only a few microns thick, and even more difficult to align such a light sheet with the objective plane of the recording optics. There-fore, in micro-PIV experiments, the entire test section volume is illuminated with a cone of light emanating from the recording lens, instead of a commonly used light sheet. This limits the num-ber density of particles that can be used to trace the flow. If the particle density is too high, then background noise from out-of-focus particles will dominate the image and reduce the visibility of in-focus particles. If the particle density is too low, then stan-dard cross correlation techniques will fail to provide an adequate signal, causing the measurements to be noisy and sometimes unreliable. Since many of the...
Recently, microscale flows have been receiving large attention in various research areas. However, m...
A novel method is developed to improve the accuracy of micro-resolution particle image velocimetry (...
© 2018 Dr. Kristian Jack GraysonThe study of fluids and their behaviour has enabled society's exploi...
only a few microns thick, and even more difficult to align such a Downlight sheet with the objective...
Micro-particle image velocimetry achieves resolution as small as 1 µm3 by microscopically imaging fl...
We present an overview of Micro Particle Image Velocimetry (µPIV); an optical, non– intrusive measur...
Novel microscale velocity and temperature measurement techniques were studied based on confocal lase...
The micro-PIV technique represents a development of the general particle image velocimetry technique...
A micro particle shadow velocimetry (μPSV) system based on back-lit illumination and forward scatter...
Abstract: In microscopic particle image velocimetry (micro-PIV), correlation averaging over multiple...
none1noIn this work the recent significant progress made in the development and application of micro...
Micro Particle Image Velocimetry (PIV) is a non-intrusive technique widely used nowadays to experime...
Abstract Micro PIV uses volume illumination; therefore, the velocity measured at the focal plane is ...
High quality PIV experiments in micro-channel flow geometries to get detailed and accurate flow meas...
A micro particle shadow velocimetry (mu PSV) system based on back-lit illumination and forward scatt...
Recently, microscale flows have been receiving large attention in various research areas. However, m...
A novel method is developed to improve the accuracy of micro-resolution particle image velocimetry (...
© 2018 Dr. Kristian Jack GraysonThe study of fluids and their behaviour has enabled society's exploi...
only a few microns thick, and even more difficult to align such a Downlight sheet with the objective...
Micro-particle image velocimetry achieves resolution as small as 1 µm3 by microscopically imaging fl...
We present an overview of Micro Particle Image Velocimetry (µPIV); an optical, non– intrusive measur...
Novel microscale velocity and temperature measurement techniques were studied based on confocal lase...
The micro-PIV technique represents a development of the general particle image velocimetry technique...
A micro particle shadow velocimetry (μPSV) system based on back-lit illumination and forward scatter...
Abstract: In microscopic particle image velocimetry (micro-PIV), correlation averaging over multiple...
none1noIn this work the recent significant progress made in the development and application of micro...
Micro Particle Image Velocimetry (PIV) is a non-intrusive technique widely used nowadays to experime...
Abstract Micro PIV uses volume illumination; therefore, the velocity measured at the focal plane is ...
High quality PIV experiments in micro-channel flow geometries to get detailed and accurate flow meas...
A micro particle shadow velocimetry (mu PSV) system based on back-lit illumination and forward scatt...
Recently, microscale flows have been receiving large attention in various research areas. However, m...
A novel method is developed to improve the accuracy of micro-resolution particle image velocimetry (...
© 2018 Dr. Kristian Jack GraysonThe study of fluids and their behaviour has enabled society's exploi...