PIV (Particle Image Velocimetry) is a flow visualization equipment that visualizes the flow pattern inside the flow field using optical principles and measures the flow velocity at multiple points at the same time.
After injecting a sufficient amount of tracer particles that follow the flow of the fluid into the fluid,
An image created by illuminating with a light source and continuously photographing tracer particles for a very short time
By analyzing, you get the velocity and direction (vector field) of the target flow.
PIV analysis is possible through this app if there is a video shot with a high-speed camera by illuminating a light source such as a laser on the flow containing particles.
In addition, if there is only a light source and flow with particles, the video taken using a smartphone camera can be
PIV analysis is also possible through.
After uploading the flow image to be analyzed, simple setting and filtering are performed.
You can check the average speed of the speed field in [mm/s].
The user manual can be found at the link below.
https://drive.google.com/file/d/12wHlJCEZByDG0LdgImfwVvwkluH1Qq6i/view?usp=sharing
2020-1 This is a comprehensive mechanical engineering design work at Hanyang University.
Team Members: Hyunji Lee, Seungho Choi, Jinsung Choi
Advisor Professor: Professor Simon Song
Assistant: Sungbin An, Woobin Song
After injecting a sufficient amount of tracer particles that follow the flow of the fluid into the fluid,
An image created by illuminating with a light source and continuously photographing tracer particles for a very short time
By analyzing, you get the velocity and direction (vector field) of the target flow.
PIV analysis is possible through this app if there is a video shot with a high-speed camera by illuminating a light source such as a laser on the flow containing particles.
In addition, if there is only a light source and flow with particles, the video taken using a smartphone camera can be
PIV analysis is also possible through.
After uploading the flow image to be analyzed, simple setting and filtering are performed.
You can check the average speed of the speed field in [mm/s].
The user manual can be found at the link below.
https://drive.google.com/file/d/12wHlJCEZByDG0LdgImfwVvwkluH1Qq6i/view?usp=sharing
2020-1 This is a comprehensive mechanical engineering design work at Hanyang University.
Team Members: Hyunji Lee, Seungho Choi, Jinsung Choi
Advisor Professor: Professor Simon Song
Assistant: Sungbin An, Woobin Song
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