Installation and construction method of bucket arch in imitation of ancient Tang Dynasty buildings

Abstract

The invention discloses a tang-dynasty ancient architecture imitated bucket arch installing and constructing method. A bucket arch is a GRC bucket arch. The constructing method of the bucket arch comprises the following steps that 1, BIM modeling and design deepening are performed; 2, the bucket arch is manufactured; 3, a virtual reality technology is adopted to optimize a construction scheme; 4, the bucket arch is installed and positioned; 5, embedded parts are arranged after installation; 6, keels are installed; 7, GRC members are installed; 8, checking and inspection are performed. The construction difficulty of a bucket arch installing project is effectively reduced, the bucket arch installing progress is accelerated, and the construction quality of bucket arch installing is effectively guaranteed.

Description

technical field [0001] The invention relates to the field of building construction, in particular to a technique for installing and constructing bucket arches imitating ancient Tang buildings. Background technique [0002] With the development of society, people pay more and more attention to antique elements. With the continuous excavation and innovation of history and culture, more and more imitation Tang ancient buildings appear in our cities, as the bucket arches showing the architectural characteristics of Tang Dynasty , and are increasingly being used. [0003] At present, bucket arch components are generally in the form of a combination of concrete pouring components and wooden components. During installation, the concrete components are cast first, then the wooden components are installed, and paint is sprayed after repairing. Among them, wooden components are generally installed by nailing or glueing. [0004] With regard to the prior art, the pouring of concrete ...

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Problems solved by technology

[0004] For the existing technology, the pouring of concrete components is cumbersome and the accuracy is difficult to guarantee, and the production of wooden components is slow, and the stability is not high, the fire protection level is low, and the durability is not long

In the design process of prefabricated components, the actual production and installation of components cannot be fully considered. During the production and installation of components, there are often problems such as deviation between design and construction, and component collisions, resulting in failure to install components, re-production of components, or poor construction quality. Requires a lot of tinkering

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