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Contexte & Constraints
As part of the restoration of a historical chapel located in Auriol, near Montpellier, sensors DELTA L+, Pack Extenso and DELTA R have been installed to monitor the evolution of cracks and wall movements throughout the 18-month construction period.
This instrumentation, managed by experts, enables continuous monitoring through sensors connected remotely, with quarterly analysis reports to guide consolidation decisions.
CONSTRAINTS OF THE PROJECT
Monitoring Structural Changes
Detecting the evolution of cracks and wall movements in order to anticipate risks to the building's stability.
The impact of the construction work and external conditions
Assessing the effects of restoration interventions, climatic variations, and mechanical stresses on the chapel's structure.
Ensuring the safety of the building and the workers.
Ensuring continuous monitoring to prevent the risk of collapse and optimize the consolidation of the structure.
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Implementation Solutions
Feelbat has implemented a system that allows for precise, continuous, and remote monitoring of the movements and tilts of buildings and their structures.
Implementation of the DELTA L+
During the 18 months of work, 4 DELTA L+ crack meters were installed to monitor the evolution of cracks and analyze wall movements continuously.
Extension Pack to Go Further
Equipped with the Pack Extenso these sensors measure convergences and provide a detailed view of structural movements, with quarterly reports.
Remote monitoring
Remote monitoring limits human intervention, ensures continuous tracking, and provides alerts in case of anomalies, with automatic monthly reports.
Romain G.
"Thanks to FEELBAT, we have continuous visibility into the condition of our infrastructure. Real-time alerts allow us to anticipate issues before they become critical, and the continuous data provides us with precise analysis for informed decision-making. A true asset for the safety and durability of the structures!"
The
Result
By monitoring deformations, the expert can inform the staff and understand how the structure reacts to various stresses.
The precise measurement of convergence allows for the detection of potential issues before more serious and costly damage occurs.
In the long term, the data provided also helps ensure the safety of visitors by verifying that repairs have not caused damage to the building's structure.