A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Coastal Scour Problems and Methods for Prediction of Maximum Scour
The most common coastal scour-related problems are to scour at rubble-mound structures and vertical seawalls, and scour at the base of piles and horizontal pipelines. Existing scour prediction methods for these problems vary from rules of thumb to empirically derived equations to theoretically derived relationships. Recent studies at the U.S. Army Engineer Waterways Experiment Station's Coastal Engineering Research Center indicate that sufficient design guidance exists for vertical walls, pipelines, and vertical piles; however, additional research is still needed for rubble-mound structures. Coastal, Moveable bed model, Scour prediction, Flume studies, Physical model, Seawall, Irregular waves, Scour, Sedimentation.
Coastal Scour Problems and Methods for Prediction of Maximum Scour
The most common coastal scour-related problems are to scour at rubble-mound structures and vertical seawalls, and scour at the base of piles and horizontal pipelines. Existing scour prediction methods for these problems vary from rules of thumb to empirically derived equations to theoretically derived relationships. Recent studies at the U.S. Army Engineer Waterways Experiment Station's Coastal Engineering Research Center indicate that sufficient design guidance exists for vertical walls, pipelines, and vertical piles; however, additional research is still needed for rubble-mound structures. Coastal, Moveable bed model, Scour prediction, Flume studies, Physical model, Seawall, Irregular waves, Scour, Sedimentation.
Coastal Scour Problems and Methods for Prediction of Maximum Scour
J. E. Fowler (author)
1993
66 pages
Report
No indication
English
Physical & Chemical Oceanography , Soil & Rock Mechanics , Civil Engineering , Water erosion , Sediment transport , Offshore structures , Coastal engineering , Models , Pipelines , Predictions , Sedimentation , Waterways , Coastal regions , Ocean waves , Suspended sediments , Stability , Soil structure interactions , Hydraulic models , Scour , Sea walls , Rubble
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