Each instrument type and subtype is defined by its applications, the measurements it provides, monitoring capabilities, and data range. This classification ensures accurate selection for project needs and reliable performance in geotechnical monitoring.
Simple manual tool to measure changes in distance between fixed anchor points. Often applied in tunnels, slopes, or excavation sites. Reliable for periodic manual measurement programs.
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.
Fixed marker installed on a building or structure to monitor movement using surveying instruments. Data is typically collected with total stations or RTS systems.
Graphical displays that represent spatial data in two or three dimensions make complex information easy to interpret. They improve decision-making, collaboration, and situational awareness in projects.
Visual representations showing the difference between planned and actual project data, such as excavation progress or ground conditions. They help project engineers to identify deviations and guide corrective actions, reducing delays and mitigating risk.
Measures ground or structural vibrations to assess their impact on surrounding environments. It is critical for protecting sensitive structures, ensuring compliance, and maintaining safety during construction activities.
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