The added mass coefficient of a dispersion of spherical gas bubbles in liquid
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Recent advances in well-posed Eulerian models for polydisperse multiphase flows
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2023, Chemical Engineering Research and DesignA multiphase virtual mass model for debris flow
2021, International Journal of Non-Linear MechanicsCitation Excerpt :For high speed multiphase flow or a rapid transient problem, virtual mass has crucial role, and therefore cannot be ignored [23,28]. There are significant study of virtual mass, but most of them were in the liquid-gas interfaces mainly in bubbles and liquids [25,34–39]. Most of these works took account of the virtual mass effects as the displacement of liquid when bubbles pass through it [34–36,40].
Fully resolved simulation of dense suspensions of freely evolving buoyant particles using an improved immersed boundary method
2020, International Journal of Multiphase FlowTwo-phase bubbly flow simulation using CFD method: A review of models for interfacial forces
2020, Progress in Nuclear EnergyCitation Excerpt :He found that virtual mass force increases with increasing the void fraction of bubbles due to the strong interaction between two continuous phase and dispersed phase. ( Biesheuvel and Spoelstra, 1989) numerically studied the virtual mass coefficient and developed the equation of virtual mass coefficient for spherical gas bubbles in bubbly flow regime. (Niemann and Laurien, 2001) computed the quadratic virtual mass coefficient with direct numerical simulation for the bubbly flow regime.
A quadrature-based moment method for polydisperse bubbly flows
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