Abstract List
My SubmissionsPractices and suggestions on urban lake management in the middle and lower reaches of the Yangtze River A case study of Tangxun Lake in WuhanDraft Accepted
事 张*, 方凯 马, 健 王, 望朋 徐, 兆波 高, 捷缘 朱, 忠义 张
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
A comprehensive conceptual diagram for the hydro-morphological interactions with vegetation exerted over by external forcing actionsAbstract Accepted
Hyoseop Woo*
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
Spatio-temporal evolution characteristics of water ecological footprint in Ordos City from 2011 to 2021Draft Accepted
乐 白*
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
Ecological regulation and effectiveness evaluation of Elodea nuttallii controlling in the Danjiangkou-Wangfuzhou section of the HanjiangDraft Accepted
XIN Xiaokang*
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
Near-surface turbulent dissipation at a laboratory-scale confluence: Implications on gas transferDraft Accepted
Jiawei Lin, Saiyu Yuan*
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
On the role of Froude number in turbulent flow and sediment transport through boulder arraysAbstract Accepted
Tang Zhengdao*
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
Research and Application of Water Quality Models for Typical Tributaries of Danjiangkou ReservoirDraft Accepted
敏 冯*, 克栋 岳
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
Muti-scale Hydrodynamic processes of Water-vegetation Interfaces in Eco-riversFinal Paper
文浩 潘*, 红 潘
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
Modeling the mean flow and turbulent structures of vegetated flow based on an improved double averaging procedure considering wake kinetic energy productionDraft Pending
文浩 潘*, 华康 郑
Subtheme 3: Eco-hydraulics and Environment > Topic 1: Innovation and Development of Eco-hydraulics Theory
- 9 Records 1/1
Important Date
-
Conference Date
Oct 14
2024
toOct 17
2024
-
Sep 30 2024
Draft paper submission deadline
-
Oct 17 2024
Registration deadline
Sponsored By
Organized By
Sichuan University
Contact Information
- Congress Secretariat
- se******@iahr-apd2024.com
- +86*********
