How the stadium was built

Abstract

The invention relates to a construction method of a stadium, comprising: dividing the stadium to be constructed into several layers sequentially from bottom to top, and dividing the stadium to be constructed into an inner area and an outer area from the inside to the outside along the ring direction; from bottom to top The outer area of ​​N layers and the outer area of ​​N+1 layers are constructed layer by layer, where N is 1, and then the inner area of ​​N layers and the outer area of ​​N+2 layers are constructed simultaneously; the outer area of ​​N layers and N+1 layers The materials are transported to the outer area of ​​the N+3 layer and the inner area of ​​the N+1 layer, and the outer area of ​​the N+3 layer and the inner area of ​​the N+1 layer are constructed simultaneously; the materials of the outer area of ​​the N+2 layer are transported To the inner area of ​​the N+2 layer and the outer area of ​​the N+4 layer, and synchronously construct the inner area of ​​the N+2 side and the outer area of ​​the N+4 layer; then make N=N+1 and execute S14, repeat this Step until construction forms the stadium. The invention effectively solves the problem of lagging resource turnover, optimizes the deployment of resources, saves costs, shortens the construction period, has high economic benefits, and avoids idleness and waste of resources as much as possible.

Description

technical field [0001] The invention relates to the field of building construction, in particular to a method for building a stadium. Background technique [0002] The structure of the stadium is generally trumpet-shaped. The part below the evacuation stairs is larger, while the part above the evacuation stairs is smaller. At present, most stadium construction methods are constructed layer by layer from bottom to top. However, due to the The volume of the lower part is large, and this construction method is likely to cause idle waste of resources. Often after the construction of the first floor is completed, because the concrete requires a long curing time, the materials of the first floor can only be turned over after the construction of the third floor. It is used for the construction of the fourth floor, resulting in a lag in resource turnover, and the canopy needs to wait until the overall construction of the stadium can be installed, which wastes costs and has a long co...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to overcome the defects of the prior art, provide a construction method of the stadium, solve the problem of resource turnover lag and late construction of the canopy, optimize the deployment of resources, save costs, advance the construction node of the canopy, and shorten the construction period. It has high economic benefits and avoids idling and waste of resources as much as possible

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