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A Computational Model for Cavitation Using Volume-of-Fluid Method

A Computational Model for Cavitation Using Volume-of-Fluid Method,M. Passandideh-Fard,E. Roohi

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A Computational Model for Cavitation Using Volume-of-Fluid Method   (Citations: 1)
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In this paper, unsteady 2D/axisymmetric simulations of cavitating flows are performed using a modified "Volume-of-Fluid" (VOF) method. Simulation of the cavitation is based on a homogenous equilibrium flow model. To predict the shape of the cavity, Navier-Stokes equations in addition to an advection equation for liquid volume fraction are solved. Mass transfer between the phases is treated as a sink term in VOF equation. The numerical method is used for different geometries in a wide range of cavitation numbers. Computed shapes of cavities were found to be in good agreement with those of the reported experiments. Simulation results also compared well with those obtained from analytical relations.
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