Our Application
Areas
Dams, Dykes and Ponds
Monitoring the behavioural changes of dams, dykes and ponds is very important. Early warning systems; leakage, stress and deformation measurements, etc. A real-time monitoring system designed with such capabilities makes the problems and risks that may occur in these structures avoidable. In dam engineering, dam, dike and pond monitoring devices should be used to monitor engineering behaviour at every stage of research, planning, design, construction and operation.
Mines
Monitoring systems play an active role in underground and surface mines. Critical data such as cavity water pressure, early warning sensors, monitoring of lateral and vertical ground movements, stability monitoring of mine tunnels, etc. are used to ensure traceability, safety, reduce operating costs and verify designs.
Tunnels
Monitoring systems in tunnels are frequently used before, during and after construction to monitor and maintain tunnel stability. With sensors such as strain gauges, piezometers, load cells, inclinometers, etc., highly sensitive monitoring systems can be installed and tunnel health can be monitored.
Transport Projects
Monitoring sensors installed on all kinds of transport lines such as railways and motorways ensure the stability and efficiency of the transport line. It monitors stresses, seismic movements and deformations in real time to prevent possible collapses, degradation and risks. This enables design verification and cost savings.
Building Health Monitoring
These are systems that provide real-time remote or on-site building monitoring via sensors to monitor the behaviour of structures and calculate the performance of the structure. Thanks to these systems, building risks can be calculated and early intervention can be made. Monitoring of building systems is very important for evaluating the current situation and assessing the availability for continued use. Building health systems include alarm and early warning elements for preventive and warning activities.
Ground Investigations
To monitor and understand ground behaviour, many monitoring systems can be designed. Vertical and horizontal inclinometers and inclinometer systems are frequently used to measure subsurface movements. Various piezometer measurements can be made for the measurement of cavity water pressure and ground water level. It can be used for monitoring the stability of natural slopes and slopes. Complex or simple systems can be designed with many sensors according to project needs. It takes an active role in determining the engineering parameters needed for geotechnical designs.
