Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 6 of 6 for “"micro PIV"”.
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Projeto, fabricação e ensaio de dispositivo microfluídico para separação de células sanguíneas baseado no efeito Zweifach-Fung
… and contribute to a low-cost manufacture of cell microsseparation based on the bifurcation law (or Zweifach-Fung Effect). The molds of the devices were manufactured in acrylic without the necessity of a clean-room and the microsseparations were molded in two different polymers: Urethane-Acriltato …
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Experimental Investigation of Micro-Channel Blockage Phenomena
… and a study of fluid and particle motion within micro-channels having a variety of cross-sectional geometries have been conducted over a wide range of flow conditions. A micro-channel can be blocked by particles in dilute particle-laden fluid, if they have a relatively high particle-to-channel …
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An experimental study of supercritical CO2 flow in pipes and porous micro-models for carbon sequestration applications
… CO2 was injected into two-dimensional porous micro-models saturated with water, which mimicked the process of injection and flow into saline aquifers. This flow configuration was studied using fluorescent microscopy and micro-PIV by seeding the water phase with fluorescent tracer particles, …
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Improvements in fluidic device evaluation using particle image velocimetry
… flow measurement capabilities within meso- and micro-scaled medically relevant devices using particle image velocimetry (PIV). Medical devices can be particularly challenging to validate due to small length scales and complex geometries, which can reduce measurement accuracy by introducing noise …
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MEASUREMENT OF AIR FLOW VELOCITIES IN MICROSIZED IONIC WIND PUMPS USING PARTICLE IMAGE VELOCEMITRY
The knowledge of the flow fields inside of microsized ionic wind pumps has become more important as the need for smaller and more efficient heat removal devices has increased. Understanding these flow fields will help optimize the ionic wind pumps. Non-intrusive microscale particle image velocemity …
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Red Blood Cell Aggregation Characterization: Quantification and Modeling Implications of Red Blood Cell Aggregation at Low Shear Rates
… analyze, understand and mimic blood behaviour in microcirculation. The main objective is to develop a methodology to quantify and characterize RBC aggregates and hence enhance the current understanding of the non-Newtonian behaviour of blood at the microscale. For this purpose, suspensions of …