Looking for something? Unlock the construction industry’s latest buzzwords, trends, and technology with Maxwell GeoSystems’ dynamic glossary!
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.
Sensor that measures crack movement in structures by detecting changes in wire tension. Provides precise readings even in harsh site conditions.
Sensor measuring horizontal displacement within soil or fill materials. Commonly used for monitoring embankments and ground stability. Data helps evaluate settlement patterns over time.
Device that measures loads in anchors, struts, or supports using changes in vibrating wire frequency. Ensures safety by tracking applied and transferred forces over time.
Sensor that measures pore water pressure in soil or rock with high accuracy. Widely used in dams, foundations, and deep excavations. Provides stable readings even in harsh conditions.
Instrument used to measure soil or rock pressure against retaining structures or tunnel linings. Helps assess load distribution and safety. Often applied in tunnels, retaining walls, and dams.
Embedded or surface-mounted sensor that measures strain in concrete, steel, or rock. Widely used in geotechnical, civil, and structural projects.
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.
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.
Interactive, digital interfaces displaying real-time project metrics, analytics, and KPIs. They enable faster decision-making, improve transparency, and centralize critical operational insights for better project delivery.
Virtual Rail Sensors are digital tools that use geospatial and monitoring data to simulate rail alignment. They help detect settlement, track movement, and deformation trends without installing physical devices on the rails.
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.
The process of determining the quantity of material excavated, filled, or transported. It helps project engineers to support planning, cost estimation, and progress tracking in construction and mining operations.
This glossary provides clear, concise definitions of key concepts in construction and infrastructure management, helping readers understand the technologies, processes, and practices that shape the industry. It serves as a quick reference for both technical and non-technical audiences looking to stay informed in a rapidly evolving field.
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