Introduction
Maintaining historic infrastructures like the Queensferry Bridge, built in 1890 and exposed to extreme weather, poses considerable challenges. IoT historic bridge monitoring systems enabled effective preventive maintenance, ensuring safety and stability without compromising the infrastructure integrity.
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Advanced sensor network to detect deformation and vibration
In 2020, an IoT sensor network was installed on Queensferry Bridge to monitor deformations and vibrations. These sensors provided real-time data on structural fluctuations caused by high winds and temperature shifts.
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Data acquisition and cloud-enabled analysis
The DAS stored data on cloud platforms, enabling engineers to access it constantly. Thanks to remote access, the maintenance team could monitor the bridge from afar, quickly responding to any alarms.
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Predictive analytics and intervention models
The analytical system, equipped with machine learning algorithms, identified patterns in the data indicating increased deformations in specific sections of the bridge. This predictive insight prompted the implementation of structural reinforcements before winter conditions worsened.
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Preventive maintenance for long-term safety and efficiency
With IoT monitoring, maintenance needs were anticipated, allowing proactive interventions that extended the structure’s life. These actions prevented major failures and reduced long-term operational costs.
Conclusion
IoT monitoring proved indispensable in managing the Queensferry Bridge, highlighting the effectiveness of predictive maintenance for preserving historic infrastructure safety. This case study underscores the importance of advanced technologies and accurate data management in protecting engineering heritage.
Explore Next Industries’ solutions
Next Industries offers both wireless and wired solutions for reliable long-distance data transmission, even in challenging environmental conditions. To learn more about our cutting-edge monitoring systems, designed to optimize your operation contact us at: info@nextind.eu
Source: www.teknoring.com