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Special issue on finite-size particles, drops and bubbles in fluid flows: advances in modelling and simulationsActa Mechanica -doi:10.1007/s00707-018-2352-7Marchioli, CristianVincent, StéphaneSpringer ViennaActa Mechanica
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Motion of gas bubbles and rigid particles in an oscillating fluid is of fundamental interest for the theory of various widely used technological processes, in particular, for the flotation process. Therefore, many studies have been concerned with this problem, some of those being undertaken by emine...
size particles are small enough that they can be described as points, (ii) we can directly employ data from experiments or high-fidelity DNS models, (iii) the model utilizes all the available physics for regions where data are not available, (iv) we have direct modelling of memory effects....
摘要: Some important results obtained by various investigators on the dynamics of gas and vapor bubbles are reviewed. The application of these results to the analysis of wave processes in liquid/vapor mixtures is examined. Thermal effects in the free oscillation of gas bubbles are analyzed....
Monitoring this shrinking process, we eliminate all but a single bubble in the whole cell to investigate the dynamics of a single bubble without interference from the other bubbles. The radius of a single bubble can be controlled by applying pressure. For example, we increase the radius of the...
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To understand of the effect of the fluid rheology (XG concentration), operational conditions (i.e. volumetric flow rate, inner cylinder rotation) and geometric configuration (eccentricity) on the fluid dynamics of partially obstructed horizontal annular systems, the axial velocity profiles simulated in...
(This article belongs to the Special Issue Computational Fluid Dynamics in Fluid Machinery)Download keyboard_arrow_down Browse Figures Versions Notes Abstract The two-fluid (Euler–Euler) model and large-eddy simulation are used to compute the turbulent two-phase flow of air and water in a ...