2022
DOI: 10.56064/maspari.v14i1.16976
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Pengaruh Kemiringan Gradien Submerged Breakwater Terhadap Gelombang Datang

Abstract: Sebagian besar pantai di sisi barat pulau Sumatera merupakan pantai wisata. Keindahan pantai dapat meningkatkan perekonomian masyarakat ternyata diikuti oleh ancaman gelombang swell dari Samudera Hindia. Struktur pelindung pantai yang umumnya digunakan adalah breakwater. Di Indonesia, sangat banyak dijumpai breakwater yang memiliki gradien kemiringan 1:2. Semakin besar gradien kemiringan breakwater maka semakin banyak volume armor breakwater yang digunakan, sehingga berdampak pada besarnya biaya pembangunan br… Show more

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“…One of the efforts directed towards solving this problem is using a wall-style perforated breakwater which can save on the quantity of construction material required and is also considered environmentally friendly due to its ability to ensure effective water circulation [4,[7][8][9]. However, the design of the model, in the form of a wall, shows it has a very small and negligible relative wall thickness (b/L) [10], making it less effective in reducing the incident wave height when the porosity of the hole (ε) and wave length (L) is large.…”
Section: Introductionmentioning
confidence: 99%
“…One of the efforts directed towards solving this problem is using a wall-style perforated breakwater which can save on the quantity of construction material required and is also considered environmentally friendly due to its ability to ensure effective water circulation [4,[7][8][9]. However, the design of the model, in the form of a wall, shows it has a very small and negligible relative wall thickness (b/L) [10], making it less effective in reducing the incident wave height when the porosity of the hole (ε) and wave length (L) is large.…”
Section: Introductionmentioning
confidence: 99%