台风风暴潮

杭州湾可能最大台风风暴潮计算

Computation of the possible maximum typhoon storm surge over Hangzhou Bay

未来海平面上升对台风风暴潮灾害风险的影响非常大。

The influence of sea level rise on typhoon storm surge disaster risk will be great .

背景流场对台风风暴潮数值预报的影响研究

Influence of steady uniform currents on the simulation of storm surges

9316号台风风暴潮数值预报和模拟

Numerical prediction and Simulation of storm surge for typhoon no.9316

广东沿海台风风暴潮可视化预报系统

Visible forecasting system on storm surge along Guangdong Coast

中国海台风风暴潮预报模式的研究与应用

Research and Applications of a Forecasting Model of Typhoon Surges in China Seas

台风风暴潮气压项作用探讨

A study on air pressure action in typhoon surge

一次登陆湛江台风风暴潮数值预报

Numerical prediction of the storm surge in Zhanjiang Harbor

一个高分辨率的长江口台风风暴潮数值预报模式及其应用

A high-resolution numerical storm surge model in the Changjiang River Estuary and its application

感知器算法在台风风暴潮灾情等级评估中的应用

The Application of the Perception Approach in the Evaluation of Typhoon Storm Surge Disaster Degree

0216号台风风暴潮分析

Analyzing the storm surge of typhoon 0216

中国是全球少数几个同时受台风风暴潮和温带风暴潮危害的国家之一。

China is one of those countries which suffer from both tropical and temperate-cyclones storm surge .

基于模式识别的台风风暴潮灾情等级评估模型研究

A Study on the Pattern Recognition Based Model for Evaluation of Typhoon Storm Surge Disaster Degrees

浙江沿海超强台风风暴潮灾害的影响及其对策

Study on the calamity and counter-measure of the super typhoon storm surge along the Zhejiang coastal area

本文在数值试验的基础上，提出了一个研究该海域台风风暴潮的数值模型。

In this work a numerical model is developed to study storm surges caused by typhoon in the region .

其中风暴潮灾害最为严重，年直接经济损失超过20亿元的海洋灾害是由台风风暴潮引起的；

It is no other marine disaster than storm surge which can bring about a direct economic loss of over 2 billion yuan in a single year .

在空间耦合模式的构建中，尝试利用大尺度模拟结果作为中尺度模拟所需的边界条件，以此体现两种空间尺度台风风暴潮灾害风险研究的联系。

In the construction of the spatial coupling model , the paper tried to use the results of large scale simulation as the boundary conditions of mesoscale simulation .

利用1956～2000年舟山市定海验潮站潮位观测资料，对历年影响舟山的台风风暴潮灾进行了全面的统计分析。

Based on tidal observations ( 1956 & 2000 ) in Dinghai tidal gage station , a statistical analysis of the typhoon storm surge disasters in Zhoushan Bay is made .

风暴潮中风与水位非线性作用效应研究浙江沿海超强台风风暴潮灾害的影响及其对策

Research on the Effects of Nonlinear Interaction between Astronomical Tides and Storm Surges Study on the calamity and counter-measure of the super typhoon storm surge along the Zhejiang coastal area

基于二线台风风暴潮动力数值模式和二维天文潮动力数值模式，本文提出了一个包含天文潮和风暴潮非线性相互作用的综合水位数值模拟和数值预报方法。

Based on the two-dimensional storm surge and astronomical tide dynamic models , a numerical water level simulation / prediction method incorporating nonlinear interaction between tide and surge has been developed in this paper .

气温和降水量的变化，加上人类活动不断增强，导致莱州湾南岸海水入侵快速发展，台风风暴潮发生频次和强度有所增加，滨海生态系统发生变化。

The variations in air temperature and precipitation and the increasing human activities in the area have resulted in the rapid development of seawater intrusion in the area , the increase in occurrence frequency and strength of typhoon storm surge in the area and the changes in coastal ecosystem .

上海位于我国最东部，东临太平洋、南接杭州湾，极易受到台风、风暴潮的侵袭。

Shanghai is in the east of China , Vulnerable to the typhoon .

福建省海洋资源的开发利用具有区位优势、资源优势、科技人才优势和政策优势，但也存在一些制约因素，如台风、风暴潮频发，海域空间结构不理想，海域综合管理滞后等。

Fujian Province , with good geographic location , has abundant marine resources , and has advantages in scientific manpower and policy .

生态安全压力主要来自海岸带工程建设和围垦造地，九龙江河口输入，台风、风暴潮。

The eco-safety stress of Xiamen coast are mainly from the coastal construction and reclamation , Jiulong River , the typhoon and storm tide .

海岸带台风、风暴潮、海岸侵蚀、地面沉降、海水内侵等灾害给沿海经济建设造成极大危害，未来环境变化趋势也将深刻影响黄渤海沿岸持续发展的进程。

The tendency of environmental change will deeply affect the process of sustainable development along the coastal zone of the Huanghai Sea and the Bohai Sea .

将此模型应用于汕头地区，模拟了6903、7908、8607、9107、0010以及0104号台风的风暴潮漫滩过程。

The model is applied to Shantou and the storm surge inundations caused by typhoon 6903 , 7908,8607,9107 and 0104 are simulated to obtain the storm surge elevations and the ranges of storm surge inundation .

自然因素包括：全球性海平面上升、台风、风暴潮等海洋动力的侵蚀、自然因素下的地面沉降以及陆源泥沙供应自然减少等；人为因素包括：海岸采砂、河道上游建造水库和沿岸工程设施等。

Natural factors include such as global sea-level rise , storm waves , land subsidence and decrease of sand supply from land . Human activities impact include sand mining from coastal zone , river daming and coastal engineering .

0814号强台风黑格比风暴潮分析与数值模拟

Analysis and numerical simulation of the storm surge caused by Typhoon " Hagupit "

香港大部分人沿海居住，他们可能受到由台风引起之风暴潮的威胁。

A large proportion of the Hong Kong population lives near the coast and is subject to the threat of storm surge associated with typhoons .

由于对洪水、台风和巨大风暴潮的长期预测尚有一定困难，因之需要多学科进行综合研究。

Due to some difficulties in the long-term prediction of flood , typhoon and storm tide , it is necessary to conduct the synthetic study in multiple disciplines .