Structural movement is primarily measured using structural sensors.
Structural sensors are essential tools specifically designed to monitor various behaviors in buildings and other engineered structures. They are deployed across a wide range of applications, including:
- Buildings: Monitoring settlement, sway, or vibration.
- Engineered Structures: Checking bridges, tunnels, and dams for critical changes.
- Civil Engineering Structures: Observing large-scale public works.
- Historic Monuments: Preserving heritage by detecting subtle changes.
These sensors are used to track not only movement but also other critical parameters that indicate structural health:
- Movements: Detecting displacement or position changes.
- Deformations: Measuring changes in shape or size.
- Stresses: Assessing internal forces within materials.
- Strains: Evaluating the deformation of materials under stress.
According to the reference, a wide variety of structural sensors are available, which means that structural monitoring solutions can be tailored to meet specific project requirements and budget considerations. This adaptability ensures that the right type of sensor is chosen for the particular challenge being addressed.
