Abstract
Bridges are crucial components of infrastructure, and comprehensive and effective monitoring is required throughout their entire lifecycle. This paper centers on the construction and application of the index system for bridge lifecycle monitoring. It presents the significance of such monitoring, details the design principles and key components like structural performance, environmental impact, and load-carrying capacity assessment indicators, along with data collection methods and sensor technologies. Conclusions affirm its importance for bridge safety, durability and serviceability. Future efforts should target intelligent, integrated monitoring and index system optimization to widen its use in bridge engineering.
Published Version
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