2200℃ Biaxial Tensile Test of C/C Composite

Testing the mechanical properties of materials in extreme high-temperature environments places exceptional demands on test equipment, especially under the severe conditions of 2200°C. C/C composite materials, with their excellent high-temperature resistance and high strength, are widely used in aerospace and other fields. With its outstanding high-temperature measurement capability, the Haytham monocular 3D high-temperature video extensometer provides a reliable solution for biaxial tensile testing at 2200°C.

1. Innovative Speckle Fabrication and Hardware Optimization

Through standardized speckle fabrication and hardware operation procedures, Haytham Technology ensures the quality and stability of high-temperature speckles and prevents speckle detachment. In addition, its self-developed "high-temperature resistant optical path design" adapts to different furnace openings, solving the problem that binocular DIC cannot fit small high-temperature furnaces.

2. Combining Deep Learning with DIC Algorithms to Improve Measurement Accuracy

The video extensometer based on monocular 3D DIC technology combines deep learning with DIC algorithms to automatically mark the test object and achieve rapid recognition, maintaining high measurement accuracy even in extreme high-temperature environments. The self-developed surface treatment materials adapt to the needs of different substrates, ensuring the accuracy of measurement data under various temperatures and heating methods.

3. Solutions to High-Temperature Turbulence and Red-Light Interference

To address the turbulence and red-light interference common at high temperatures, Haytham's standardized high-temperature measurement solution effectively suppresses these effects, ensuring image clarity and data stability in high-temperature environments. Even under the severe conditions of 2200°C, the system still accurately captures the deformation behavior of the material.

4. Real-Time Data Analysis: Efficient Acquisition of Stress-Strain Curves

With the Haytham monocular 3D high-temperature video extensometer, testers can acquire and analyze data in real time during high-temperature tensile testing and quickly generate accurate stress-strain curves. This provides important support for research on the high-temperature performance of materials and helps advance scientific research and engineering projects.