Trapezoid floating breakwater with waste tires

Abstract

The invention discloses a trapezoid floating breakwater with waste tires. The trapezoid floating breakwater comprises a breakwater body with the isosceles trapezoid cross section, a wave wall arrangedon the top of the breakwater body, a grid, a truss, multiple waste tires arranged on the truss, heave plates arranged on the bottom of the breakwater body, vertical plates with rounded-corner rectangular openings and an anchoring system used for fixing the breakwater, wherein the grid and the truss are arranged on the front and rear slopes of the breakwater body. By adopting the trapezoid breakwater body and the grid, waves are more likely to be smashed when climbing along the slopes of the breakwater body. By arranging the truss and the waste tires, the resistance of water flow can be increased, and the spreading trajectory of the waves can be disturbed. By arranging the wave wall, the waves are prevented from getting over the breakwater. By arranging the vertical plates with the openings, most waves are rebounded, only a small quantity of waves are allowed to pass, so as to reduce the load of the mooring force, and the integrated safety of the breakwater is improved. By arranging the heave plates, the heaving motion of the breakwater can be reduced, so as to achieve an optimal wave absorbing effect.

Description

technical field [0001] The invention belongs to the technical field of marine engineering, and in particular relates to a trapezoidal floating breakwater with waste tires. Background technique [0002] In recent years, with the rapid development of human society, terrestrial natural resources have been exploited and consumed in large quantities, and land resources have also been scarce due to the rise of modern cities. Neither of them can meet the further development of human society. Therefore, human beings began to set their sights on the ocean that contains huge energy. [0003] In the tide of developing and exploring the ocean, a large number of floating bridges, floating stacks, floating docks, deep-sea aquaculture cages, and offshore operating platforms are widely deployed in the ocean to meet the needs of developing marine resources and developing marine economy. However, these large offshore floating structures often require effective shielding measures to ensure th...

AI Technical Summary

Problems solved by technology

However, most of the existing floating breakwaters have a shallow draft due to engineering cost and construction, and cannot block waves and currents below the draft.

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