Article ID Journal Published Year Pages File Type
8063311 Ocean Engineering 2018 8 Pages PDF
Abstract
Based on hydraulic model tests, the results demonstrate a high hydraulic stability for the interlocked individual units (Ns = 2.9), despite of a satisfactory level of overtopping performance (γr = 0.45). Global damage (extraction of group of units) on very dense armour placement highlights the importance of considering a minimum porosity, 34%, inside the armour layer (surface) instead of a mean value (volume).
Related Topics
Physical Sciences and Engineering Engineering Ocean Engineering
Authors
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