Fabricated concrete cooling tower and construction method

Abstract

The invention relates to a fabricated concrete cooling tower and a construction method. A traditional construction method is reverse formwork construction method or climbing formwork construction method and needs to complete at high altitude, and the degree of difficulty of high altitude construction is high, so that the construction period is relatively long. The fabricated concrete cooling towercomprises a foundation (1), wherein a tower wall (2) is connected to the upper part of the foundation, a top hoop (3) is connected to the upper part of the tower wall, and the tower wall adopts an fabricated structure; and stress components of the fabricated structure comprise horizontal concrete beams (4) and hyperbolic concrete columns (41) connected with the horizontal concrete beams, whereinthe hyperbolic concrete columns are cast-in-situ concrete columns from bottom to top in the shapes of hyperboloid bus bars, and a group of prefabricated plates (5) are sequentially embedded in the stress components along with the rise of the height of the cast-in-situ concrete columns to finally form a cooling tower shell; and a horizontal bottom beam (42) is cast in situ between the foundation and the prefabricated plates (5), the hyperbolic concrete columns (41) are cast in situ at the transverse connection positions between the prefabricated plates, and the horizontal concrete beams (4) arecast in situ at the height direction connection positions between the lower prefabricated plates and the upper prefabricated plates

Description

Technical field: [0001] The invention relates to a cooling tower, in particular to a hyperbolic cooling tower constructed by an assembled structure, and a construction method thereof. Background technique: [0002] The traditional construction method of the cooling tower is the inverted formwork construction method or the climbing formwork construction method. The main work of the above two construction methods needs to be completed at high altitude. Due to the relatively large diameter and height, the high-altitude construction is difficult, so the construction period is relatively short. long. Working at heights is dangerous, and personnel with qualifications and rich experience in working at heights must be required. In this way, it is difficult to form a relatively high-end construction team in a short period of time, and labor costs will increase accordingly. The prefabricated structure of the present invention aims to improve the long-standing backward situation of th...

AI Technical Summary

Problems solved by technology

Working at heights is dangerous, and personnel with qualifications and rich experience in working at heights must be required. In this way, it is difficult to form a relatively high-end construction team in a short period of time, and the labor cost will increase accordingly.

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