The flashing flow is a relevant multiphase phenomenon in many technical applications
including nuclear safety analysis, which has been the subject of intense research for several …

The capability of a homogeneous model to simulate steady and unsteady two-phase flows is
investigated. The latter is based on the Euler set of equations supplemented by a complex …

The seven-equation model for two-phase flows is a full non-equilibrium model, each phase
has its own pressure, velocity, temperature, etc. A single value for each property, an …

The present manuscript is devoted to study the theoretical analysis of pressure relaxation
time (PRT) of N-dimensional spherical bubble dynamics immersed in Fe3O4/H2O nanofluid …

Thermodynamic effects play an important role in the cavitation dynamics of cryogenic fluids.
Such flows are characterized by strong variations in fluid properties with the temperature. A …

A compressible, multiphase, one-fluid inviscid solver has been developed to investigate the
behavior of various cavitation models. A new source term for the mass transfer between …

ABSTRACT A review of the published work on the flashing of a two-phase flow system,
owing to a sudden depressurization of a compressed liquid, is presented. Of concern is the …

A compressible, two-phase, one-fluid solver has been developed to investigate the
behaviour of cavitation models including thermodynamic effects. The code is composed by …

Two-phase expansion is the process where a fluid undergoes a pressure drop through or in
the liquid–vapor dome. This operation was historically avoided. However, currently it is …

The paper addresses a two-temperature model for simulating compressible two-phase flow
taking into account diffusion processes related to the heat conduction and viscosity of the …