Civil engineering project on-site management BIM system

Abstract

The invention provides a civil engineering project on-site management BIM system, and the system comprises a BIM data source which is used for collecting a variety of data from a civil engineering project site; a data processing module which is used for carrying out data processing and data fusion on the BIM data source; a management platform which is used for integrating engineering data and exchanging and sharing information; an application module which is used for receiving management data of the management platform to guide construction and transmitting the related data in the constructionprocess to the management platform to form shared information. The data of the BIM data source is subjected to information extraction through the data processing module to form building component information and progress and cost information; the information is stored in the data processing module and is fused to form BIM data information; the management platform is divided into an engineering data integration platform and an information exchange and sharing platform and can receive the BIM data information, and the application module adopts a BIM digital billboard and carries out type distinguishing and hierarchical processing according to a construction management WBS structure decomposition method.

Description

technical field [0001] The invention relates to the technical field of management systems, in particular to a BIM system for on-site management of civil engineering projects. Background technique [0002] With the rapid development of my country's economy and science and technology, the demand for urban civil engineering has reached unprecedented heights, and the construction industry has also ushered in further breakthroughs and development. Among the traditional civil engineering construction teams in my country, due to the relatively low level of education, most of their management models are extensive, and the traditional production funding and operation management models are still used. The production efficiency is low and the waste is serious. Questions include: [0003] (1) The two-dimensional design drawings of each major are relatively independent, which is not conducive to coordination and communication, often leading to collision problems, rework and delays, which...

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Problems solved by technology

[0003] (1) The two-dimensional design drawings of each major are relatively independent, which is not conducive to coordination and communication, often leading to collision problems, rework and delays, which affect the construction progress and increase construction costs;

[0004] (2) With the continuous development of the construction industry, the scale of construction projects is increasing day by day, the flow of funds is increasing, and the situation of construction subcontracting is complicated. Due to the disadvantages of traditional construction methods, the construction project department is out of touch with the construction site, and the progress of construction projects is not guaranteed. , The decline in cost control, the formation of isolated islands of information among the various participants, the inability to transmit and share information in a timely manner, frequent construction errors, affecting the project schedule and quality

[0006] However, in the prior art, there are many studies on the content and methods of information integration management, but there is no research on how to carry out information integration management on engineering projects, and most of the research on the application of information system integration theory in engineering projects focuses on engineering project process integration , integration of management elements, integration of participants, etc., there is little research on the information integration management of progress and cost in the construction process, there is no mature BIM system for civil engineering project site management, and there is no solution to how to visualize the construction of BIM technology and The advantages of the information management platform and the kanban management mode are introduced into the construction process, so as to solve the construction problems caused by the poor information transmission and the inability to share construction information in real time during the construction process

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