人类活动对典型海滩变化的预测

T. Uda, M. Serizawa, Shiho Miyahara
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引用次数: 1

摘要

利用1型和2型BG模型预测了与人类活动相关的海滩变化,例如在具有普遍的近海输沙和近海采砂的海岸上建造沙坝和分离防波堤的影响,这些变化具有工程重要性。当加长港口防波堤时,形成大面积的防波堤,主要由防波堤外向防波堤内输沙,造成防波堤外侵蚀,防波堤内淤积。这些海滩变化也使用2型BG模型进行预测,并评估了在港口入口处扩建防波堤以减少港口内的沙沉积的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prediction of Typical Beach Changes Owing to Human Activities
Beach changes related to human activities, such as the effect of construction of groynes and detached breakwaters on a coast with prevailing longshore sand transport, and offshore sand mining, which have engineering importance, were predicted using the Types 1 and 2 BG model. When a long port breakwater is extended, a large wave-shelter zone is formed and dominant longshore sand transport is induced from outside to inside the wave-shelter zone, resulting erosion outside the wave-shelter zone and accretion inside the wave-shelter zone. These beach changes were also predicted using the Type 2 BG model with the evaluation of the effect of a jetty extended at the port entrance to reduce sand deposition inside the port.
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