The adoption of slotted breakwaters can be an ideal option in the protection of very large near-shore floating structures that may extend offshore to a considerable water depth. In this paper, we experimently investigated the behaviour of wave transmission and reflection coefficients of double slotted barriers in the presence of a steady opposing current. The experimental results show that opposing currents have only minor effects on wave reflection, but can significantly reduce the wave transmission through double slotted barriers. The experimental results suggest that coastal currents should be taken into consideration for an economical design of slotted breakwaters
In this paper, four types of floating breakwaters (FB) are proposed: cylindrical floating breakwater...
Vertical slotted walls can be used as permeable breakwaters to provide economical and environmental ...
Submerged breakwaters are widely used for establishment and protection of coastal wetlands; neverthe...
Slotted breakwaters have been used to provide economical protection from waves in harbors where surf...
In coastal waters, tidal currents and surface waves co-exist. In this study, the influence of a stea...
Floating box-type breakwaters are frequently used for small harbours and marinas. This paper reports...
To assess the influence of oceanic waves on coastal areas, coastal engineers have done significant r...
Economic and long-term social impacts of tsunami waves, as shown in the 2004 Indian Ocean tsunami, h...
This thesis describes an investigation of the performance of vertical single and double wave barrie...
Experimental results are reported on the wave reflection from and transmission through one row or tw...
Rubble mound breakwaters are designed to protect exposed marine areas from excessive wave activity. ...
Breakwaters in the form of submerged bars have the advantages of allowing the exchange of seawaters ...
Floating breakwaters are used to attenuate wave action near shorelines and provide wave protection ...
The performance of a rectangular floating breakwater under short and long breakwater to sea wall dis...
Submerged breakwaters in the forms of a single bar or a series of bars can provide economical shore ...
In this paper, four types of floating breakwaters (FB) are proposed: cylindrical floating breakwater...
Vertical slotted walls can be used as permeable breakwaters to provide economical and environmental ...
Submerged breakwaters are widely used for establishment and protection of coastal wetlands; neverthe...
Slotted breakwaters have been used to provide economical protection from waves in harbors where surf...
In coastal waters, tidal currents and surface waves co-exist. In this study, the influence of a stea...
Floating box-type breakwaters are frequently used for small harbours and marinas. This paper reports...
To assess the influence of oceanic waves on coastal areas, coastal engineers have done significant r...
Economic and long-term social impacts of tsunami waves, as shown in the 2004 Indian Ocean tsunami, h...
This thesis describes an investigation of the performance of vertical single and double wave barrie...
Experimental results are reported on the wave reflection from and transmission through one row or tw...
Rubble mound breakwaters are designed to protect exposed marine areas from excessive wave activity. ...
Breakwaters in the form of submerged bars have the advantages of allowing the exchange of seawaters ...
Floating breakwaters are used to attenuate wave action near shorelines and provide wave protection ...
The performance of a rectangular floating breakwater under short and long breakwater to sea wall dis...
Submerged breakwaters in the forms of a single bar or a series of bars can provide economical shore ...
In this paper, four types of floating breakwaters (FB) are proposed: cylindrical floating breakwater...
Vertical slotted walls can be used as permeable breakwaters to provide economical and environmental ...
Submerged breakwaters are widely used for establishment and protection of coastal wetlands; neverthe...