THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT

A thorough study concerning the artificial sandy beach slope stability is studiedin this paper. The performance analysis of the cross shore profile was using experimental approaches. A 2 (Two) - dimensional physical model was set up in the laboratory wave flume. The initial slopes (n) of the artific...

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Main Authors: Setyandito, Oki, Nizam, Nizam, Triatmaja, Radianta, Yuwono, Nur
Format: Article
Language:English
Published: International Journals of Engineering & Sciences 2012
Subjects:
Online Access:https://repository.ugm.ac.id/32571/1/9%29_2012_-_International_Journal_of_Civil_%26_Environmental_Engineering.pdf
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author Setyandito, Oki
Nizam, Nizam
Triatmaja, Radianta
Yuwono, Nur
author_facet Setyandito, Oki
Nizam, Nizam
Triatmaja, Radianta
Yuwono, Nur
author_sort Setyandito, Oki
collection UGM
description A thorough study concerning the artificial sandy beach slope stability is studiedin this paper. The performance analysis of the cross shore profile was using experimental approaches. A 2 (Two) - dimensional physical model was set up in the laboratory wave flume. The initial slopes (n) of the artificial sand beach model are n =1:6. This study result also compared with some theories established from previous research. The results indicate that the sandy beach slopes are adjusted due to wave attack to form either steeper or flatter stable slopes. The range of stable slopes (nf1) are 3 ≤n ≤ 12. It was observed that the sand particles at the lower part of the slope are transported upward and deposited at a higher part of the slope and vice versa. Experimental result showed the stability of beach profile with the utilization of bar as well as berm. The result also showed significant corelation between stabilizing slope (tan α) and wave steepness (H0/L0).
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spelling oai:generic.eprints.org:325712014-02-10T03:05:27Z https://repository.ugm.ac.id/32571/ THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT Setyandito, Oki Nizam, Nizam Triatmaja, Radianta Yuwono, Nur Makalah lain-lain A thorough study concerning the artificial sandy beach slope stability is studiedin this paper. The performance analysis of the cross shore profile was using experimental approaches. A 2 (Two) - dimensional physical model was set up in the laboratory wave flume. The initial slopes (n) of the artificial sand beach model are n =1:6. This study result also compared with some theories established from previous research. The results indicate that the sandy beach slopes are adjusted due to wave attack to form either steeper or flatter stable slopes. The range of stable slopes (nf1) are 3 ≤n ≤ 12. It was observed that the sand particles at the lower part of the slope are transported upward and deposited at a higher part of the slope and vice versa. Experimental result showed the stability of beach profile with the utilization of bar as well as berm. The result also showed significant corelation between stabilizing slope (tan α) and wave steepness (H0/L0). International Journals of Engineering & Sciences 2012-04 Article PeerReviewed application/pdf en cc_by_nc https://repository.ugm.ac.id/32571/1/9%29_2012_-_International_Journal_of_Civil_%26_Environmental_Engineering.pdf Setyandito, Oki and Nizam, Nizam and Triatmaja, Radianta and Yuwono, Nur (2012) THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT. International Journal of CIvil & Environmental Engineering, 12 (02). pp. 36-41. ISSN 2077-1258
spellingShingle Makalah lain-lain
Setyandito, Oki
Nizam, Nizam
Triatmaja, Radianta
Yuwono, Nur
THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT
title THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT
title_full THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT
title_fullStr THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT
title_full_unstemmed THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT
title_short THE PROFILE STABILITY OF THE ARTIFICIAL SAND BEACH NOURISHMENT
title_sort profile stability of the artificial sand beach nourishment
topic Makalah lain-lain
url https://repository.ugm.ac.id/32571/1/9%29_2012_-_International_Journal_of_Civil_%26_Environmental_Engineering.pdf
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