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Model studies on rubble-mound breakwater section in order to investigate hydraulic forces that act on individual capstones; magnitude and distribution with depth of forces were determined and correlated with wave characteristics and breakwater geometry; exploration of kinematic conditions in breaker zone; it was found that most dangerous forces from standpoint of breakwater failure occur under toe of advancing breaker or when water is flowing out of breakwater.
Model studies on rubble-mound breakwater section in order to investigate hydraulic forces that act on individual capstones; magnitude and distribution with depth of forces were determined and correlated with wave characteristics and breakwater geometry; exploration of kinematic conditions in breaker zone; it was found that most dangerous forces from standpoint of breakwater failure occur under toe of advancing breaker or when water is flowing out of breakwater.
Wave forces on breakwater capstones
ASCE -- Proc (J Waterways Harbors Div)
Sigurdsson, G. (author)
1962
34 pages
Article (Journal)
English
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