Construction method of flexible grid hanging stone ecological landscape retaining wall

Abstract

The invention relates to a construction method of a flexible grid hanging stone ecological landscape retaining wall. Firstly, a retaining wall reinforcement construction area is divided into an under-water retaining wall reinforcement region and an above-water retaining wall reinforcing region. In the under-water retaining wall reinforcement region, a galvanized plastic-coated steel wire is processed to form a flexible grid steel wire cage; qualified dimension stones are put into the flexible grid steel wire cage; subsequently a lifting machine is used for lifting the flexible grid steel wirecage to a stone cage position in the under-water retaining wall reinforcement region; simultaneously, a galvanized stone cage box is placed in the above-water retaining wall reinforcing region, is filled with the dimension stones and is sealed and covered by using a galvanized steel wire net; the galvanized steel wire net extends to be connected with the flexible grid steel wire cage below water so that the under-water steel wire cage and the above-water galvanized stone cage box are integrally connected as a whole; afterwards, gap positions among the dimension stones which are used for sealing the top are backfilled with cobble and planting soil; and aquatic plants are planted so that the retaining wall region and the natural ground are perfectly engaged, thereby guaranteeing the impact strength of the retaining wall and also achieving the effect of maintaining the harmony between the retaining wall and the surrounding environment.

Description

technical field [0001] The invention relates to the technical field of river bank construction, in particular to a construction method for revetment of an ecological landscape with flexible grid hanging stones. Background technique [0002] With the continuous development of ecological green construction in the construction industry, the country advocates the construction of ecological cities, and various lake island projects and coastal construction projects have been vigorously developed. Construction of buildings and structures near water usually leads to bank collapse and serious soil erosion due to water erosion and soil extrusion. Traditional revetment projects use rigid materials such as membrane bag concrete and masonry rubble. Although rigid revetments have better integrity and strong impact resistance, rigid revetments are used in landscape engineering, which has poor coordination with the coastal landscape and insufficient aesthetics. . Contents of the inventio...

AI Technical Summary

Problems solved by technology

Construction of buildings and structures near water usually leads to bank collapse and serious soil erosion due to water erosion and soil extrusion.

Traditional revetment projects use rigid materials such as membrane bag concrete and masonry rubble. Although rigid revetments have better integrity and strong impact resistance, rigid revetments are used in landscape engineering, which has poor coordination with the coastal landscape and insufficient aesthetics.

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