广东水利水电Issue(2)：68-74,7.
感潮河段疏浚对悬浮物的变化影响模拟探究
Simulation Study on the Influence of River Dredging of Tidal Reaches on Suspended Solids Concentration
张舟 1陈莉苹 2吴利桥1
作者信息
- 1. 珠江水资源保护科学研究所,广州 510611
- 2. 安徽职业技术学院,合肥 230011
- 折叠
摘要
Abstract
The Xijiang River is an important tributary of the Pearl River Basin,and the water quality of the main stream is relatively high.From Sixianjiao to the West Sea Channel,the water quality standards of Class Ⅱ can be maintained.It is a tidal reach.According to the Pearl River Basin Development Plan,Xijiang River is also an important navigable channel,which undertakes the navigation tasks for 3000-ton ships.The construction of the navigable wharf requires channel dredging of the main stream.This paper simulates the impact of the construction of the 3000-ton wharf on hydrodynamics and water quality based on two-dimensional non-steady state model in Foshan Port,which is among water protection areas in Xijiang.We analyzed the degree and scope of the impact of river dredging on Suspendid Solids.It is expected to provide technical reference for the protection and pollution mitigation strategies of drinking water source areas with similar hydrological and natural conditions of tidal reaches.关键词
感潮河段/疏浚/悬浮物/模拟研究Key words
tidal reach/river dredging/suspendid solids/simulation分类
建筑与水利引用本文复制引用
张舟,陈莉苹,吴利桥..感潮河段疏浚对悬浮物的变化影响模拟探究[J].广东水利水电,2024,(2):68-74,7.
