摘要
为使WaveWatch和SWAN两种海浪预报模式能够有效地嵌套运行,将WaveWatch模式从UNIX移植到Windows系统下运行,同时对SWAN模式与WaveWatch模式的嵌套接口格点座标读取精度进行修改,使其能够应用于不规则边界的曲线网格和小间距规则网格的嵌套;作为检验个例,使用WaveWatchIII与SWAN模式多重嵌套的方法在Windows系统下对长江口海浪场进行数值模拟实验,得到了理想的模拟结果。
In order to make WaveWatch model and SWAN model nest with each other effectively, the operating system of WaveWatch model is transplanted from Unix to Windows, and the grid point coordinates reading accuracy of the WaveWatch nesting interface with SWAN is then modified to enable the SWAN model to be nested in the WaveWatch and to be applied to curvilinear grids with irregular boundary and rectangular grids with small spacing. As a validation case, a numerical simulation experiment of the ocean wave field in the Changjiang River mouth sea area is made by using the WaveWatch and SWAN multinesting method under Windows operating system, and the simulation experiment results are satisfactory.
出处
《海洋科学进展》
CAS
CSCD
北大核心
2006年第2期228-237,共10页
Advances in Marine Science
基金
国家自然科学基金项目--实用性三维边界元数值波浪水池的建立(40506010)
国家重点基础研究发展规划项目--中国典型河口-近海陆海相互作用及其环境效应(2002CB+)
长江口及其邻近海域细颗粒泥沙沉积动力过程(2002CB412403)
上海市博士后科研资助计划项目--三维数值波浪水槽的建立和应用(2005)
