The 12th International Conference on Scour and Erosion (ICSE 2025)

2025年11月04日~07日

中国 · Chongqing

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时刻表

时区：Asia/Shanghai

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第2天2025年11月05日星期三

S3-2	开始	结束	持续	编号	标题
S3-2	Session 3（6th）@Session 3：Numerical Simulation of Scour & Erosion 2025年11月05日 14:00~06日 18:30 Chinese Entrepreneur International Conference Center Meeting Room 2, 4th Floor 线下口头报告时刻表 V1 发布时间：2025-11-04 00:22:38
chair CHEN Ming
14:00	14:25	25	168	Experimental Study of Internal Erosiopth prediction: the way forward Asaad Y. Shamseldin/The University of Auckland
14:25	14:50	25	153	Long-term performance evolution and safety control technology of port wharf foundations served in mountainous river considering the water-sediment erosion Linjian WU/Chongqing Jiaotong University
14:50	15:10	20	152	Early Forecast of Scour Depth at Bridge Piers under Unsteady Flows Using Machine Learning Methods and Monitoring Data Zelong Liu/Beijing Jiaotong University
15:10	15:30	20	24	Improved μ-I model for dense granular flow with material point method Hang FENG/The Hong Kong Polytechnic University
15:30	15:50	20	77	Numerical Investigation of Asymmetric Wave-induced Scour Around a Vertical Cylinder Wei Zhang 未知/Xi’an Jiaotong-Liverpool University
15:50	16:10	20	98	Flow Field Characteristics and Scour Development Around a Tidal Stream Turbine Zhichao Liang/Zhejiang University
16:10	16:30	20		coffee break
chair Asaad Y. Shamseldin
16:30	16:50	20	90	Prediction of pore water pressure and seabed liquefaction around twin piles using WSSI model under wave condition Ziheng Huang/Xi’an Jiaotong-Liverpool University
16:50	17:10	20	119	Numerical Modeling of Scour Development Around a Monopile Foundation Using Computational Fluid Dynamics Kazem Dalili Khanghah/Polytechnic University of Catalonia
17:10	17:30	20	113	Influence of Cylindrical Debris on Scour Depth around a Single Bridge Pier Yudhveer Singh None/Central University of Haryana
17:30	17:50	20	151	Prediction of Pier and Abutment Scour Depth under Unsteady Flow Condition Based on Machine Learning Zhanchen Li/Hohai University
17:50	18:10	20	150	Incipient Motion of Gravel Bedload Considering the Secondary Flow in Bend Xin Wang/Tianjin Research Institute of Water Transport Engineering

S3-1	开始	结束	持续	编号	标题
S3-1	Session 3（5th）@Session 3：Numerical Simulation of Scour & Erosion 2025年11月05日 14:00~06日 18:30 Chinese Entrepreneur International Conference Center Meeting Room 2, 4th Floor 线下口头报告时刻表 V1 发布时间：2025-11-04 00:22:38
chair Yuzhu Pearl Li
14:00	14:25	25	158	The role of seepage in sediment transport and scour Yuzhu Pearl Li/National University of Singapore
14:25	14:50	25	157	Turbulence-Driven Particle Kinematics in Bedload Transport:A CFD-DEM Study Li Xia/Southeast University
14:50	15:10	20	156	Remediation of soil subjected to suffusion using fine injection techniques - combined experimental and numerical insights Chen Fan/Aix-Marseille Université
15:10	15:30	20	27	A hybrid physical and numerical methodology to analyze scouring processes on sharp nose complex piers due to fluvial flooding events. Lužný Bridge over the Danube River, Bratislava Paula García-Martínez Senior Hydraulic Eng/Ferrovial Construction, Engineering Services, Hydrology and Hydraulics Department.
15:30	15:50	20	34	Full-Scale Tsunami Scour with Three-Dimensional Seepage Flows Zhengyu Hu/National University of Singapore
15:50	16:10	20		coffee break
chair LI Xia
16:10	16:30	20	49	Fourier series aided finite element analysis to predict the effect of scour on the modal properties of monopile-supported offshore wind turbines Max R.F. Bowman/University of Oxford
16:30	16:50	20	66	Investigating sediment transport processes on alluvial riverbeds using CFD-DEM Saugat Shrestha/University of Queensland
16:50	17:10	20	127	Interaction of subsurface suffusion and surface erosion signatures: large-scale numerical insights from the Agly river dike Zezhi Deng 未知/Southwestern Jiaotong University
17:10	17:30	20	44	Applying Photogrammetry to Existing ROV Video Footage to Quantify Scour around Subsea Structures Lili Qu/The University of Western Australia
17:30	17:50	20	130	Comparative Analysis of XGBoost-Augmented Drag Model in CFD-DEM Simulations Ze CAO Associate Professor/Dalian University of Technology
17:50	18:10	20	155	Ice-Water-Sediment Transport Mechanisms and Multi-Reservoir Dual Decision-Making Regulation in the Yellow River's Ningxia-Inner Mongolia Reach Xiaomin Liu/Inner Mongolia Agricultural University

重要日期

会议日期

11月04日

2025

至

11月07日

2025
10月20日 2025

摘要截稿日期
10月20日 2025

初稿截稿日期
10月30日 2025

初稿录用通知日期
11月07日 2025

注册截止日期

主办单位

Hehai University
Chongqing Jiaotong University

承办单位

Hehai University
Chongqing Jiaotong University

联系方式

Xuhui Fu
fu******@hotmail.com
135********

Dawei GUAN
20******@hhu.edu.cn
187********

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