Beach erosion countermeasure using new artificial reef blocks

  • Kim, Kyuhan; 
  • Shin, Sungwon; 
  • Pyun, Chongkun; 
  • Kim, Hyundong; 
  • Kobayashi, Nobuhisa
Citations

SCOPUS

3

초록

Two-dimensional and three-di me nsio nal laboratory experiments were conducted to investigate not o nly the flow mec hanis m near the submerged breakwater but the performance of two newly developed eco-friendly artificial reef blocks. The results of two-dime nsio nal experi me nts proved that new artificial blocks (EREEB) sho wed a better performance than TTP in terms of wave attenuation due to wave breaking turbulence near the crest of the structure. Three-di me ns ional e xperi me nts co nvi nced t hat i nstalling another type of ne w artificial block (WERF) in between submerged breakwater reduced the return flow velocity more than 50% compared with the gap between the breakwaters is empty. Therefore, these two types of newly developed artificial reef block can contribute the counter measure of beach erosion and habitat of sea lives.

키워드

Artificial reef block; Beach erosion; Laboratory experiments; Return flow; Submerged breakwater; Beaches; Coastal engineering; Erosion; Fisheries; Floating breakwaters; Flow velocity; Marine biology; Artificial reefs; Beach erosion; Laboratory experiments; Return flow; Submerged breakwater; Reefs
제목
Beach erosion countermeasure using new artificial reef blocks
저자
Kim, Kyuhan; Shin, Sungwon; Pyun, Chongkun; Kim, Hyundong; Kobayashi, Nobuhisa
DOI
10.9753/icce.v33.sediment.107
발행일
2012-12
유형
Conference Paper
저널명
Proceedings of the Coastal Engineering Conference
권
33
페이지
1 ~ 6