Use high-resolution thermal imaging—triggered externally—to confirm CFD models and characterize the surface heat distribution from airflow in wind tunnel tests. Flir's advanced radiometric cameras can help you to collect next-to-real-time images with high accuracy.
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Supporting advancements across academic fields
Engineering, materials testing, life sciences, and more
Infrared Cameras for Academic and University Research
University-level research demands rigorous data collection. Whether the study requires high-speed infrared imaging, high-definition radiometric data, or the most accurate temperature data, Flir offers the thermal imaging solutions academics need to support their research.
Capture High-Speed Data for Dynamic Analysis
Flir's next generation infrared science cameras make it possible to record high-speed, full-frame data, so researchers can perform dynamic analysis across their entire target without losing areas of the frame to windowing.
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Perform Non-Destructive Testing with Precision
Flir cameras for non-destructive testing (NDT) can perform advanced testing to evaluate the properties of materials and components, find internal defects, and observe thermal differences on the target's surface.
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