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Bridge Structural Health Monitoring Cases

Bridge monitoring connects slow geometry change with traffic, wind, temperature and support conditions. The project stack uses GNSS, level gauges, tilt, stress sensors, vibration and weather data to support lifecycle maintenance.

GNSS · LEVEL GAUGE · TILT · WEATHER · CLOUD

GNSS Geometry

Main towers, piers and critical points can be tracked in north-east-up displacement.

0.01 mm

Level Resolution

Hydrostatic level gauges support high-resolution elevation trends.

24/7

Weather Correlation

Wind, temperature and rainfall explain part of structural response.

Lifecycle

Maintenance Decision

Trend-based monitoring supports maintenance planning rather than one-time inspection.

Case scope

What SoilCreate Monitors On Site

Bridge structural health monitoring must separate normal environmental response from damage-related change. GNSS tracks large-scale tower and deck geometry; hydrostatic levels track settlement and elevation differences; tilt and vibration sensors capture local response; VW sensors monitor stress where embedment or anchorage allows; weather stations provide wind, rainfall and temperature context for every alarm.

✓
Geometry plus environment
Displacement, settlement and tilt curves are reviewed against wind, rainfall and temperature instead of judged in isolation.
✓
Pier and foundation focus
GNSS, level gauges and inclinometers can be configured around piers, pile foundations and slopes near bridge approaches.
✓
Operational maintenance view
The cloud platform turns long-term data into trend, alarm and inspection records for bridge owners.

Data chain

Monitoring Chain Used On Site

Delivered projects are organized from monitoring targets to data quality, alarm rules and reporting outputs.

Tower / pier → GNSS + level → Tilt / stress → Weather → Maintenance

Representative projects

Delivered Monitoring Cases

These cases focus on monitoring targets, sensor combinations and the data logic used after delivery.

Long-Span Bridge

Baijusi Yangtze River Bridge

SoilCreate has served the Baijusi Yangtze River Bridge project, applying bridge health-monitoring methods around structural geometry, environmental correlation and long-term operation data.

Urban Bridge

Suzhou Wusong River Bridge

SoilCreate has served the Suzhou Wusong River Bridge project, providing continuous monitoring data to support bridge operation and maintenance decisions.

Implementation checklist

Delivery Checks Behind Reliable Data

The following checks are standard items in field delivery and long-term operation.

Delivery phase	Field check
Reference frame	Define stable reference points before interpreting bridge displacement.
Environmental baseline	Build temperature, wind and traffic context into the analysis period.
Owner reporting	Summarize trend, alarm events and inspection actions in one lifecycle record.