Home
About
Product
Cases
Solutions
Service
News
Contact
0755-86347753 EN
All
Materials Mechanics
Structural Mechanics
Safety Monitoring
Rail simulation fatigueDIC technology
Rail Simulation Fatigue DIC Test

Haytham DIC continuously acquires the entire test process — not only recording results at key stages, but preserving the whole timeline of damage initiation, propagation and evolution.

View Details
3D full-field strain measurementDIC technology
3D Full-Field Strain Measurement of Soil Tensile Test

Haytham's monocular 3D DIC, based on single-camera 3D reconstruction and DIC algorithms, continuously acquires and analyzes surface deformation features, obtaining 3D displacement fields and full-field strain distribution of soil during tension without contact.

View Details
3D full-field strain measurementCrack propagation
Crack Propagation Measurement of Concrete Block Under Compression

Through continuous image acquisition and correlation analysis of the block surface, Haytham DIC obtains full-field displacement and strain distribution during compression without touching the specimen.

View Details
3D full-field strain measurementThree-point bending test
Full-Field Strain Measurement of Concrete Specimen in Three-Point Bending

Through optical imaging and correlation analysis, Haytham DIC continuously tracks specimen surface features, obtaining full-field displacement and strain distribution during bending without contact.

View Details
DIC, vibration testing, full-field strain
Displacement Measurement and Reliability Verification of Large-Structure Shaking Table Test

In structural dynamics experiments, the research team used Haytham's monocular 3D high-speed DIC for full-field vibration measurement of a large-scale structural scale model. High-speed cameras were placed outside the model, capturing 3D motion information of the structure surface from multiple views synchronously without physical contact.

View Details
Lithium battery nail penetrationThermo-mechanical coupling
Lithium Battery Nail Penetration Test

Haytham integrates DIC full-field strain measurement with infrared thermal imaging under unified calibrated coordinates, observing temperature fields and strain/displacement fields simultaneously in the same coordinate system and time axis — extending characterization from a single quantity to multi-physics collaborative analysis.

View Details
Virtual strain gaugeDICDigital image correlation
Virtual Strain Gauges (DIC): Upgrading Strain Measurement from Bonded Gauges to Virtual Measurement Points

The virtual strain gauge is based on DIC algorithms rather than a physical sensor. The system computes high-precision displacement/strain from images before and after loading, creating virtual measurement points at any location on the specimen surface, with results available in real time or via post-processing.

View Details
Microscopic DIC measurementWire bending fatigue testing
Microscopic DIC Full-Field Strain Measurement of Earphone Cable: Locating Fatigue Weak Points Under Repeated Bending

Haytham's visual microscopic strain measurement system uses DIC to obtain minute displacement and full-field strain distribution of earphone cables during repeated bending, accurately locating strain concentration and fatigue weak regions — a reference for cable structure optimization, life assessment and failure analysis.

View Details
High-speed impact testingFull-field deformation measurement
Impact Test of Automotive Steering Wheel Column

As a core part of automotive safety evaluation, how the steering wheel column behaves at the moment of impact directly affects driver safety. How does Haytham's monocular 3D high-speed vision strain gauge help optimize structural safety?

View Details
×

iconDownloads

Submit Submit