人民长江Issue(9)：1-3,7,4.
海平面上升对黄浦江风暴潮水位影响研究
Study on influence of sea level rise on storm tidal levels of Huangpu River
宗虎城 1章卫胜 1张金善1
作者信息
- 1. 南京水利科学研究院，江苏 南京210024
- 折叠
摘要
Abstract
In order to simulate the influence of tidal level of Huangpu River after sea level rise on flood control of Shanghai Cit-y, a two-dimensional mathematical model of tide-storm tide is established. The governing equation, solution condition and main parameters of the model are introduced and the model is verified. The research results show that the high water levels of storm tides increases gradually from upper to lower reaches of Huangpu River;after the sea level rise, the nonlinear co-action of storm tide and astronomical tides will induce super high water levels, so the increment value of the highest water level induced by storm tide is higher than the sea level rise. The locations and sizes of super high levels are related with the characteristics of storm tide and sea level rise. The results can provide theoretical basis for Shanghai urban flood control.关键词
海平面上升/风暴潮/超高水位/黄浦江/上海市Key words
sea level rise/storm tide/super high water level/Huangpu River/Shanghai City分类
建筑与水利引用本文复制引用
宗虎城,章卫胜,张金善..海平面上升对黄浦江风暴潮水位影响研究[J].人民长江,2014,(9):1-3,7,4.
