Design and Construction of Mounds for Breakwaters and Coastal ProtectionThis is a comprehensive, detailed coverage of the subject indicated by the title, embracing all aspects from design criteria over design to construction. Basic wave research, wave structure interaction, hydrodynamics, hydraulics, modelling, solid mechanics, soil mechanics, materials execution, maintenance and equipment are all paid equal attention by highly experienced scientists, engineers and constructors in the field. It is a necessary acquisition for practical wave scientists as well as for technicians and engineers. |
Contents
| 1 | |
| 28 | |
CHAPTER 3 DESIGN | 394 |
CHAPTER 4 CONSTRUCTION | 549 |
CHAPTER 5 EXAMPLES OF MOUND BREAKWATERS INCLUDING SOME BREAKDOWNS | 646 |
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Common terms and phrases
angle Antalya armour layer armour units ASCE asphalt beach bitumen breaker breaking wave Bruun cause Coastal Engineering Coastal Structures coefficient construction core crest curve damage depth developed dike distribution Dolos downrush equation erosion experiments factor failure filter flow forces friction geometry geotechnical Günbak Harbors hindcasted hydraulic hydrodynamic impermeable increases Iribarren's irregular waves jetty lift forces material maximum meters model tests mound structures Norway occur Ocean Engineering overtopping parameter permeability placement Port pressure probability Proc prototype quarry ratio Rayleigh distribution resonance rip-rap rock mound Rubble Mound Breakwaters run-down sand Section shown in Fig significant wave height smooth slopes spectra spectrum stability steep stone storm tides stresses sublayer Table tetrapods tion Trondheim U.S. Army uprush values velocity wave action wave attack wave breaking wave conditions wave groups wave period wave run-up wave screen wind