Analysis and Control of Measurement Accuracy of Super High-Rise Building Engineering

Abstract

AbstractSuper high-rise buildings have the characteristics of large investment, long construction period, various functions, complex system, super high structure, and difficult construction. In the early stage of project construction, sufficient analysis and research are required. According to the specific characteristics of the building, the surrounding environmental traffic, geology and hydrology, climate conditions and other conditions, combined with the subjective conditions of construction and construction, a comprehensive balance analysis is required to make various resource allocation plans and implement measures. In terms of dynamic deformation monitoring, through three technical means of measuring robot, high-frequency GPS, and photogrammetry, real-time monitoring and data analysis of buildings are carried out, and the deformation conditions of buildings are predicted in advance, and corrective measures are taken to realize the actual situation once. The research on the construction measurement technology of super high-rise buildings has a positive role in promoting the development of super high-rise building construction technology itself, and has also played a role in promoting and reforming domestic construction methods and construction concepts. Through the application research of this technology, it has reserved scientific and technological innovation talents for engineering projects and enterprises, and provided valuable experience for the construction measurement control of similar large-scale construction projects. It has significant technical, economic, and social benefits.