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Titlebook: Advances in Turbulence XII; Proceedings of the 1 Bruno Eckhardt Conference proceedings 20091st edition Springer-Verlag Berlin Heidelberg 20

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Introduction to Conformance Checkingto filter out speckles and to enhance accuracy of the longitudinal particle coordinates. In first measurements particle trajectories were measured and visualized together with fitted spline curves. A pronounced decrease of the standard deviation of the particle coordinates with respect to their spli
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Handling Noise and Incompleteness the main objections is the higher tracer density necessary for gaseous measurements [1, 2], resulting from higher characteristic speeds and smaller spaceand time-scales of the important flow structures. Nevertheless, the widely recognized interest of Lagrange-based measurements (such as PTV) for th
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Handling non-Fitness in PracticeThe final goal of this two-particle dispersion problem is to describe the probability density function (PDF) of the dispersion .(.), which gives probability to have a pair of particles whose relative distance is . at time .. L.F. Richardson made the first attempt to phenomenologically derive an equa
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Conformance Checking and its Challengesical flows. Pearson .. [5] used a Langevin model to predict that the mean square of vertical fluid particle displacements reaches a plateau with . in stationary stratified flows. Here, . is the vertical velocity fluctuation and N is the Brunt-Väisälä frequency. At long times, they predict that ., wh
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