The Significance of Environmental and Structural Monitoring in the Current Infrastructure Scenario
Bridges, tunnels, buildings, dams, and other such infrastructural systems form an important part of our lives. These systems facilitate the movement of millions of people every day, either for work or other purposes. However, the reality remains that such infrastructural systems face constant exposure to environmental factors, heavy loads, vibrations, and natural calamities.
In such a scenario, small problems in the structure of the infrastructural systems may pose significant risks to the entire system.
In such a scenario, the role of modern monitoring systems has become extremely significant. Organizations such as Enviro Structural Monitoring offer services that enable the real-time monitoring of the environmental factors affecting the infrastructural systems
What is Environmental Monitoring in Infrastructure?
The term environmental monitoring can be defined as the continuous monitoring of the environmental factors that have the potential of influencing the stability of infrastructure.
The modern systems of environmental monitoring have the ability to monitor the following environmental factors:
Air quality
Temperature and humidity
Wind loads
Groundwater levels
Soil moisture
Seismic activity
The above environmental factors have the potential of greatly impacting the stability of infrastructure systems. Modern technology in environmental monitoring systems enables engineers to respond promptly to changes in the environmental factors. For instance, changes in the weather or high groundwater pressure have the potential of weakening the foundations of infrastructure systems..
Understanding Structural Health Monitoring (SHM)
What is Structural Health Monitoring, also called SHM?
It is a technology for continuous monitoring of structures.
Unlike relying on mere observation of structures, SHM systems use sensors placed on the structures to keep an eye on critical parameters such as stress, vibration, displacement, and tilt.
If the sensors pick up unusual behavior in the structures, alarm can be sent immediately.
Some of the applications of SHM include:
Bridges and Highways
High-Rise Buildings
Tunnels and Underground Structures
Dams and Water Structures
Sensors That Make Infrastructure Monitoring Possible
Modern infrastructure monitoring has made possible by a range of specialized sensors that can measure precise information.
Some of these sensors include:
Strain Gauges
Strain gauges are sensors that measure stress and strains on a structure such as a beam or a cable. This helps understand how a structure reacts to certain pressures and stresses.
Displacement and Crack Sensors
These sensors measure displacements and crack formations on a concrete or steel structure. This helps to avert possible damage to a structure.
Accelerometers and Vibration Sensors
These sensors measure the vibration of a structure. This is particularly important for a structure located in an earthquake zone or a highly trafficked road.
Tiltmeters and Inclinometers
These sensors measure the tilt of a structure such as a tower, retaining walls, and hills. The slightest tilt can be a sign of a failing structure.
Integrated Monitoring Platforms: The Future of Infrastructure Safety
The modern monitoring systems are not just sensors; rather, the modern systems integrate environmental monitoring with structure monitoring.
The technologies that the integrated platforms use include:
Wireless Sensor Networks
Cloud-based Dashboards
AI-based Analytics
SCADA Systems
Digital Twin Technology
The modern systems enable engineers to monitor different systems in real time by using the single platform that integrates all the monitoring systems. The systems can also identify patterns that may cause failures in the systems.
Key Benefits of Smart Monitoring Systems
Advanced monitoring systems have numerous benefits for the management of infrastructure systems.
Early Detection of Risks
The sensors can identify stress, crack, or environmental hazards on the infrastructure systems.
Safety
The advanced systems can alert engineers in time in case of any structural problems.
Cost Savings
The systems can reduce the cost of emergency repairs.
Longer Lifespan of Infrastructures
The systems can increase the lifespan of infrastructures such as bridges, buildings, etc.
Better Decision Making
The systems can provide engineers with better information for informed decisions.
How Monitoring Technology Supports Smart Cities
As cities are becoming smarter and more interconnected, infrastructure monitoring is becoming an important aspect of smart city development.
Smart monitoring systems enable city planners to monitor their entire city's infrastructure. Environmental monitoring and structural health monitoring can make cities a safer place.
These technologies can also support cities in their quest for sustainability.
Conclusion
Infrastructure safety is vital in modern society. Our bridges, buildings, tunnels, etc., must function safely despite changes in our environment and heavy use.
