Novel stepped component stress seawall

Abstract

The present invention discloses a novel stepped component stress seawall comprising a plurality of layered walls (6) which are arranged on a slope in parallel. The layered walls are gradually heightened in an upward direction along the slope. A step reservoir is disposed between every two adjacent layered walls (6), and the height of the step reservoir is the same as that of a shorter layered wall(6) outside. A valve is arranged on one of left and right sides of the step reservoir (12). A bottom end of the step reservoir is connected with one end of a water filling pipe (9), and the other endof the water filling pipe (9) is connected with a water suction pump (10). The water filling pipeline (9) is arranged below the layered wall (6). The novel stepped component stress seawall of the present invention is suitable for seas with low gradients and high probability of big waves and can weaken the wave energy and significantly reduce the destructive effect of the waves.

Description

technical field [0001] The invention relates to a seawall, in particular to a novel stepped stress-fraction seawall, which belongs to the technical field of novel seawalls. Background technique [0002] The seawall is a kind of water-retaining structure built on the ground in the coast and estuary area. Its function is to protect the coastal area from the tide and wave attack. The seawall is also the main engineering facility of the land reclamation project. A section of embankment is also often called a seawall. [0003] According to different embankment materials, seawalls can be divided into two categories: 1) earth embankments, and 2) earth embankments mixed with other materials (history, concrete, etc.). According to the size of the dike body section, seawalls can be roughly divided into three types: 1) slope type, 2) steep wall type, and 3) hybrid type seawall combining the two. [0004] Slope-type seawall can be divided into earth embankment and slope embankment wit...

AI Technical Summary

Problems solved by technology

There are two types: the upper part is a slope and the lower part is a steep wall or the upper part is a steep wall and the lower part is a slope. When the combination of up and down slopes is appropriate, the advantages of both the slope embankment and the steep wall embankment can be used to avoid their disadvantages. Where the waves are turbulent, the wave energy is relatively concentrated, and it is easy to be deformed and damaged, so it needs to be reinforced structurally.

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