… simulation of multiphase flows, such as … simulation (DNS) of multiphase flows and a
mechanistically based, three-dimensional, four-field, turbulent, two-fluid computational multiphase …

… Multiphase flows occurring in nature and in technological … turbulent multiphase flows makes
direct numerical simulation … -simulation (LES) tools for dispersed multiphase flows starting …

… Numerical flow simulation utilising a full multiphase model is impractical for a suspension
possessing wide distributions in the particle size or density. Various approximations are …

… flow simulations that typical multiphase behaviors such as glugging and wetting can be
simulated … (over 4000 for interesting turbulent flows). While macroscopic solvers have dominated …

… The numerical simulation of multiphase flows is important to … by means of Direct Numerical
Simulation. It is continuously … processes, like the simulation of phase transition or turbulent …

Direct numerical simulations of homogeneous isotropic turbulence are used to investigate
the effects of turbulence on the transport of particles in gas flows or bubbles in liquid flows. …

… , we will briefly review numerical methods used for direct numerical simulations of
multiphase flows. Most success has been achieved using methods based on the so-called “one-field” …

… The presence of the dispersed phase makes both experimental measurements and
numerical simulations of turbulent multiphase flows far more difficult than those of single-phase …

… for direct numerical simulations of multiphase flow. Although direct numerical simulations,
or … to refer to computations of complex unsteady flows where all continuum length and time …

A compressible model able to manage incompressible two-phase flows as well as compressible
motions is proposed. After a presentation of the multiphase compressible concept, the …