Biaxial Tensile Test of Composite Materials

In biaxial tensile testing of high-performance composite materials, accurately measuring the deformation behavior of the material under multiaxial stress is key to evaluating its mechanical performance. However, when faced with the complex stress states of composite materials, traditional measurement methods often struggle to provide sufficient accuracy and stability. With its innovative 3D measurement technology, the Haytham monocular 3D video extensometer brings a brand-new breakthrough to biaxial tensile testing of composite materials.

1. 3D Accuracy: Fully Capturing Complex Strain
Traditional measurement methods typically rely on contact sensors or 2D image analysis, which are prone to data distortion or loss when dealing with the complex strains in biaxial tension. Through 3D optical measurement technology, the Haytham monocular 3D video extensometer comprehensively captures the strain changes of composite materials in all directions under biaxial stress, ensuring that every subtle deformation is recorded accurately.

2. Non-Contact Measurement: Reducing Specimen Interference and Improving Data Reliability
Conventional contact measurement methods can easily disturb the specimen surface and may induce additional stress concentration, especially in composite materials, which are sensitive to surface conditions. The Haytham monocular 3D video extensometer adopts non-contact optical measurement, completely avoiding physical interference with the specimen. The measurement results are more reliable, and data consistency is greatly improved.

3. Multiaxial Synchronous Analysis: For Testing of Complex Stress Fields

Biaxial tensile testing of composite materials involves synchronous changes in a multiaxial stress field, which traditional equipment struggles to capture and analyze simultaneously. With its intelligent multiaxial synchronous analysis function, the Haytham monocular 3D video extensometer monitors and calculates stress-strain data in different directions in real time, delivering comprehensive and precise analysis results.

4. Efficient Data Processing: Real-Time Analysis and Fast Output

The Haytham monocular 3D video extensometer not only leads in measurement accuracy but also excels in data processing. The system processes the acquired 3D data in real time and rapidly generates detailed test reports, providing R&D personnel with immediate feedback and guidance.

Real-time video of X- and Y-direction displacement and strain

5. Wide Applicability: An Ideal Choice for Testing Various Composite Materials

Beyond biaxial tensile testing, the Haytham monocular 3D video extensometer also performs excellently in testing composite materials under other complex stress states. Its broad applicability makes it an ideal tool for testing all kinds of advanced materials, providing stronger support for scientific research and engineering projects.