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M. Honkanen, H. Nobach (2005)
Background extraction from double-frame PIV imagesExperiments in Fluids, 38
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On the velocity of ghost particles and the bias errors in Tomographic-PIVExperiments in Fluids, 50
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Full 3D-3C velocity measurement inside a liquid immersion dropletExperiments in Fluids, 51
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Digital holographic microscopy applied to measurement of a flow in a T-shaped micromixerExperiments in Fluids, 47
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Volumetric velocity measurements of vortex rings from inclined exitsExperiments in Fluids, 48
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A THREE-DIMENSIONAL PIV USING INTENSITY GRADIENTS OF A TWO-COLOR LASER BEAMMultiphase Science and Technology, 19
Spatial filter velocimetry (SFV) is extended to three-dimensional three-component velocimetry by coupling the SFV processing with a tomographic technique, which reconstructs three-dimensional particle distributions from stereoscopic particle images recorded by two cameras. Since time duration of a ghost particle traveling through an interrogation area of SFV is shorter than the transit time of a real tracer particle, a validation method of velocity data based on a particle transit time is used to eliminate ghost particles generated in the particle reconstruction process. Effect of a ghost particle on velocity evaluation is not significant due to the short transit time of a ghost particle. The developed system is applied to a free jet, and an impinging jet discharged from a circular pipe. Three-dimensional distributions of time-averaged velocity vectors of the jets are successfully measured by the developed tomographic spatial filter velocimetry (Tomo-SFV) in spite of using only two cameras. The peak-locking errors, which are apt to occur in particle image velocimetry measurements, do not appear in Tomo-SFV measurements.
Experiments in Fluids – Springer Journals
Published: Sep 14, 2013
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