Seawall piled stone surface protection structure

Abstract

The invention relates to the technical field of seawalls, and particularly relates to a seawall piled stone surface protection structure. The seawall piled stone surface protection structure comprises granite piled stones, bagged broken stone cushion layers, geotechnical cloth, filling riprap, plain concrete ballast feet and riprap protection feet. The granite piled stones which can be reached by waterfront and are well-arranged are adopted, and the structure is simple and vivid; and when stormy waves come, the effects of weakening wave force and reducing wave climbing are achieved; in the daily life of tide fluctuation, the step-type arrangement waterfront accessibility can be used for tourists to have a rest, organic fusion of urban moisture (flood) prevention and waterfront landscape is achieved, and the riverside public space function quality and landscape quality are improved.

Description

technical field [0001] The invention relates to the technical field of seawalls, in particular to a rock-stacked surface protection structure for seawalls. Background technique [0002] As the first protective barrier to protect the safety of people's lives and property in coastal areas, the seawall bears the important responsibility of preventing tides (floods). In order to resist the invasion of storm surges and waves, seawalls should be External slope protection often adopts hard structures such as riprap and artificial prefabricated concrete blocks. The appearance is monotonous and rigid, and the landscape and hydrophilicity are poor. In order to enhance the connection between the urban area and the waterfront, and create a distinctive and multi-layered image of an international waterfront city, it is urgent to explore a beautiful, tidy, and accessible waterfront city on the basis of meeting the requirements of seawall tide (flood) protection. Seawall facing structure. ...

AI Technical Summary

Problems solved by technology

[0002] As the first protective barrier to protect the safety of people's lives and property in coastal areas, the seawall bears the important responsibility of preventing tides (floods). In order to resist the invasion of storm surges and waves, seawalls should be Hard structures such as riprap and artificial prefabricated concrete blocks are often used for outer slope protection. The appearance is monotonous and rigid, and the landscape and hydrophilicity are poor.

Images