2D/3D time-resolved PIV system
It is possible to compare with simulation data, improving calculation accuracy and verifying measured values!
"2D/3D PIV" is a fluid analysis system that mixes tracers into transparent air or water, which are usually not visible to the naked eye, to visualize the flow field. From the resulting images, it is possible to perform quantitative analysis of flow direction and flow velocity. In 2D PIV, the behavior of tracer particles illuminated by a light sheet is captured with a single camera, measuring the two-dimensional velocity distribution within a plane. In stereo 3D PIV, a wide light sheet and two cameras are used. The two cameras create a parallax in the depth direction due to the difference in shooting angles, and this difference is utilized to calculate the velocity components in three axes. [Features] ■ Flow analysis of wind tunnel tests ■ Flow analysis of combustion fields ■ Flow analysis in microchannels (Micro PIV) ■ Velocity analysis of sprayed fine particles *For more details, please refer to the related links or feel free to contact us.
basic information
【Other Features】 <Analysis Section> ■Koncerto II - Software for PIV analysis - Analysis results can be obtained in various forms such as velocity vectors, average velocity vectors, and standard deviations - It is possible to overlay each vector on the original image and display it with scale input - Real-time velocity vector display allows for easy condition setting ■Koncerto II LITE - A low-cost version with limited algorithms of Koncerto II (upgrade is also possible) *For more details, please refer to the related links or feel free to contact us.
Price range
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Applications/Examples of results
【Case Studies】 ■Industry: Automobile manufacturers / Automotive parts manufacturers / Heavy industry manufacturers / Biotechnology, etc. ■Subjects: Wind tunnel testing / Measurement of biological wing movement / Measurement around air conditioning / Noise-related measurements / Welding shield gas flow, etc. *For more details, please refer to the related links or feel free to contact us.
