Bridge Expansion Joint Monitoring

Bridge expansion joints accommodate thermal expansion, contraction, and seismic movement in bridge structures, but these critical components require continuous monitoring to prevent water infiltration, corrosion, and structural damage. Nationwide bridge infrastructure faces varying climate conditions that create different expansion demands, from freeze-thaw cycles in northern states to thermal expansion in southern regions. Joint failure can lead to deck deterioration, bearing damage, and safety hazards for motorists.

Expansion joints are subjected to heavy traffic loading, de-icing chemicals, and environmental exposure that accelerate wear and create maintenance challenges. Conventional inspection methods often miss developing issues between scheduled maintenance visits, allowing small joint movements to cascade into major structural problems. Modern bridges with longer spans and complex geometries require sophisticated monitoring to ensure joint performance under dynamic loading conditions.

We provide comprehensive expansion joint monitoring using displacement sensors, tilt meters, and strain gauges that capture real-time joint movement and condition. Our nationwide deployment ensures consistent monitoring standards across different bridge types and environmental conditions, with automated alerts that notify engineers of any joint movement exceeding acceptable thresholds.