Hydrodynamic Analysis of Various Cross Sections of Floating Breakwaters
Various types of floating breakwaters in different configuration and shapes are used to reduce wave height in coastal areas. The most important parameter in designing breakwaters are their shapes and reaction to incident wave.
Zeraatgar, Hamid, Masoudi, Esmaeel
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Piers are hotspots for benthic marine debris in an urbanised estuary. [PDF]
Sherow BA, Johnston EL, Clark GF.
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Research and application of floating breakwater
Zichao Li, Taoran Zhou
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Assessing the impact of novel hybrid floating breakwater-WEC systems on hydrodynamic performance and sustainable energy outputs. [PDF]
Hamed B +4 more
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Adjoint-based PDE-constrained optimization of viscoelastic floating membrane for maximum wave power absorption. [PDF]
El Sayed K +3 more
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Root Systems Research for Bioinspired Resilient Design: A Concept Framework for Foundation and Coastal Engineering. [PDF]
Stachew E, Houette T, Gruber P.
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A Numerical Analysis of Fully Nonlinerar Waves Passing Submerged and Floating Breakwaters
\ue8\ub1\ue6\ue6\ue8\ua6 A time-independent finite-difference numerical scheme is developed to study the dynamic response of a submerged and a floating breakwater under the wave loading of a fully numerical force.
Chen, Pei-Hong
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Testing the Effect of Bathymetric Data Reduction on the Shape of the Digital Bottom Model. [PDF]
Mujta W +2 more
europepmc +1 more source
Humans have been using ships to transport goods and people around the globe for hundreds and thousands of years. In all cases harbours have been critical for the exchange of goods and have played a significant role in the development of countries ...
Van Tol, P.T.G. (author)
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