During the construction and use of bridges and large buildings, the stress, deformation, wind load and temperature change of the key parts of concrete or steel structure are all the factors that affect the health of the structure.Through long-term safety monitoring, the evolution of these parameters can be accurately and timely recorded and grasped, so that the structural durability can be judged.In recent years, with the increase of large buildings and the application of high technology, building health detection is developing in the direction of integration, automation, digitization and self-energy. The bridge safety monitoring system is a set of small monitoring which can work independently and be easily embedded in the bridge health system. 

Health monitoring of bridge structure is to analyse the change of structure over time by analyzing the data collected regularly, the health state of the structure will be determined by damaging sensitive eigenvalue. In the course of bridge operation, if the damage of bridge structure and its development trend can not be monitored in real time for a long time, it is difficult to find out the cause of disease damage in time, and it is more difficult to find out and eliminate the hidden danger of bridge structure in time.

The system can realize online monitoring and analysis of the following information:

1.Cable Force Monitoring (cable bridge)

2.Disturbance monitoring

3.Stress and strain monitoring

4.Vibration monitoring

5. Tilt monitoring
6. Temperature and humidity monitoring
7. Crack monitoring
8. Subsidence monitoring

Our company can provide sensors for bridge monitoring and data receiving and analysis software, monitoring data can be transmitted to the monitoring room through optical cable, bridge. data can also be transmitted to the monitoring cloud platform. G01NET engineering seismic and vibration monitoring system software has the functions of engineering characteristic analysis, engineering vibration intensity and vibration fatigue trend evaluation.