Novel assembly type water plank road structure and construction method thereof

Abstract

The invention discloses a novel assembly type water plank road structure. The water plank road structure comprises a plurality of prefabricated plank road units arranged side by side in the plank roadextending direction, each prefabricated plank road unit comprises a plurality of prefabricated pile foundations and a prefabricated beamless plate, and the prefabricated pile foundations are arrangedon a river bank at intervals in a driving mode. A circle of lower steel plate is embedded in the position, except the pile top face, of the outer circumferential face of the pile top of each prefabricated pile foundation, the prefabricated beamless plate is arranged on the pile tops of the multiple prefabricated pile foundations, and an upper steel plate is embedded in the position, making contact with the pile top of each prefabricated pile foundation, of the lower plate face of the prefabricated beamless plate. During assembly, the lower steel plate on each prefabricated pile foundation iswelded and fixed with the upper steel plate corresponding to the precast beamless plate. The invention further discloses a construction method of the novel assembly type water plank road structure. The water plank road structure and the method have the advantages of short construction period, simple installation, good landscape effect, low temporary cost, reliable construction quality, small environmental pollution and the like.

Description

technical field [0001] The invention relates to the technical field of water conservancy engineering, in particular to a novel assembled water plank structure and a construction method thereof. Background technique [0002] In recent years, as people's demand for landscape and hydrophilicity continues to increase, a large number of hydrophilic plank roads have been used in water conservancy projects. Hydrophilic plank roads with steel structures have problems such as high cost, poor corrosion resistance, and poor durability, and are generally less used in water conservancy projects. The traditional cast-in-place concrete structure hydrophilic plank has been widely used due to its advantages of high rigidity and good integrity. The hydrophilic plank of this structure is usually constructed on water, and it is necessary to build a full house of scaffolding and formwork in the water, using the cast-in-place method There are many disadvantages in construction, such as long cons...

AI Technical Summary

Problems solved by technology

When pouring the upper beam slab 2, the traditional construction technology needs to go through steps such as binding steel bars, erecting formwork, pouring concrete on site, removing formwork, and concrete curing. There are many construction procedures, long construction period, high formwork cost, low labor efficiency, and weather There are many defects such as large impact and slow growth of concrete strength during winter construction

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