Bridge engineering management platform based on BIM technology

Abstract

The invention discloses a bridge engineering management platform based on a BIM technology. The bridge engineering management platform includes the following steps of S1, determining a BIM applicationimplementation goal, applying the BIM technology to realize fine schedule management of a project, and well operating an auxiliary project quality management system and a safety management system; S2, formulating modeling standards for a bridge engineering BIM model, and formulating BIM implementation standards which comply with management functions and management elements of a bridge engineeringproject according to the requirements of project management, mainly from model splitting rules, model naming rules, modeling depth requirements, model quality control requirements and model integrity. The bridge engineering management platform achieves the visualization and informationization of the whole construction process of the project through the BIM technology, improves the management level of young employees of the project, and improves the management level and maturity by 1 to 2 years. The auxiliary project construction progress management is refined and a semi-intelligent state is achieved. The auxiliary project quality management system and the safety management system are in good operation, and the construction and management of the project are done efficiently and accuratelyand in a rigorous and orderly manner.

Description

technical field [0001] The invention relates to the technical field of construction engineering, in particular to a bridge engineering management platform based on BIM technology. Background technique [0002] Based on the promotion and development of BIM technology, BIM technology has begun to affect the entire process of building construction. In bridge engineering and other fields, it is mostly limited to the management of scattered points such as single projects, lacking construction management and control methods throughout the process. In order to better realize on-site management and control, and to meet the needs of visual management and construction coordination, the application of BIM integrated management platform strengthens the construction process management, improves the management efficiency and accuracy of project progress, safety, quality, and production, and promotes BIM technology in the field. Developments in the field of bridge engineering. [0003] Th...

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Problems solved by technology

[0003] The bridge management platform that implements BIM technology in China has the following problems: most of them are characterized by modeling, display, calculation, collision detection and data statistics, and stay in the application of fragmented value points, or are typically characterized by the application of single engineering information

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