Resensy’s wireless strain sensors (Strain SenSpot) and wireless tilt sensors (Tilt SenSpot) were used to monitor another fracture critical bridge in Maryland. The structural health monitoring based on Resensys SenSpot sensors system was deployed on bridge US522
In July 2016, AI Engineers was tasked by the Connecticut Department of Transportation (ConnDOT) to work with the Resensys team to add 8 more Wireless Strain SenSpot Sensors in addition to the 20 previously installed strain gauges. During this instillation
On the col morning of December 8th, 2015, Resensys team was brought to in New London, Connecticut along with a team of AI Engineers to deploy the Resensys Health Monitoring System on the Gold Star Memorial Bridge. Opened
On Sep 16th 2015, Resensys structural health monitoring system was installed on another major bridge in Maryland over US 50. A cluster of 8 strain and 8 tilt SenSpot sensors are monitoring the functioning of
The system installed on Aug 27th 2015, consists of 8 tilt and 8 strain SenSpot sensors and one SeniMax data logger and remote communication gateway. The main purpose of the installation is to monitor operation of the
These two bridges are being monitored for possible deflections of their round piers. Any inclination will be reported with an accuracy of 0.001 degrees.
Located close to Hagerstown, MD this bridge is local to us with less than 2 hours drive. The operation of the rocker bearings is being closely monitored. Some of them are suspected to be locked and a few
The renovation of a structure (e.g. a shopping mall) in Victoria revealed a number of structural problems which needed quick repairs. In this project, Resensys SHM system has been employed to monitor the performance of the structural
Resensys SHM solution was employed by HBM Engineering Group, LLC in this project for short-term monitoring of Tie Girder Strains of a steel tied arch bridge during Erection phase. Resensys system performs live data collection at the critical locations