Urban underground comprehensive pipe gallery foundation pit support and underground structure external mold integrated structure and construction method
A technology for integrated pipe corridors and underground structures, applied in infrastructure engineering, underwater structures, excavation, etc., can solve problems such as reducing excavation space, occupying more municipal road width, affecting urban traffic and city appearance, and achieving Reduced excavation space and less impact on the surrounding environment
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Embodiment 1
[0052] Embodiment 1: As shown in the figure: according to the conditions of the surrounding roads and surrounding buildings, the comprehensive pipe gallery 11 with a cross-sectional size of 3000×4200mm is constructed by the open cut method. The buried depth of the bottom plate is 7m, and the soil condition is clay. C40 reinforced concrete with impermeability level of P6 uses HRB400 steel bars with a diameter of 12mm. Cushion layer 14 adopts 100mm thick C20 plain concrete. First, install the HDPE material formwork 3 of 3200×1500×20mm on two interpolated steels 2 arranged at a distance of 800mm. The formwork and the interpolated steels are connected by U-shaped bolts 12 with a diameter of 18mm. The U-shaped bolts use 10mm pads. plate; and then the tool piece is connected to the top of the two interpolated section steel 2 by bolts 13, forming a component unit at this time. Among them, the inserted section steel 2 adopts the type 40 inserted I-beam with a length of 8m; the tool p...
Embodiment 2
[0053] Example 2: As shown in the figure: the comprehensive pipe gallery with a section size of 3000×3000mm is constructed by the open cut method, the depth of the bottom plate is 6m, the soil condition is muddy soil, and C40 reinforced concrete with an impermeability grade of P8 is used in the design , which uses HRB400 steel bars with a diameter of 12mm. Cushion layer 14 adopts 100mm thick C20 plain concrete. Firstly, the formwork 3 of 3200×1500×20mm steel material is installed on two interpolated steels 2 arranged at a distance of 400mm. 10mm backing plate; then the tool piece 4 is connected to the top of the two interpolated steel sections 2 through bolts 13, forming a component unit at this time. Among them, the interpolation steel 2 adopts the interpolation H-beam of model 40#, and the length is 8m; the tool part 4 adopts the angle steel of 200×125×12mm and the steel plate of 500×800×20mm. Repeat the above process to complete all the component units required for constr...
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