沙岛的相互作用

T. Uda, M. Serizawa, Shiho Miyahara
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引用次数: 0

摘要

本文以日本濑户内海Shodoshima近海的一个陆系岛屿为例,首先研究了波浪从两个相反方向冲击到几个由沙子组成的岛屿时,尖状前陆扩展而形成的陆系岛屿,并利用5型BG模型预测了其地形变化。然后,以波士顿港附近的Hingham Bay岛屿为例,研究了波浪作用下平坦浅海底多个圆形砂质岛屿之间的相互作用。在此基础上,利用5型BG模型对地形变化进行了预测。
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Interaction of Sandy Islands
The formation of land-tied islands as a result of the extension of a cuspate foreland, when waves were incident to several islands composed of sand from two opposite directions, was first investigated, taking a land-tied island offshore of Shodoshima Island in the Seto Inland Sea, Japan, as an example, and their topographic changes were predicted using the Type 5 BG model. Then, the interaction among multiple circular sandy islands on flat shallow seabed owing to waves was investigated, taking the islands in Hingham Bay near Boston Harbor as an example. On the basis of this example, topographic changes were also predicted using the Type 5 BG model.
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Eight Types of BG Models and Discretization Interaction of Sandy Islands Prediction of Typical Beach Changes Owing to Human Activities Segmentation and Merging of Closed Water Bodies by Wind Waves Formation of Sand Spit and Bay Barrier
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