... 2011 casting cold working contact angle flow visualisation fluid oscillations nozzles two-phase flow wetting metal casting meniscus dynamics water modeling flow-induced oscillations The problem of flow over a backward facing step where the step face is spanned by a liquid...

... in changes in pressure and shear forces and, thereby, aerodynamic forces and moments on the vehicle. aerodynamics external flows flow simulation fluid oscillations 24 03 2011 06 10 2011 20 12 2011 20 12 2011 2011 by ASME ...

... of the primary bubble while wavy patterns in the velocity, pressure, and void fraction fields propagate in space and time. 18 02 2011 30 09 2011 20 12 2011 20 12 2011 bubbles flow simulation fluid oscillations mixtures two-phase flow multiphase flow bubble dynamics bubbly...

... time-frequency distribution adaptive estimation blades fast Fourier transforms flow visualisation fluid oscillations impellers Poiseuille flow pressure transducers pulsatile flow pumps rotational flow time-frequency analysis 08 05 2011 25 08 2011 04 10 2011 04 10...

... combustion combustion equipment flames flow instability flow visualisation fluctuations fluid oscillations pressure measurement shear flow vortices swirl instabilities pressure fluctuations Swirl flow combustors and swirl stabilized combustion are extremely common in industry...

... version of this paper appeared as FEDSM2009-78046 in Proceedings of ASME 2009 Fluids Engineering Division Summer Meeting, Vail, Colorado, USA, August 2–5, 2009. flow simulation fluid oscillations laminar flow numerical analysis shapes (structures) vortices wakes 05 09 2010 13 07...

... of inhaled therapeutics. lung acini alveolus generation flow patterns particle transport particle deposition toxicological inhalable therapeutics bifurcation flow visualisation fluid oscillations lung pattern formation pipe flow pneumodynamics ventilation 02 03 2011 02...

... cavitation surge flat-plate cascade locally homogeneous model CFD blades cavitation compressible flow finite difference methods flow instability fluid oscillations jets machinery pulsatile flow pumps two-phase flow vortices 21 07 2010 07 02 2011 05 07 2011 05 07...

... measurement fluid oscillations Navier-Stokes equations numerical analysis propellers velocity measurement vortices wakes The prediction of fluid dynamic interaction between propellers and the hull is very important for the improvement of ship performance, with many implications...

... fluid oscillations rotational flow synchronisation thermodynamics thermodynamic effect cavitating inducer rotating cavitation surge mode oscillation Rotating cavitation in inducers is known as one type of cavitation instability. One kind of rotating cavitation is subsynchronous...

...% of the propulsion power. 27 10 2009 18 12 2010 17 02 2011 17 02 2011 cavitation drag reduction fluid oscillations friction ships Cavitation reduces the friction by decreasing the hull wetted surface but a significant resistance penalty usually appears because of flow...

... length on the oscillation frequency is investigated in particular. 28 08 2010 08 12 2010 13 01 2011 13 01 2011 channel flow eigenvalues and eigenfunctions fluid oscillations hydrophobicity slip flow oscillatory microchannel flow superhydrophobic surface effective...

... 06 2010 18 08 2010 18 08 2010 chemically reactive flow differential equations external flows fluid oscillations mass transfer mixing pipe flow pulsatile flow transforms The problem of pulsatile flow in a tube has received considerable attention. The classical work...

...-dimensional wall jet formed using a long square channel to determine what feature, or features, of the coherent structures cause the large lateral growth of this flow. boundary layer turbulence channel flow fluid oscillations jets stochastic processes 08 06 2009 16 03 2010 28 04...

... fluid oscillations Navier-Stokes equations walls The steady and unsteady fluid-structure interaction problems are present in numerous engineering fields such as in thermofluid systems, pumps, nuclear reactors, gas and hydraulic turbines, aeronautics, and other areas. This explains why...

... 22 04 2009 08 11 2009 17 02 2010 17 02 2010 bubbles drag flow visualisation fluid oscillations non-Newtonian fluids velocimeters video cameras bubble rising velocity non-Newtonian fluid drag coefficient correlation Physical properties of the solution...

... above 2. The results show that the lift is driven to a large extent by the acceleration of the oscillation rather than its velocity. This should be considered when modeling the fluid-structure coupling in reduced-order VIV models. drag flow simulation fluid oscillations Fourier analysis numerical...

... and a camera ( 2 ). unsteady flow flow measurement measurement-integrated simulation turbulence model flow simulation fluid oscillations orifices (mechanical) pipe flow turbulence 26 08 2008 06 08 2009 30 10 2009 The simulations are calculated for unsteady...

...-induced vibration. drag external flows fluid oscillations vibrations vortices It is well known that cylinders in steady cross flow shed vortices that create the periodic vortex street, as shown in Fig. 1 ( 1 ), and induce vibration of elastic cylinders such as pipelines, thermowells...

... fluid oscillation velocity on streaming distribution patterns are shown in Fig. 6 . The mean oscillation fluid velocity was calculated as u = 2 A f . Streaming flow profiles with mean oscillation velocities of 0.004 m/s and 0.016 m/s (Panel A: A = 0.2   mm , f = 10   Hz...