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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.
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 behavior 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. The experimental results show that the opposing currents have the only minor effects on wave reflection, but can significantly reduce the wave transmission through double slotted barriers. economical design of slotted breakwaters.