Ultrahigh tower construction progress management system and method based on BIM technology

Abstract

The invention discloses an ultrahigh tower construction progress management system and method based on a BIM technology, and relates to the field of building construction management. According to the invention, progress management planning performance in a construction project is high, a BIM model is adopted, and traditional paper files and complex data records are abandoned, so that engineering progress is more intuitive and concise in performance; different color representations are set for different construction teams, so that the visualization effect is good, and the distinguishing performance is high; a monitoring module is further arranged, so that remote monitoring can be conveniently carried out by a progress management party, the situation of wrong report and false report of the construction teams can be found in time, and information gaps are reduced; for ultrahigh tower type buildings, smooth implementation of early-stage installation work of frameworks, formworks and the like can be effectively guaranteed, and the concrete foundation pouring efficiency is improved; and the material consumption amount of the construction project can be pre-judged, engineering material preparation is made for the construction teams in advance, and the completion efficiency of the construction project is further improved.

Description

technical field [0001] The present invention relates to the field of building construction management, in particular to a BIM technology-based super-high tower construction progress management system and method Background technique [0002] In the modern rail transit construction project management system, progress control, as one of the three major objectives of project control, is directly related to the overall benefit of the project and is also a means to ensure the success of the project. There is a relationship of unity of opposites among schedule control, cost control and quality control. An effective schedule control method should take into account the multi-objective coordination of project management, which is helpful to realize the control of the overall project goal. However, schedule delays often occur in the actual construction process of the project, and traditional schedule control methods cannot achieve coordinated control of schedule, cost, and quality. T...

AI Technical Summary

Problems solved by technology

However, in the current construction project schedule management process, there are still problems such as poor timeliness of construction information update, low degree of progress visualization, and poor information due to the spatial distance between the construction site and the schedule management terminal.

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