DefleX-3D

DefleX®-3D is a three-dimensional digital image correlation (DIC) system designed to teach students how to accurately measure and visualise full-field 3D surface deformations, strains and displacements in materials and objects. This cutting-edge technology is a powerful tool for gaining insights that are difficult or even impossible to achieve with traditional measurement techniques.

The system uses two digital cameras to capture, record and measure small changes to a surface pattern on a specimen. These deformations are analysed to determine the strains the specimen is experiencing. This can be done in a point- or line-based manner, or across the entire surface area at once, providing full-field strain measurements. The software clearly visualises the data for better perspective and understanding of the physical processes at play. Additionally, data can be easily exported to the user’s analysis software of choice for further, more detailed analysis.

As a teaching tool, DefleX®-3D is simple to set up and easy to use. The user only needs to calibrate the cameras based on the testing scenario to begin collecting data immediately.

The system provides detailed deformation maps in real-time or during post-processing, making abstract concepts more tangible and easier to understand. It enhances student engagement with the subject matter by enabling interactive learning and providing immediate feedback.

DefleX®-3D emphasises the importance of experimentation and testing in relation to design, simulation and theoretical concepts. It improves retention of acquired principles compared to traditional lecture-based teaching methods.

By encouraging analytical reasoning, the system helps students hypothesize and draw conclusions based on experimental results, while fostering problem-solving and communication skills. Finally, DefleX®-3D introduces students to advanced, industry-standard technology, better preparing them for careers in engineering and research.

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