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Countries adapted for RC1
Structural health monitoring is one of the most important activities performed to check and assess the structural health of buildings. Fix and Go represents a modern and versatile static structural monitoring system. In the Fix and Go system the sensors are connected directly to the Internet. The data acquired is processed in real time into information that is easy to analyse and reuse and is available immediately on the web page of your application. The information is accessible through any PC, Tablet or Smartphone connected to the Internet.
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SHM Monitoring of the Lungarno Torrigiani in Florence
Through IoT structural health monitoring, it was possible to assess the current state of the embankment of the Arno and to prevent further structural failures and to ensure the safety of people and buildings close to it.
Problem
In the morning of 25 May 2016, a section of the embankment of River Arno in central Florence collapsed, sending part of the road and at least 20 parked cars into a newly formed ditch.According to firefighters, the cause of the subsidence was a large water pipe (about 80 centimeters in diameter) of the aqueduct breaking; the water leaking from the pipe had leached into the ground and caused erosion.
The situation was serious and there was considerable damage. At first, the emergency led to the interruption of the road traffic, the loss of water in a part of the city (a situation that affected the functioning of schools and services) and the removal of the cars that were involved in the collapse of the roadway.Once these first initial problems were solved we had to think about the reconstruction of the collapsed section of the Lungarno.
First, it was necessary to monitor the bank of the Arno to prevent any disruption caused by the collapse of the road surface. But there was a problem: on the side of the river where the chasm had formed, there was no source of electricity to use mechanical crackmeters.
Solution
The problem was solved by Pizzi Instrument S.r.l., Pizzi Terra S.r.l. and the Department of Earth Science of the University of Florence who collaborated together using our IoT structural health monitoring solution.
It is composed of a range of smart sensors and an intuitive software application, accessible remotely via PC, smartphone or tablet.
The sensors – displacement, inclination, humidity and temperature – are connected directly to the Internet. The data acquired is processed in real time into information that is easy to analyse/reuse and is available immediately on the web page of your application.
Thanks to our smart solution, we were able to rapidly provide data – conveniently accessible online – than is normally obtained via mechanical crackmeters.
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