This paper focuses on the analysis of the morphological response induced by low-crested structures on the adjacent seabed, with emphasis on the far-field erosion that is frequently observed close to roundheads and at the gaps between structures. The analysis is based on observations of far-field erosion, both at prototype scale and in laboratory experiments. Mechanisms responsible for the observed erosion are highlighted using coastal area numerical modelling tools to simulate the flow patterns induced by schemes involving low-crested structures. Finally, an example of the use of a coastal area morphological modelling system to investigate the dependence of the far-field erosion processes on the freeboard of the coastal protection structures is presented and discussed.

Zyserman J., Johnson H. K., Zanuttigh B., Martinelli L. (2005). Analysis of far-field erosion induced by low-crested rubble-mound structures. COASTAL ENGINEERING, 52 (10-11), 977-994.

Analysis of far-field erosion induced by low-crested rubble-mound structures

ZANUTTIGH, BARBARA;MARTINELLI, LUCA
2005

Abstract

This paper focuses on the analysis of the morphological response induced by low-crested structures on the adjacent seabed, with emphasis on the far-field erosion that is frequently observed close to roundheads and at the gaps between structures. The analysis is based on observations of far-field erosion, both at prototype scale and in laboratory experiments. Mechanisms responsible for the observed erosion are highlighted using coastal area numerical modelling tools to simulate the flow patterns induced by schemes involving low-crested structures. Finally, an example of the use of a coastal area morphological modelling system to investigate the dependence of the far-field erosion processes on the freeboard of the coastal protection structures is presented and discussed.
2005
Zyserman J., Johnson H. K., Zanuttigh B., Martinelli L. (2005). Analysis of far-field erosion induced by low-crested rubble-mound structures. COASTAL ENGINEERING, 52 (10-11), 977-994.
Zyserman J.; Johnson H. K.; Zanuttigh B.; Martinelli L.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/12651
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