Three-dimensional multidirectional beach reflection element and assembly and assembly application thereof

Abstract

The invention discloses a three-dimensional multidirectional beach reflection element comprising an outer ring surface, a through hole, a flaky splitting structure and a fin structure, wherein the through hole is arranged on the central axis of the outer ring surface, the flaky splitting structure is connected between the through hole and the outer ring surface, and the fin structure is arranged on the surface of the flaky splitting structure. The three-dimensional multidirectional beach reflection assembly is formed by connecting a plurality of three-dimensional multidirectional beach reflection elements which are arranged periodically in a way that small ones and big ones are spaced along the axis in series. In addition, the invention also provides the application of the assembly. The assembly of the invention can serve as the main body structure of a beach reflection floating jetty or a wave retardant structure, has the effect and benefit that the assembly can simultaneously produce beach reflection and stream movement retardant on three dimensionalities of axial direction, radial direction and circumference. The jetty formed by the wave retardant assembly can consume small-scale wave energy, reduce wave height after the jetty and retard stream speed. The jetty has simple structure, outstanding beach reflection effect, quick construction and easy movement, and building cost is reduced along with the increase of water depth; in addition, the jetty does not affect the circulation of sea water and is a jetty with wide application prospect.

Description

technical field [0001] The invention belongs to the field of marine engineering structures, and relates to a three-dimensional multi-directional wave-suppressing element, its component and its application. Background technique [0002] In order to prevent structures such as ports, docks, sailing ships, and breeding areas from being affected by large waves, breakwater structures will be built in engineering to make the sheltered waters have sufficient water depth and stable water surface. Floating breakwaters are usually wave prevention facilities composed of floating components and mooring systems made of metal, reinforced concrete and plastic materials. It has the advantages of fast construction, easy to move, no influence on seawater circulation, and less increase in construction cost with the increase of water depth. [0003] In recent decades, engineering researchers and designers have done a lot of research and design on floating breakwaters, and some structural forms ...

AI Technical Summary

Problems solved by technology

However, due to the limitations of the floating embankment structure, the wave dissipation effect is not ideal. Currently, it is mainly used in waters with large water depth and small waves or some places where temporary anti-wave facilities are required.

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