Keywords
Digital integrated management and maintenance system
Component modules
Submitted : 2024-04-22
Accepted : 2024-05-07
Published : 2024-05-22
Abstract
Effective application of digital integrated management and maintenance systems is essential for successful operation and maintenance management of bridge projects. This article analyzes the application strategy of such systems. It provides an overview of comprehensive digital management and maintenance of bridges, an analysis of the basic components of the integrated management and maintenance system, and its application strategies. This study aims to offer guidance for the application of the system and to improve the quality of modern bridge engineering management and maintenance work.
References
Xu L, Dai W, Sun L, et al., 2023, Development of Bridge Maintenance and Management and Maintenance System Based on BIM. Engineering and Construction, 37(2): 412–415 + 432.
Pan S, Gong X, 2022, Application Analysis of Structural Health Monitoring System in Bridge Maintenance. Transportation Manager World, 2022(36): 129–131.
Hou N, 2022, Research on urban road bridge inspection and maintenance management information system. Science and Fortune, 14(16): 184–186.
Chen Y, Wang Q, Li H, et al., 2022, Research on the Overall Design and Management Function of Urban Bridge Group Maintenance System. New Industrialization, 12(5): 253–256.
Yang Y, 2022, A brief Discussion on Applying Structural Health Monitoring System in Bridge Maintenance. Urban Roads, Bridges and Flood Control, 2022(1): 145–147 + 170.
Li C, Su X, 2023, Research Status and Development of Intelligent Bridge Maintenance Management and Maintenance System. Urban Intelligence, 2023(23): 105–106.
Cheng Y, Zhou Q, 2023, Review of the Development of Bridge Management and Maintenance Systems. Engineering and Construction, 37(3): 825–826 + 830.
Dai W, Sun L, 2022, Research and Development Practice of BIM Information System for Suspension Bridge Maintenance of Maanshan Yangtze River Bridge. Modern Transportation and Metallurgical Materials, 2(4): 19–24.
Liao C, Li F, Yu X, et al., 2022, Design and Implement Intelligent Decision-Making Expert System in Bridge Monitoring. Modern Electronic Technology, 45(1): 110–113.
Yi T, Zheng X, Yang D, et al., 2023, Lightweight Design Method for Structural Health Monitoring System of Small and Medium-Span Bridges. Journal of Vibration Engineering, 36(2): 458–466.