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Abstract

Conventional bridge design and construction methods have been relatively mature, but the design results are mainly presented in the form of paper documents, and the digital application of design information in the stage of bridge construction and later operation and maintenance is difficult. Based on the existing standard system, this paper conducted a systematic study on the conventional bridge structure entity decomposition, BIM model information, classification and coding, and rules by components and terms, respectively, established the digital delivery standards for conventional bridge design information, and used Revit software to develop the rapid modeling software for conventional bridges. Combined with the digital delivery standards described in the paper, the relationship of key design information such as geometry information, attribute information, project quantity, and list item number with components and terms was studied, and the digital and structured storage of design information under the premise of meeting the needs of engineering construction was achieved. At the same time, the GIS platform was used to realize the integration of various types of design data, and the data flow channel of the construction management platform was opened up in the form of a network service based on the B/S framework. The research shows that the transfer of design results based on the digital delivery method described in this paper can meet the existing technical specifications, effectively ensure the accuracy and integrity of the transferred design information, realize the digital delivery of design results, adapt to the needs of multi-user parallel work in highway engineering construction, and significantly improve the efficiency of construction management.

Publication Date

11-24-2023

DOI

10.14048/j.issn.1671-2579.2023.05.024

First Page

141

Last Page

147

Submission Date

March 2025

Reference

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