BRIDGE ENGINEERING / MONITORING

Structures spanning mountains and rivers, deserve lasting attention.

For bridge construction, operation, and maintenance, integrate strain, deflection, vibration, displacement, cable force, and environmental data in one platform, linking them to structural locations and operating conditions to build traceable structural health monitoring records.

Structural Strain Vibration Acceleration Deflection and Displacement Cable Force and Temperature

Discuss My Monitoring Plan

Illustration of a bridge engineering monitoring application — AI-generated industry scenario illustration · Not an actual customer case

Bring the Bridge Engineering Solution into Your Monitoring Project

Create Project Draft a monitoring plan

Understand the Field

First understand the site,
then organize monitoring data.

Monitoring data from different parts of a bridge, collected at different frequencies, needs to be interpreted within a consistent structural context. Temperature, wind, and vehicle loads also affect monitoring values, so not every fluctuation can be directly judged as structural damage.

WHAT TO MONITOR

What to measure, how to connect, and how to analyze it.

Core Monitoring Content Instruments and Data Sources Platform Analytics and Applications

Stress, Strain, and Cable Force Strain gauges, vibrating-wire sensors, and cable-force monitoring equipment

Organize data by main girders, bridge towers, stay cables, and bearings while retaining operating-condition information.

Deflection, Settlement, and Displacement GNSS, Hydrostatic Leveling Instruments, Displacement Meters, Total Stations

Track changes in structural geometry with unified management of initial values and reference datums.

Vibration and dynamic response Accelerometers and Vibration Data Acquisition Instruments

Ingest characteristic values and waveform data configured according to available capabilities to support frequency-domain analysis workflows.

Temperature, wind, and environment Temperature Sensors, Anemometers, and Cameras

Compare environmental conditions with structural responses to help identify changes in operating conditions.

Integrate sensors, monitoring instruments, and gateways from various manufacturers. Verify the device model, accuracy, protocol, and actual adaptation scope during the solution phase.

FROM SETUP TO DELIVERY

Keep monitoring projects running through professional workflows.

Create measurement point records by bridge component and structural location

Align sampling clocks, units, and data quality rules

Configure structural response analysis and multidimensional early warnings

Display linked information in 3D scenes and professional reports

DELIVERABLES THAT MATTER

See the process clearly,
and deliver results.

3D view of bridge components and measurement points

Structural Response, Trend, and Correlation Analysis

Anomaly review and equipment maintenance records

Monitoring reports for construction and operation phases

Technical Basis and Project Applicability Plans may reference the Chinese standard GB 50982, Technical Code for Monitoring of Building and Bridge Structures, and other applicable documents, and should be developed according to bridge type, design documentation, and operation and maintenance requirements. The scope of high-frequency data integration and analysis is to be confirmed based on the data acquisition equipment and project requirements.

International projects must determine monitoring plans based on the laws, standards, and owner requirements of the project location. The Chinese standards mentioned on this page are provided only to illustrate relevant engineering scenarios and do not represent direct applicability in other countries or regions.

QUESTIONS, ANSWERED

Bridge Engineering: Frequently Asked Questions

Let's work through your questions, from integration to delivery.

Discuss Project Requirements

Can it process high-frequency vibration data?

Feature-value or waveform data can be integrated based on project requirements. The sampling frequency, amount of data per transmission, storage period, and algorithm resources need to be confirmed during device commissioning.

Does the monitoring platform replace bridge inspection and assessment?

The platform supports continuous monitoring, data analysis, and anomaly notifications. Monitoring results can provide data to support inspections, testing, and professional assessments. Formal testing and appraisal must be carried out by the appropriate qualified professionals or organizations.

LET’S BUILD WHAT’S NEXT

Turn your site requirements, into a monitoring project that can be implemented.

Starting with the measurement items, devices, and delivery objectives for your bridge engineering project, we will work with you to develop a concrete solution.

Let's Discuss My Project