Bridges and Viaducts
Nationwide structural health monitoring for bridges and viaducts with real-time sensors and compliance reporting.
- Vibration Monitoring
- Strain Monitoring
- Deflection Monitoring
Request a sector consultation
Align your thresholds, instrumentation, and reporting with our PE-led team. We respond within one business day with tailored deployment options.
Bridges and viaducts form the backbone of national transportation infrastructure, carrying millions of vehicles daily while facing diverse environmental and structural challenges. From seismic zones in California to freeze-thaw cycles in northern states, these structures require comprehensive monitoring for safety and longevity. Traffic-induced vibrations, thermal expansion, foundation settlement, and material fatigue demand sophisticated sensor networks. Our nationwide deployment spans urban viaducts in major cities to rural bridges over waterways, providing transportation departments with data-driven insights for maintenance prioritization and safety assurance.
Popular Services in This Sector
Vibration Monitoring
Critical for detecting traffic-induced vibrations that can cause fatigue cracking and structural deterioration nationwide.
Strain Monitoring
Essential for measuring stress levels in bridge members under varying traffic loads and environmental conditions.
Deflection Monitoring
Important for tracking bridge movement that indicates structural health and load-carrying capacity across bridge inventories.
Thermal Monitoring
Key for monitoring thermal expansion and contraction that affects bridge joints and overall structural behavior.
Foundation Monitoring
Vital for detecting settlement or movement in bridge foundations that can compromise structural integrity nationwide.
Seismic Monitoring
Required in earthquake-prone regions for monitoring bridge response to seismic events and aftershock activity.
Frequently Asked Questions
How does monitoring help bridge safety nationwide?
It provides early detection of structural issues, enabling preventive maintenance that keeps bridges safe for millions of daily commuters.
What environmental factors affect bridge monitoring?
Temperature changes, moisture, seismic activity, and traffic loads all influence structural behavior across different climate zones.
How do you monitor bridges without disrupting traffic?
Wireless sensors and remote installations minimize lane closures while providing continuous structural health data nationwide.
What reports do transportation agencies receive?
Vibration analysis, strain reports, inspection recommendations, and priority maintenance schedules for bridge networks.
Example of Our Capabilities
Sector Type
Bridges and Viaducts
Situation
Urban viaduct shows increased vibrations from heavy traffic and needs structural health assessment
Our Approach
Install accelerometer network, deploy strain gauges on key members, establish vibration thresholds
Expected Outcome
Real-time bridge health dashboard and automated maintenance alerts for transportation departments nationwide