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Titlebook: Advances in Critical Flow Dynamics Involving Moving/Deformable Structures with Design Applications; Proceedings of the I Marianna Braza,Ker

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Calving Management and Newborn Calf Caretially between the counter-clockwise and the clockwise oscillation mode. For the counter-clockwise mode, forcing at low amplitude decreases the flow three-dimensionality, with the wake becoming increasingly three-dimensional for transverse oscillation amplitudes higher than 0.25–0.30 cylinder diamet
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B. Hoffmann,I. L. Mason,J. Schmidtduced by the vortex shedding in the wake. These findings indicate that the ‘inviscid potential force’ due to the irrotational flow is embedded in the general viscous flow. However, we find that the hydrodynamic force in the streamwise direction exhibits fluctuations at twice the frequency of oscilla
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B. Hoffmann,I. L. Mason,J. Schmidtround the base surface of the upstream cylinder lead to the large vibration of the upstream cylinder. On the other hand, the gap shear layer interacts with the downstream cylinder which causes the change in the pressure distribution over the front and side surfaces, leading to the large vibration of
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https://doi.org/10.1007/978-94-009-9315-0nts were employed to study overall propulsion performance and the unsteady flow mechanism. The influence of space distance of bionic motion wings in schools on thrust performance and vortex structure were analysed further. The numerical results show that the average thrust coefficients of the wings
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M. A. Gonzalez-Palacios,J. Angelesas part of a prospective data collection effort. Two cases were simulated involving one female cognitively healthy control (CHC) subject, and one female subject with mild cognitive impairment (MCI) undergoing a period of high activity. Results showed visibly reduced blood perfusion, clearance of CSF
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