From small ground deformations to major risks In geotechnical and structural monitoring, even a few millimeters can make the difference between stability and failure. Small ground deformations often represent the first warning signs of landslides, foundation settlement, retaining wall instability, or structural stress. If these movements are not detected early, they can evolve into critical failures with…
In geotechnical and environmental monitoring, choosing the right type of piezometer is essential for ensuring reliable data and safe decision-making. While all piezometers share the same goal—measuring pore water pressure in soils and rocks—their working principles, signal types, and typical applications vary significantly. Let’s explore the main differences between vibrating wire, electrical, and digital piezometers,…
In geotechnical and structural engineering, monitoring pore water pressure is essential to ensure the stability and safety of soils and rock masses. Among the most effective tools for this task are electrical and digital piezometers, which provide reliable, long-term data for infrastructure projects, hydrogeological studies, and landslide prevention. What are electrical piezometers and how…
