiroki Sakuraba1, Hironori Inomata1 (1. Public Works Research Institute)
[II-90]Hydraulic Model Experiments on the Configuration of an Auxiliary Structure for Sediment Control near a Bottom Outlet
*Shoya Takata1, Takeshi Nanka1, Koichi Mizukusa1 (1. Public Works Research Institute)
[II-91]Riverbed Changes in Reservoirs and Downstream Channels of Dams Due to Sluicing Operation
*Takeshi Yoshimura1, Masahiro Haruguchi1 (1. Kyushu Electric Power CO.,INC.)
[II-92]Analysis of the Relationship Between Sediment Dynamics Upstream of the Alluvial Fan and the Forest Environment
*Ayumu Hoshi1, Seiki Kawagoe1, Hiromichi Suzuki2 (1. Fukushima University, 2. Mitsui Consultants Co., Ltd.)
[II-93]A Proposal for Evaluating the Effectiveness of Watershed Flood Control Initiatives Involving Green Infrastructure Using a Distributed Runoff Model
*Masato Kuwahara1, Masami Oogi1, Hiroki Yoshitake1, Satoshi Tobioka1, Sei Kageyama1 (1. PACIFIC CONSULTANTS CO.,LTD.)
[II-94]Verification of Effective Methods for Removing Deposits from Turbidity Meters in Regulating reservoir dams
*Shota Okuma1, Makoto Horisawa1, Tomohiro Oomori1 (1. East Japan Railway Company)
[II-95]Improving the Accuracy of Driftwood Identification in River Point Cloud Data Using Deep Learning with Geometric Features
*SHANPENG LIU LIU1, KOICHI ISOBE1, Toshiki Iwasaki1 (1. Hokkaido University)