Structures designed to restore groundwater by allowing surface water to seep into underground aquifers. In tunneling projects, they are used to offset dewatering impacts and maintain groundwater balance.
A series of micro-electro-mechanical tilt sensors linked in a chain to monitor deformation profiles underground. They provide continuous, automated readings ideal for long-term ground or structural movement studies.
Sensor that records ground or structural vibrations in three directions, useful for monitoring construction impact. It also helps detect early signs of structural distress or instability.
Chain of tilt sensors installed in boreholes to continuously track ground or structural movement. Provides real-time automated readings without the need for manual surveys.
Instruments measuring environmental parameters like temperature, humidity, wind, and pressure at project sites. Data supports safety planning and helps correlate weather with construction performance.
Digital models that calculate tunnel convergence from multiple sensor readings instead of single instruments. This allows engineers to track deformation trends without installing extensive hardware.
Sensor that measures crack movement in structures by detecting changes in wire tension. Provides precise readings even in harsh site conditions.
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