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CONSTRUCTION METHOD OF INTEGRATED REINFORCEMENT SOIL RETAINING WALL REPLACEMENT THAT IS SAFE FROM LATERAL LOAD DURING CONSTRUCTION AND INTEGRATED REINFORCEMENT SOIL RETAINING WALL INTEGRATED SHIFT THAT WAS CONSTRUCTED BY THE CONSTRUCTION METHOD
CONSTRUCTION METHOD OF INTEGRATED REINFORCEMENT SOIL RETAINING WALL REPLACEMENT THAT IS SAFE FROM LATERAL LOAD DURING CONSTRUCTION AND INTEGRATED REINFORCEMENT SOIL RETAINING WALL INTEGRATED SHIFT THAT WAS CONSTRUCTED BY THE CONSTRUCTION METHOD
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机译:施工方法施工方法施工方法,施工方法横向负荷安全,施工方法,施工方法施工综合围绕
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摘要
The construction method of the integrated reinforced soil retaining wall, which is safe from the lateral load of the reinforced soil during construction, while sharing the advantages of the reinforced soil retaining wall with good constructability due to ductility, and the reinforced soil alternation constructed by the integrated reinforcement retaining wall built by the construction method are initiated. . To this end, a first step of installing a sliding device for inducing the slip of the foundation concrete on the bottom surface of the original ground scheduled as an alternate construction site so that the foundation concrete can slide to relieve the soil pressure when the earth pressure is transmitted from the reinforced soil retaining wall, and the The second step of placing foundation concrete on the upper part of the sliding device and placing a wall on the upper part of the foundation concrete, and installing a front block on the bottom surface of the foundation concrete and the original ground located behind the wall, and inside the front block It provides a construction method of an integrated reinforced soil retaining wall, including a third step of constructing a reinforced soil retaining wall having a multistage reinforced soil body by embedding reinforced soil and inserting a reinforcement material into the reinforced soil. According to the present invention, since the ramen structure is not affected by the earth pressure acting in the transverse direction during the construction of the reinforced soil retaining wall, damage due to the earth pressure that may occur during construction is blocked even if the use period of the ramen structure elapses. Bridges with reinforced soil retaining walls are capable of excellent seismic design against earthquakes.
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