Particle Image Velocimetry(PIV)

Features

Introduction

Cases

Downloads

Particle Image Velocimetry(PIV)

Advantages

Focus on PIV measurement for 20 years

For hydrodynamics, hydrodynamics, wind dynamics and two - phase flow experiments
International advanced algorithm support

Participated in the International PIV Challenge and reached the advanced level
Expert-level consulting services

Customized solutions for special scenarios are communicated by the developer Doctor team one-to-one

Focus on PIV measurement for 20 years

For hydrodynamics, hydrodynamics, wind dynamics and two - phase flow experiments

International advanced algorithm support

Participated in the International PIV Challenge and reached the advanced level

Expert-level consulting services

Customized solutions for special scenarios are communicated by the developer Doctor team one-to-one

Academic History

Jun. 2012

Professor Ronald J. Adrian, the founder of PIV technology and an international authority on turbulence research, and a member of the American Academy of Engineering, visited us to guide the developmen…
Jul. 2014

Self-developed PIV algorithm participated in the 4th Lisbon International PIV Challenge and was recognized by international PIV experts such as Christian J. Kähler.
Sep. 2017

Published a monograph in the field of high frequency PIV, "Principles and Practice of High Frequency Particle Image Velocimetry System".
Aug. 2018

Self-developed PIV/PLIF coupling system application results published in Journal of Fluid Mechanics, a top journal of fluid mechanics.
Feb. 2020

The self-developed high-frequency PIV system successfully measured the turbulent energy spectrum and super-scale structure of open channels, and the related results were published in the Journal of Fl…

Full-field flow field vector measurements

Supports the measurement of three-dimensional flow velocity vectors for each measurement point of a three-dimensional body fluid in the velocity range 0 to 1000 m/s.

High precision 4 camera chromatography calibration technology

Uniform conversion of all camera images to a common coordinate system with sub-pixel accuracy for accurate volume reconstruction.

Flow field measurements at high spatial and temporal resolution

Supporting cameras up to 16 megapixels or 13K fps rate cameras at full resolution.

Precise time synchronization control

Multifunctional phase-locked operation of the PIV system with external synchronous signals through self-developed synchronous controller with time accuracy <1ns and time precision <1ns.

Measurement system

Applications

Aircraft Ship

Fluid Mechanics

Biomedical

Automotive Manufacturing

Aircraft Ship

Including but not limited to rocket launch tail flame observation, to aerospace special materials performance testing, from probe dynamics index measurements, to wind tunnel experiments under wind load.

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Fluid Mechanics

Focus on complex turbulence and engineering applications, multiphase flow, aerodynamics, micro and nano scale fluid dynamics, hydromechanical hydrodynamics, environmental fluid dynamics research direction.

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Biomedical

Biomedical microfluidic control, research on artificial bionic organs, sizing of cutting-edge medical devices, and cell-targeted therapy are all inseparable from the observation of high-speed cameras.

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Automotive Manufacturing

Comprehensive, systematic and professional high-speed vision solutions for automotive manufacturing, covering the whole chain of automotive processes from R&D to quality inspection.

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Cases