Ecological soil engineering structure of combined n-shaped building block

Abstract

The invention discloses an ecological soil engineering structure of a combined n-shaped building block. The ecological soil engineering structure comprises a structure body, a retaining wall foundation helping the structure body to achieve stabilization and a soil filtering and water draining system. The shoreline of the soil engineering structure is smooth, the design is ingenious, coordinated stress is achieved, stability is good, construction is fast, the soil engineering structure has the advantages of a water large-size integral planter, an underground semi-open ecological nest, double limiting measures and a good soil filtering and water draining effect, and the ecological soil engineering structure can adapt to revetments of different slopes, and meet the requirements for normal water level greening, underwater biology inhabitation and other comprehensive ecological requirements.

Description

technical field [0001] The invention relates to an ecological geotechnical structure, in particular to an ecological geotechnical structure of combined several-shaped blocks, and belongs to the technical fields of river revetment regulation, slope ecological restoration, landscaping engineering and the like. Background technique [0002] The harmonious coexistence of engineering construction and ecological environment is the construction concept of modern high-quality engineering. In recent years, people's awareness of environmental protection has gradually strengthened, and the requirements for urban landscapes have become higher and higher. Therefore, the ecological function of the retaining structure has also been greatly improved. Pay attention to. At present, many scholars and design workers have devoted themselves to the research on the ecological function of geotechnical structures, and have achieved some results, some of which have also been popularized and applied i...

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Problems solved by technology

However, there are often large differences between theoretical design and engineering practice, so many research results are difficult to achieve good application in engineering construction. Inaccurate, difficult to control the implementation process, lack of consideration of soil filter drainage function, small space for greening planters, closed underwater ecological nests and other problems, these problems have restricted the effective application and promotion of geotechnical structures. In view of this, a new type of geotechnical structure is urgently needed The ecological geotechnical structure to solve the above problems

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