Roctest's underwater RTF vibrating wire crackmeters, connected to an automated data acquisition system, is being used to monitor an auxiliary maintenance bridge with aging concrete footings that's showing non-critical cracks.
Roctest's underwater RTF vibrating wire crackmeters, connected to an automated data acquisition system, is being used to monitor an auxiliary maintenance bridge with aging concrete footings that's showing non-critical cracks.
Roctest's advanced monitoring instrumentation enables safe construction of Indonesia's Trans-Sumatra Toll Road by providing precise real-time measurement of soil pressure and movement during critical ground improvement work on unstable terrain.
Roctest protects billions in Indonesian dam infrastructure, providing continuous real-time measurement of structural safety across multiple National Strategic Project dams, preventing failures that could threaten communities and food security.
IMTT's Project Olive used Smartec's DiTemp Harsh+ distributed temperature sensing system to maintain continuous heating across 5.2 miles of pipelines transporting renewable fuels and heavy feedstocks through Louisiana's challenging terrain.
TELEMAC assisted BRGM in cavity monitoring in the south of France with tailor-made convergence rods to monitor deformations of overlay terrain and alert in the event of unusual movements.
A portion of the concrete lining of the SAN SALVATORE tunnel collapse in June 2017 due to water accumulation. It was decided to install distributed fiber optic sensors onto the tunnel liner for a continuous and automatic monitoring of the tunnel.
The monitoring system gives real-time data on the behavior of the concrete containment and its steel liner. Ensuring leak-tightness are traditional sensors (in particular vibrating wire) and fiber optic sensors.
