Triangularly modular ecological sea wall

Abstract

The invention discloses a triangularly modular ecological sea wall and relates to a sea wall. The sea wall comprises a plurality of first prefabricated frameworks which are arranged in an arrayed mode. A second prefabricated framework and a wave break forest are arranged between every two adjacent first prefabricated frameworks and used for filling the gap between the two adjacent first prefabricated frameworks. The first prefabricated frameworks and the second prefabricated frameworks are each in a cylinder shape, and the cross section of each of the first prefabricated frameworks and the second prefabricated frameworks is triangular. Cylinder inner cavities of the first prefabricated frameworks and the second prefabricated frameworks are filled with first sea sand. The triangularly modular ecological sea wall has the beneficial effects that the first prefabricated frameworks and the second prefabricated frameworks are prefabricated and constructed modularly conveniently, the interiors of the first prefabricated frameworks and the second prefabricated frameworks are filled with the sea sand, the sea sand can be taken from a sea coastal site, and fast filling can be achieved easily; and the triangular structures of the first prefabricated frameworks and the second prefabricated frameworks enable the structure of the sea wall to be stable and reliable, the second prefabricated frameworks are smaller than the first prefabricated frameworks, the first prefabricated frameworks are made to form protruding pointed portions which have a wave dissipating effect, and the energy of storm surges can be greatly cut.

Description

technical field [0001] The invention relates to a seawall, in particular to a triangular modular ecological seawall. Background technique [0002] Coastal areas with long coastlines face more severe storm surge disaster risks than other areas, and the protection tasks are arduous, and they are vulnerable to typhoons. Seawall engineering is the most important water conservancy facility against typhoon surges. Frequent typhoon storm surges pose a serious threat to seawalls, and even produce devastating damage. [0003] As seawall construction standards become higher and higher, the existing coastal embankment projects will face the problem of insufficient protection standards. Some ecological seawall designs have been proposed in the process of seawall reinforcement meeting the standard in the prior art, but in fact only vegetation slope protection has been done, and the effect is far from the real plant wave dissipation measures. Some have also planted plant anti-wave fore...

AI Technical Summary

Problems solved by technology

Some have also planted anti-wave forests in front of earth embankments or seawalls with concrete protection, but the seawall body is not stable enough, and the speed of building embankments is slow

The technical defects of the existing technology are: poor ability to defend against storm surges, high difficulty and slow speed of construction and repair

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