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Contexte & Constraints
This project aims to monitor several strategic bridges to ensure the safety of the structures and occupants.
Detect the displacements and inclinations of the structure, whether caused by the dynamic loads of traffic, weather conditions, or foundation wear.
PROJECT CONSTRAINTS
Monitor structural instabilities
Detect cracks and deformations caused by applied loads, climatic variations, and structural fatigue phenomena to anticipate potential interventions.
Monitor the effects of construction work
Evaluate the impact of road and railway traffic flow and dynamic loads on the bridge's stability to anticipate any risk of imbalance or premature deterioration.
Ensure the safety of occupants and workers
Ensure continuous monitoring to prevent the risks of subsidence or failure, optimize preventive maintenance, and ensure the longevity of the structure.
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Implementation Solutions
Feelbat has implemented a system that enables precise, continuous, and remote monitoring of the displacements and inclinations of buildings and their structures.
Implementation of the DELTA L+
The DELTA R Monitors inclinations and deformations to anticipate structural instabilities and minimize the risk of collapse.
Implementation of the DELTA L+
Associate to DELTA L+, it allows for crack monitoring and provides a complete visualization of the structure to optimize maintenance, offering a comprehensive monitoring of the structure.
Remote monitoring
Remote monitoring minimizes human intervention, ensures constant tracking, and provides alerts in case of anomalies, with automatic monthly reports.
Maxime A.
"I chose FEELBAT for its competitive pricing, pioneering role, and strong relationship with the management. Their interface is attractive, and the product quality is outstanding. FEELBAT simplifies data processing and offers responsive customer service, setting it apart from the competition."
The
Result
Thanks to Feelbat's tools, the DIR can now anticipate potential changes in the bridge abutments, plan proactive interventions, and ensure the safety of users.
Real-time monitoring provides the necessary data for informed decisions regarding maintenance and upkeep.
Two-dimensional tilt data and temperature are recorded multiple times a day, at different times throughout the day.