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addressed this problem through non-intrusive particle image velocimetry (PIV) to measure the unsteady velocity field. This provides an increase in spatial resolution of about 2 orders of magnitude relative
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-related transport phenomena all require precise knowledge of fluid flow dynamics. Advanced experimental methods such as Particle Image Velocimetry (PIV) and 3D Lagrangian Particle Tracking (LPT) provide
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-fidelity experiments (combined particle tracking velocimetry and particle image velocimetry) in a large wind tunnel here at Imperial College London, or high-fidelity numerical simulations. Up to two PhD
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optical techniques fail. At low void fractions, in the homogeneous and dilute regimes, techniques such as laser Doppler anemometry, hot-film anemometry, particle image velocimetry, particle tracking
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of their respective concentrations will be investigated and correlated with the velocity field recorded by PIV (Particle Image Velocimetry). In parallel with the use of standard post-processing methods, an innovative
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strategy to improve the turbulence detection and quantification. The flow turbulence and velocity in a vascular flow phantom will be measured by Particle Image Velocimetry (PIV), against which MRI data will
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, curved, and branched geometries. Advanced flow diagnostics will be employed, including planar and stereo particle image velocimetry (PIV) to resolve time resolved velocity fields, as well as pressure
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Technology (NTNU) for general criteria for the position. Preferred selection criteria Experience with state-of-the-art experimental fluid mechanics measurements (e.g., high-speed imaging, hot-wire, particle