The 9th International Symposium on Environmental Hydraulics
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The main theme of the 9th ISEH is "Advances in Hydro-Environments for an Era of Big Change". This symposium will span classical and advanced experimental and numerical approaches to recent applications of remote sensing and artificial intelligence. Experts and young talented researchers will be able to actively share research ideas in the wonderful surroundings of the campus of the Seoul National University. Also, the 10 Special Sessions will highlight specific topics related to the recent advances in environmental hydraulics.
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Noh Hyoseob - Identifying total sediment loads-suspended sediment load relationship using a two-level unsupervised clustering method
2021-12-20 -
Chien-Yung Tseng - A turbulence-based, two-layer model to predict sediment resuspension in vegetated flows
2021-12-20 -
Inok Jun - Prediction of transport and dissolution of oil & gas released from diverse oil blowout scenarios in the offshore canada
2021-12-20 -
Alan Cuthbertson - Effects of rotation on stratified exchange flows over a submerged sill
2021-12-20 -
Gergely T. Torok - Investigation the impact of river interventions on fluvial morphodynamics
2021-12-20 -
Gerardo Caroppi - Impacts of riparian vegetation features on the shear layer in partly vegetated channels
2021-12-20 -
Dominic van der A - Velocity reduction and drag in submerged canopies under oscillatory flow conditions
2021-12-20 -
Inhyeok Bae - Experimental reach scale methodology for analyzing integrated flow resistance due to woody vegetation patches
2021-12-20 -
Stephanie Muller - Fish swimming behaviour and kinematics in the wake of a vertical axis turbine
2021-12-20 -
Bo-Kyung Kim - Transport of Microplastics Contained in the Wastewater Discharged from the King Sejong Station in the West-Antarctica
2021-12-20 -
Hieu Trung Kieu - UAV-Based Remote Sensing for Coastal Environment
2021-12-20 -
Mohammed Al-Baghdadi - Investigation of bathymetry data and groin structures effect on the numerical results of the flow and salinity intrusion in the estuarine part of Yoshii river reach, Japan
2021-12-20