Assembling type anti-freezing ecological side slope retaining wall for bleak, wet and cold climatic region and assembling method

Abstract

The invention discloses an assembling type anti-freezing ecological side slope retaining wall for a bleak, wet and cold climatic region and an assembling method. The side slope retaining wall comprises a foundation pit slot formed in a pavement or a part, close to a side slope, of a side slope platform; a drain integration foundation is arranged in the foundation pit slot; a drainage ditch, a mortise and a drain pipe are arranged on the drain integration foundation; a first retaining wall building block and at least one second retaining wall building block are sequentially arranged on the sideslope from bottom to top; the bottom of the first retaining wall building block is assembled in the mortise; the bottoms of the second retaining wall building blocks are arranged at the top of the first retaining wall building block in a clamping manner; a drain layer is arranged among the first retaining wall building block, the second retaining wall building blocks and the side slope; cover plates are correspondingly fixed on the surfaces of the first retaining wall building block and the second retaining wall building blocks; a window hole and drain holes are correspondingly formed in eachcover plate; plant growth articles are arranged in each window hole; and telescopic anchor rods extending into the side slope are arranged in a manner of penetrating through the cover plates and thefirst retaining wall building block and the second retaining wall building blocks below the cover plates.

Description

technical field

[0001] The invention relates to the field of slope reinforcement and protection in geotechnical engineering, in particular to an assembled frost-resistant ecological slope retaining wall and an assembly method for damp and cold climate areas. Background technique

[0002] The rainy season is rich in rainy season and cold in winter in the humid and cold climate area, which makes the slope in this climate area have a huge water content and is prone to deformation and cracking due to frost heaving in winter. The slope retaining wall built in this climate area is resistant to freezing New challenges are presented in terms of flexibility, allowable deformability, and ecological aesthetics. The existing slope retaining wall construction generally adopts the method of on-site formwork pouring, but there are still the following unsolved problems:

[0003] First, the surface of the pouring retaining wall is uneven and there are often dense holes, which seriously affe...

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