Variable slope wave embedded ecological concrete block retaining wall system and construction method thereof

Abstract

The invention discloses a variable slope wave embedded ecological concrete block retaining wall system and a construction method thereof. The variable slope wave embedded ecological concrete block retaining wall system comprises wave embedded ecological concrete blocks, filling, reinforced pulling nets, cap beams, a foundation and retained soil. The wave embedded ecological concrete blocks are laid alternately from the bottom to the top in sequence. The filling is located at the back side of the wave embedded ecological concrete blocks. One ends of the reinforced pulling nets are connected tothe lower portions of the bottoms of the wave embedded ecological concrete blocks, and the other ends of the reinforced pulling nets penetrate through the filling and are located in the retained soil.The cap beams are arranged at the top ends of the wave embedded ecological concrete blocks. The foundation is arranged at the bottom ends of the wave embedded ecological concrete blocks and the bottom end of the filling. According to the variable slope wave embedded ecological concrete block retaining wall system and the construction method thereof, the bearing capacity of the foundation is effectively reduced, the concrete block structure is simple and unified, the concrete blocks can be interlocked by the own structures, the slope of the wall can be changed by adjusting the embedded lengthof the wave-type grid wall in the process of laying and assembling, through holes of the concrete blocks can be greened by grass vegetation, and the ecological effect is remarkable.

Description

technical field [0001] The invention relates to a variable-slope wave interembedded ecological block retaining wall system and a construction method thereof, belonging to the technical fields of civil engineering and retaining walls. Background technique [0002] At present, in the fields of transportation and water conservancy projects, the retaining wall structure is widely used, and its function is to prevent the deformation and instability of filling soil or soil mass. The traditional cast-in-place masonry or concrete retaining wall is limited by the construction environment and maintenance conditions during the construction process, and the construction progress is slow. Prefabricated structures can effectively shorten the construction period and cost. [0003] In addition, most of the current ordinary concrete steps are solid blocks, with poor water permeability, large amount of materials, and high cost. In recent years, under the guidance of the concept of sustainab...

AI Technical Summary

Problems solved by technology

For example: the application number is 201320810043.7, a kind of space staggered inter-embedded ecological block retaining wall, the retaining wall is composed of main inter-embedded ecological blocks, bottom auxiliary blocks and top auxiliary blocks, which are interlocked by the structure itself , but the retaining wall of the block is complex in shape, difficult to process, low in feasibility, and cannot solve the problem of slope change; the application number is 201710991936.9 The ecological slope protection block and its ecological slope protection, including the slope protection block body and the slope protection block Although the block combination has a certain sand-fixing function and certain ecological benefits, it still needs to wear steel ropes after the interlocking of adjacent ecological slope protection blocks to further improve the reliability of positioning. The construction is cumbersome, and the block structure is relatively complicated.

Images