Tel Aviv-Yafo, Tel Aviv District, Israel
My area of expertise is the experimental fluid mechanics and heat transfer, focusing on turbulence and complex flows. I specialize in Particle Image Velocimetry, 3D Particle Tracking Velocimetry, Infrared Imaging, Background Oriented Schlieren, Real-time image processing Research interests are: multiphase flows with additives: particles, bubbles, droplets, bio-organisms, dispersion, separation, aggregation and breakage. Applications in biomedical fields and biology - pulsating flows, reverse flows, aneurysms, branched pipe networks, as well as in motion and behavior studies of bio-organisms in turbulent flows. #experimental #fluidmechanics #fluid #mechanics #heattransfer #heat #transfer #piv #velocimetry #particleimagevelocimetry #particletrackingvelocimetry #particle #tracking #openptv #openpiv #3dptv #lagrangian #turbulent #turbulence #biomedical #flow
Following the kick-off meeting at Tel Aviv, the Open Source Particle Tracking Velocimetry (OpenPTV) software consortium has been founded. We hope to develop the next generation of the particle tracking velocimetry software and hope that all interested groups will join this initiative.
Matlab, Python, C++ open source software package management
Responsible for the curriculum and teaching programs of 600+ undergrads at the School of Mechanical Engineering.
Short sabbatical visit to the infamous St. Anthony Falls Laboratory, University of Minnesota, thanks to Prof. Michele Guala and Prof. Fotis Sotiropoulos. Working together with Michele on the temperature stratified turbulent flow under an oscillating grid, installing the four-view single-camera 3D PTV system, installing OpenPTV software (www.openptv.net).