Wireless SenSpot™ can be used for monitoring Timber Bridge Structures: •Measuring strain/stress in timber by Wireless Strain Gauge SenSpot™ •Measuring vertical displacement and deformation under loads by Wireless Displacement SenSpot™ •Obtaining load rating for timber bridges by
After a state-wide search for entrepreneurial movers-and-shakers across various industries that have the potential to become Maryland’s next business success story, Resensys was included in Maryland’s Future 20 start-up companies. The list included companies in industries as
Structural Health Monitoring could have provided alarm in bridge failure Resensys was in good company in the Summer 2020 issue of the ISHMII Newsletter, The Monitor, as the collapse of the bridge on the Magra River at
Industry Leadership Resensys’ inclusion in a group of 9 key players in the Global Structural Health Monitoring (SHM) Industry in The Insight Partner’s most recent global market outlook report reflects Resensys’ continued world-class product and research/ application
Project Preview (Monitored variables and members) Monitoring potential damage within section of the cables (main channel) runs along the levee Monitoring potential tampering/breaking of anchors (holding steel ropes) which hold main channel cables The resistance is monitored
Project Preview A high rise building’s load bearing concrete beam, which is suspended over a top floor terrace, was slowly deflecting over time. A fix was created to hold the deflecting beam. The fix is steel beams
Resensys will be exhibiting at 2020 Southeast Bridge Preservation Partnership (SEBPP) Annual Meeting, at Hot Springs Convention Center & Hot Springs Hotel , Hot Springs, AR March 24-26, 2020. Drop by exhibit hall booth # to visit our live
Resensys will be exhibiting at the International Bridge Conference (IBC) 2020 at the David L. Lawrence Convention Center Pittsburgh, PA June 8-10, 2020. Drop by exhibit hall booth #326 to visit our live products and breakthrough technology and learn about Resensys
Monitored Variables and Members: bearings rotation and strain in girders Bridge Structure: the steel girder bridge over the river consists 14 piers and 2 abutments. The bridge longest span is about 160 feet, and it is fracture
Monitored variables and members: piers tilt (incline; roll and pitch), water level of the river under the bridge, camera Bridge Structure: The two west/east-bound bridges over river consists 7 piers and 2 abutments. Continuous span girder