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Research on Quality Control and Efficiency Improvement of Prefabricated Concrete Structures in High-Rise Building Construction

Author(s)

Chen Xingui, Jiang Yan

Affiliation(s)

Xinjiang Production and Construction Corps Xingxin Vocational and Technical College, China

Abstract

The use of prefabricated concrete structures in high-rise buildings has become a primary method in building industrialization. This imposes strict requirements on verticality, component connection reliability, and construction efficiency during the construction process of high-rise buildings, necessitating research on prefabricated construction techniques. Starting from key stages such as the production of prefabricated components, transportation, on-site installation, and joint connections, the main factors affecting construction accuracy and efficiency are analyzed. Emphasis is placed on technical aspects such as high-precision positioning, cumulative control of installation deviations, and joint connection processes like sleeve grouting. By optimizing construction workflows and improving connection technologies, the construction process and overall structural stability of high-rise prefabricated buildings can be enhanced.

Keywords

High-Rise Buildings; Prefabricated Concrete; Construction Accuracy; Construction Efficiency; Joint Connections; Construction Efficiency Node Connection

References

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