bridget DIC SOFTWARE

Software for Static Bridge Load Testing and Deformation Analysis

side view bridge measurement bendline scaled

Real-time structural response visualization
Thermal compensation of measured data
Advanced bridge deflection analysis
Engineering-ready results and reports

Description

Bridget DIC Software simplifies static bridge load testing by transforming measurement data into clear, actionable insights. Designed specifically for bridge applications, it combines real-time deformation monitoring, thermal compensation, and dedicated bridge evaluation tools within a single environment.

The software integrates data from multiple measurement locations, including side-view and under-bridge configurations, and provides a unified visualization of bridge behavior during loading. Engineers can monitor structural response in real time, evaluate thermally compensated results, and generate reliable outputs for bridge assessment and reporting.

Side-view measurement
Under-bridge measurement
Combined data visualisation (Bridge Visualisation)

Measurement Probes

Dedicated measurement tools help engineers capture, visualize, and evaluate bridge behavior during load testing and structural monitoring.

POINT PROBE is a basic measuring probe for displacement determination.

BEND LINE is a probe designed to measure displacements and deflections along a curve, enabling real-time visualization of the deflection distribution.

BRIDGE TOOL is a series of consecutive rectangles placed on repeating patterns of measured objects of known dimensions. Allows measuring deflection and sway.

ANCHOR POINT allows the isolation of displacements of other probes from displacements of the Anchor Point. It is intended for use with other probes.

LINE measures elongation and axial strain between two selected points.

LINE VALUE DISTRIBUTION provides a colourful strain visualization feature during real-time measurement.

Bridge visualisation

Bridge Visualization (BV) enables real-time visualization and evaluation of bridge deformation data during load testing. It provides a clear overview of structural behavior, including thermally compensated results, within a single interface.