연성 식생모형에 의한 해빈침식방지 특성에 관한 실험적 연구
Hydraulic Experiment on the Effects of Beach Erosion Preventionwith Flexible Coastal Vegetation
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참고문헌
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초록
Coastal vegetation consists of rooted flowering marine plants that provide a variety of ecosystem services to the coastal areas they colonize. The attenuation of currents and waves and sediment stabilization are often listed among these services. From this point of view, artificial seaweed is an effective method of controlling sea bed sediment and stabilization without damaging the landscape or the stability of the coastline. A series of hydraulic experiments were performed in a wave channel with regular and irregular waves to examine the effect of artificial seaweed in relation to scouring and beach erosion prevention. Based on the results of these experiments, the coastal vegetation model is efficient against scouring and beach erosion.
Abstract
Coastal vegetation consists of rooted flowering marine plants that provide a variety of ecosystem services to the coastal areas they colonize. The attenuation of currents and waves and sediment stabilization are often listed among these services. From this point of view, artificial seaweed is an effective method of controlling sea bed sediment and stabilization without damaging the landscape or the stability of the coastline. A series of hydraulic experiments were performed in a wave channel with regular and irregular waves to examine the effect of artificial seaweed in relation to scouring and beach erosion prevention. Based on the results of these experiments, the coastal vegetation model is efficient against scouring and beach erosion.
참고문헌 (10)
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- 이성대, "연안식생에 의한 표사이동 특성에 관한 수치해석", 한국해양공학회지, 21(5), pp.18~24 (2007), 한국해양공학회
- Asano, T., "Wave Damping Characteristics due to Seaweed", Proc. the 35th Coastal Engineering Conference in Japan, pp.138~142 (1988), JSCE
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- Broome, S., "Shoreline Erosion Control using Marsh Vegetation and Low-cost Structures", pp.20~ (1992), Sea Grant Pub. of US Envir. Protection Agency and Univ
- Goda, Y., "Random Seas and Design of Maritime Structures" (1985), University of Tokyo Press
- Kobayashi, N., "Wave Attenuation by Vegetation", J. of Waterway, Port, Coastal, and Ocean Engineering, 119-1, pp.30~48 (1993), ASCE
- Experiments on the Effects of Artificial Seaweed on the Sand Movement, "Sugahara, K.", Tech. Note of PHRI, ~ (1992)
- Hydraulic Model Experiment on the Artificial Seaweed against Scouring and Beach Erosion, "Sugahara, K.", Tech. Note of PHRI, ~ (1994)
- Sunamura, T., "Two Dimensional Beach Transformation due to Waves", Proc. the 14th International Conference Coastal Engineering, pp.920~938 (1974)