Structural analysis is essential for understanding how components, assemblies and complete structures respond to mechanical, thermal and dynamic loading. Engineers use advanced optical measurement techniques to evaluate deformation, displacement, vibration, strain and failure mechanisms, enabling safer designs and more reliable products.
High-speed imaging, Digital Image Correlation (DIC) and motion analysis provide powerful non-contact tools for capturing structural behaviour with exceptional accuracy. Together, these technologies enable researchers to visualize transient events, quantify structural response and validate engineering simulations across aerospace, automotive, civil engineering, defence and industrial applications.
Conventional sensors often provide measurements at only a few discrete locations. Optical measurement techniques overcome this limitation by capturing the behaviour of an entire structure without physical contact. High speed cameras record rapid events such as vibration, impact and dynamic loading, while Digital Image Correlation provides full-field strain and displacement measurements across the complete test specimen.
Motion analysis software complements these measurements by accurately tracking rigid body motion, vibration, rotation and displacement, providing engineers with comprehensive quantitative data for structural evaluation.
Selecting the appropriate measurement solution depends on the size of the structure, loading conditions, required accuracy and test duration. High-speed imaging enables detailed visualization of dynamic structural events, while Digital Image Correlation provides precise full-field measurements of strain and deformation. Motion analysis software further quantifies displacement, vibration and movement throughout the experiment.
Together, these technologies allow engineers to validate finite element models, investigate failure mechanisms and optimise structural designs with confidence.
Image Systems' Digital Image Correlation solutions provide accurate full-field measurements of strain, displacement and deformation for both static and dynamic structural testing.
High speed cameras from NAC Image Technology and Fastec Imaging capture vibration, impact, dynamic loading and structural response with exceptional temporal resolution.
Image Systems' motion analysis software enables quantitative measurement of structural displacement, vibration, rotation and dynamic behaviour using advanced tracking algorithms.
High-speed imaging, Digital Image Correlation and motion analysis have become indispensable tools for modern structural analysis. By combining full-field optical measurements with quantitative motion tracking, engineers gain deeper insight into structural performance, improve product reliability and accelerate research and development.
Whether your application involves structural validation, vibration analysis, aerospace testing or civil engineering research, Orbidot Technologies can help identify the most suitable imaging and measurement solution for your requirements.
Contact Orbidot Technologies to discuss your application and receive expert guidance on selecting the right combination of high-speed cameras, Digital Image Correlation systems and motion analysis software.
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