FSCDMM

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Force Structural Condition Detection and Monitoring System (FSCDMM) is a technology used to measure and manage structural deformation in civil and industrial structures. The technology is based on a combination of advanced sensors, computing platform and software. It can provide accurate and reliable measurement of displacement and strain, thus offering an effective way to evaluate the structural status and safety of a building.

FSCDMM Application Fields
FSCDMM can be applied in the field of civil engineering and construction to monitor and detect structural deformations in realtime. It can be used to detect and monitor movement of structures in riverbank areas, railway/road crossings, landslide-prone areas, bridge decks, piled foundations, culverts, dams, and embankments. In mining operations, FSCDMM can be used to precisely monitor massive rock movement and ensure the security of equipment and personnel. In urban construction, FSCDMM can provide realtime data about any structure, be it a building or a bridge.

FSCDMM can also be used in hydrology, meteorology, non-destructive testing of materials, and ocean engineering. The technology is also suitable for compaction and quality assessment in geotechnical engineering and highway engineering. It can also be applied to pipe inspection and monitoring in water resource engineering.

FSCDMM Working Principle
FSCDMM operates on the principle of direct sensing of structural motion. It uses sensors to directly measure the displacement and strain of a structure in response to physical or thermal loads. The sensors record signals and convert them into digital data, which is then processed within a computer system. The system can then be used to calculate the changes in displacement and strain over time. This provides a basis for measuring the structural characteristics and dynamic behavior of a structure.

Using displacement and strain measurements, the system can detect changes in the structural form. It can detect deformations in structures due to external loads, soil erosion, or thermal effects. It can also measure static and dynamic deformations that may be caused by structural failures, earthquakes, or settling of foundations.

FSCDMM can detect very small movements in structures, such as those due to temperature changes or ground motion. This means that the system can provide real-time information about the structural condition in order to detect potential risks. This can lead to better maintenance planning and greater safety, ensuring that structures remain sound and durable.

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