Wireless Strain Sensor Archive

Resensys Receives New Project to wirelessly Monitor Strain on Connecticut’s Largest Structure

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

Resensys High-Rate Strain SenSpot Sensors Deployed on Robert O Norris Bridge in White Stone, Virginia

On October 12th 2015, Resensys was tasked by the Virginia Department of Transportation to the Robert O Norris Bridge in White Stone, Virginia. Guiding traffic over Rappahannock River, the 50+ year old structure is nearly 10,000 feet

Resensys continoius strain monitoring SenSpot sensors for load-rating of Route 12 bridge over Mill Brooke, Connecticut

On the warm early fall morning of the 22nd of September, 2015, a team of AI Engineers were deployed along with the Resensys team by the Connecticut Department of Transportation to install multiple SenSpot high rate strain

Resensys Demos How Their Strain and Vibration SenSpots Work With Super Cool Model Truck Test

In this short demonstration, Resensys shows the functionality of their wireless sensors for remotely monitoring strain, vibration, tilt and inclination, displacement, temperature, and humidity on highway bridges. The sample bridge has a simple span and two piers,

Resensys Wireless Monitoring System Deployed on US 50, Maryland

    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

Resensys Wireless Monitoring System Deployed on US 29, Maryland

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

Resensys Wireless Monitoring System Deployed on Joppa Road, Maryland

In July 2015, on a gorgeous morning of early summer, a Resensys structural health monitoring system was deployed on a bridge on Joppa Road, MD. The system consists of tilt and strain SenSpot sensors. The main purpose of the

Monitoring Tie Girder Strains of a Steel Tied Arch Bridge During Erection

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