对北部班古鲁角Abrasi Serangai海洋能量的研究是对海浪高度的观测

A. Lubis, Yosi Apriani Putri, R. Saputra, Juhendi Sinaga, M. Hasanudin, Edi Kusmanto
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引用次数: 0

摘要

北Bengkulu Batik Nau区的Serangai地区的平均磨损速度最高,为20 m/年。这种磨蚀会使沿海地区侵蚀海岸线达几十米。这项研究的目的是确定海浪的高度,并确定海浪的能量,这有可能加速Serangai地区的磨损过程。该研究于2018年11月5日至7日在Serangai海滩区域进行,深度为5米,使用SBE 26 Plus Seagauge波浪设备。结果表明:观测波高在0.8 ~ 1.6 m之间,其中显著波高(Hs)为1.38 m;波周期在5 ~ 11 s之间,其中显著波周期Ts为8.2 s。结果还表明,2018年11月7日最大波高为1.6 m,最大波能为1800 J/m2。这一结果可能会加速Serangai地区的磨损过程。还可以看出,雪兰盖地区的浪高高于印度尼西亚其他几个地区。但是,为了了解雪兰盖地区海浪高度的季节变化,有必要继续观测海浪高度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Kajian Energi Gelombang Laut Di Daerah Abrasi Serangai, Bengkulu Utara Melalui Pengamatan Tinggi Gelombang Laut
The Serangai area, Batik Nau District, North Bengkulu has the highest average abrasion speed of 20 m/year. The abrasion could cause the coastal area to erode the coastline till several tens of meters. The purpose of this study was to determine the height of the ocean waves and to determine the energy of the ocean waves that has the potential to accelerate the abrasion process in the Serangai area. The research was carried out on November 5-7, 2018 in the Serangai beach area at a depth of 5 m using SBE 26 Plus Seagauge Wave equipment. The results showed that the observed wave height was between 0.8-1.6 m with a significant wave height (Hs) of 1.38 m. In addition, the wave period ranges from 5-11 s with a significant wave period (Ts) of 8.2 s. The result also shows that the maximum wave height of 1.6 m occurred on November 7, 2018 with maximum wave energy of 1800 J/m2. This result can perhaps accelerate the abrasion process in the Serangai area. It can also be seen that the wave height in the Serangai region is higher than in several other areas in Indonesia. However, it is necessary to continue observing the wave height to see the seasonal variations in sea wave height in Serangai area.
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