Construction method of XPS block body inner die super-thick long-span floor system

Abstract

The invention belongs to the technical field of floor system construction, and relates to a construction method of an XPS body inner die ultra-thick long-span floor system. The construction method comprises the processes of die supporting frame construction, template erection, reinforcing steel bar and XPS block body inner die location, main beam, secondary beam and plate bottom reinforcing steel bar binding, installation engineering pipeline embedding, XPS block body inner die bottom portion anti-floating iron wire binding, XPS block body inner die manufacturing, XPS block body inner die placing, XPS block body inner die top portion anti-floating iron wire binding, panel reinforcing bar installing, concrete pouring and the like. The construction method has the advantages that an XPS block body inner die is capable of bearing the pressure of 1.5 KN / m<2>, anti-leakage and installation project construction is benefited, manufacturing cost is low, construction is convenient, construction progress is fast, and the XPS block body inner die is applicable to buildings with various spans and loads, especially applicable to long-span, large-load, large-space, multiple-demand and high-rise buildings like commercial buildings, supermarkets, multiple-layer parking lots, office building large-space meeting rooms and other public buildings, also applicable to civil buildings like hotels and large-bay residences, and further applicable to multiple-story or single-story industrial factory buildings, storehouses, garages and the like.

Description

technical field [0001] The invention belongs to the technical field of floor construction, in particular to a construction method for an ultra-thick and long-span floor with an inner mold of an XPS block. Background technique [0002] Ordinary cast-in-place concrete hollow floor structures have been widely used in public buildings and residential buildings with large spans due to their advantages such as light weight and small earthquake action, especially in basement roof structures. Hollow floor technology has become more common. The National Engineering Construction Standardization Association also issued the "Technical Regulations for Cast-in-situ Concrete Hollow Floor Structures" on April 1, 2005. This regulation makes more detailed regulations on the internal formwork, structural analysis, design regulations, structural requirements, construction and acceptance of ordinary hollow floor structures. It is stipulated in the regulations that the height of the inner mold o...

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