A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Wave and Current Flows Around Low-Crested Structures
Within the EU-funded project DELOS, 3D tests were performed in the 12.5 m x 9.7 m wave basin at Aalborg University, DK, with the aim of analysing waves and currents around low-crested structures. The paper presents some experimental results on overtopping of low-crested structures both in a symmetrical layout, composed by two detached breakwaters with a gap in between, and in a oblique layout, composed by a single breakwater oblique to the beach. An original scheme for evaluating overtopping processes with varying structure submergence and wave attacks is provided and discussed in comparison with experimental mass balance.
Wave and Current Flows Around Low-Crested Structures
Within the EU-funded project DELOS, 3D tests were performed in the 12.5 m x 9.7 m wave basin at Aalborg University, DK, with the aim of analysing waves and currents around low-crested structures. The paper presents some experimental results on overtopping of low-crested structures both in a symmetrical layout, composed by two detached breakwaters with a gap in between, and in a oblique layout, composed by a single breakwater oblique to the beach. An original scheme for evaluating overtopping processes with varying structure submergence and wave attacks is provided and discussed in comparison with experimental mass balance.
Wave and Current Flows Around Low-Crested Structures
Lamberti, Alberto (author) / Zanuttigh, Barbara (author) / Kramer, Morten (author)
Coastal Structures 2003 ; 2003 ; Portland, Oregon, United States
Coastal Structures 2003 ; 850-862
2004-09-28
Conference paper
Electronic Resource
English
Wave and Current Flows Around Low-Crested Structures
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