Soil building reinforced wall and reinforcing method thereof

Abstract

The invention discloses a soil building reinforced wall and a reinforcing method thereof. The soil building reinforced wall comprises a soil wall body, a supporting structure, a tying structure and anet structure, wherein the supporting structure comprises a concrete wall body and a plurality of cobblestones, the cobblestones are embedded in the two wall surfaces of the concrete wall body, the tying structure comprises a plurality of tying strips penetrating through the interior of the soil wall body from top to bottom, and the net structure comprises two nets which are fixed to the two sidesof the soil wall body respectively. The soil building reinforced wall is additionally provided with the supporting structure at the bottom of the soil wall body which is of a stone structure, and thesupporting structure not only improves the supporting strength of the bottom of the soil wall body but also is waterproof and dampproof. The tying structure consisting of the tying strips penetratingthrough the interior of the soil wall body from top to bottom is additionally arranged in the soil wall body and enhances the integral strength of the soil wall body, so that the soil wall body is safer and more stable. The net structure is additionally arranged on the two side wall surfaces of the soil wall body and can prevent stone blocks from getting loose.

Description

technical field [0001] The invention relates to the technical field of earth building reinforcement, in particular to an earth building reinforcement wall and a reinforcement method thereof. Background technique [0002] Earth buildings with stone structures are not only warm in winter and cool in summer, healthy and comfortable, but also have the economic benefits of using local materials at low cost, reducing energy consumption and carbon emissions in indoor heat preservation and cooling, and more importantly, the construction process is energy-saving and environmentally friendly. Degradable and recyclable, recyclable, with excellent ecological and environmental benefits, it is a real green building, but the weight of the raw earth building is relatively large, the shear strength of the wall is low, and at the same time, it is also vulnerable to rain erosion , The disadvantages of poor durability and shock resistance. And at present, the mortar grade of the walls of stone...

AI Technical Summary

Problems solved by technology

However, the bottom of the earth wall is usually the most susceptible to rain erosion. When it rains, the bottom of the earth wall is soaked in rainwater, and the bottom bears the weight of the entire wall. Erosion is also difficult to repair, and it will collapse after a long time. The above-mentioned patent does not carry out targeted reinforcement measures for the bottom of the soil wall, and the protection ability of the reinforcement method is not high. In order to fix the steel wire mesh, this method not only did not increase the strength of the soil wall, but destroyed the integrity of the soil wall, and, in actual construction, this method required too much manpower and material resources, which was not worth the candle

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