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Particle Image Velocimetry (PIV)

Laser-based flow visualization and velocity measurement systems for fluid dynamics research, combustion analysis, and aerodynamics.

6 products

2D PIV

Microvec

Particle Image Velocimetry (PIV)

2D PIV

Advanced integrated hardware and software system for the most demanding experimental fluid dynamics situations. Used from micrometers to 1 meter testing field or few mm/sec to 7Mach speeds as well as ability to observe flow in flames.

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AI PIV

Microvec

Particle Image Velocimetry (PIV)

AI PIV

Artificial Intelligence (AI) PIV is the newest unique innovation from Microvec. With the advances of artificial intelligence and ever wider adoption of deep learning techniques based on Convolutional Neural Network (CNN), common in the computer and machine vision worlds in recent years, PIV methodology based on deep learning has turned out to be very accurate. Microvec’ AI PIV is based on the optical flow neural network which has already proven itself in the computer vision community. It has been successfully applied to fluid mechanics and particle image velocimetry, where global and quantitative velocity field from images can be extracted with improved computational efficiency without reduction of accuracy.

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3D PIV

Microvec

Particle Image Velocimetry (PIV)

3D PIV

3D PIV system is based on the original 2D PIV system but uses the principle of stereoscopic imaging to add the third dimension. At least two sets of cameras view the test area from different angles and with the two sets of two-dimensional velocity vector components a third velocity vector component can be calculated within the test area. The image is first calibrated, and afterward this third velocity component can be evaluated.

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Tomo PIV

Microvec

Particle Image Velocimetry (PIV)

Tomo PIV

3D PIV system is based on the original 2D PIV system but uses the principle of stereoscopic imaging to add the third dimension. At least two sets of cameras view the test area from different angles and with the two sets of two-dimensional velocity vector components a third velocity vector component can be calculated within the test area. The image is first calibrated, and afterward this third velocity component can be evaluated. Microvec has been developing proprietary PIV technology and has been constantly improving and implementing new techniques and algorithms based on the latest research in the field since 2002. It has a history of constantly introducing new and innovative techniques and algorithms such as Pressure PIV in 2014 or Light Field PIV in 2017.

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PLIF

Microvec

Particle Image Velocimetry (PIV)

PLIF

Advanced integrated hardware and software system applying Planar Laser-Induced Fluorescence (PLIF) as an optical diagnostic technique used for flow visualization and quantitative measurements. PLIF can be used for temperature, concentration, pressure measurements and others.

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Time Resolved PIV

Microvec

Particle Image Velocimetry (PIV)

Time Resolved PIV

Time Resolved PIV (TR PIV) technique includes capturing frames at a high speed of hundreds or thousands of frames per second usually with high-speed cameras. Images are recorded at a series of time intervals and are subsequently processed to extract velocity information based on the time between the frames.

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