This review considers data and models for CO 2 transport. The thermophysical properties of
CO 2 and CO 2-rich mixtures are needed as a basis for various models within CO 2 capture …

We are interested in multiphase flows involving the liquid and vapor phases of one species
and a third inert gaseous phase. We describe these flows by a hyperbolic single-velocity …

It is key in several industrial applications to accurately describe rapid depressurization of
liquid and dense phase states. Examples include refrigeration systems, nuclear reactor …

Within the framework of diffuse interface methods, we derive a pressure‐based Baer–
Nunziato type model well‐suited to weakly compressible multiphase flows. The model can …

We describe compressible two-phase flows by a single-velocity six-equation flow model,
which is composed of the phasic mass and total energy equations, one volume fraction …

During transient operation or when a pipeline is punctured or ruptured, a rapid drop in
pressure might occur. The depressurization rate depends on the ratio of the mass outflow …

This study presents a novel pressure-based methodology for the efficient numerical solution
of a four-equation two-phase diffuse interface model. The proposed methodology has the …

This study addresses the challenge of two-phase flow-induced vibrations (FIVs) in CO2
transport pipelines, which are crucial for safe operation of the pipelines and processing …

This paper presents a new thermodynamic closure formulation appropriate for the simulation
of subcritical multiphase flows, where two liquid/vapor components need to be considered …

We deal with the reduced four-equation model for the dynamics of heterogeneous
compressible binary mixtures with the stiffened gas equations of state. We study its further …