Add to ORKGThe equation of conservation of mass and momentum for two-phase flows are derived by applying a generic averaging process. The properties of this averaging process are discussed. Constitutive equations are proposed for the interfacial force. In addition, simple assumptions are made for the Reynolds stresses and the fluid viscosity. These assumptions are examined for transition layers. Acesmion For NTIS GRA&
This thesis concentrates on the development work of a physical one-dimensional two-fluid model that ...
Some features of two recent approaches of two-phase potential flow are presented. The first approach...
The numerical prediction of two-phase flows with an interface is challenging, to a considerable exte...
Continuum modeling of two-phase flows can essentially be achieved in two ways. The first approach, t...
This study describes the development of a two-phase mathematical model for the pre-diction of disper...
A general classification of two-phase flows and a number of possible ways to formulate two-fluid mod...
The present work incorporates the effects of interface dynamics into the theoretical description of ...
Starting from the rigorous formulation of the conservation equations for mass, momentum and enthalpy...
this paper, we present three new results. The first is a new closure theory for all of the interface...
International audienceA fully hyperbolic and fully conservative mixture conservation laws that treat...
Based on the procedure of (Gray & Hassanizadeh 1998) we state macroscale conservation equations for ...
A formalism for developing multiphase turbulence models is introduced by analogy to the phenomenolog...
This book develops the theoretical foundations of disperse two-phase flows, which are characterized ...
iii Consider a mixture of two immiscible, incompressible fluids e.g. oil and water. Since the fluids...
International audienceTwo diffuse interface models for compressible two-phase flows including phase ...
This thesis concentrates on the development work of a physical one-dimensional two-fluid model that ...
Some features of two recent approaches of two-phase potential flow are presented. The first approach...
The numerical prediction of two-phase flows with an interface is challenging, to a considerable exte...
Continuum modeling of two-phase flows can essentially be achieved in two ways. The first approach, t...
This study describes the development of a two-phase mathematical model for the pre-diction of disper...
A general classification of two-phase flows and a number of possible ways to formulate two-fluid mod...
The present work incorporates the effects of interface dynamics into the theoretical description of ...
Starting from the rigorous formulation of the conservation equations for mass, momentum and enthalpy...
this paper, we present three new results. The first is a new closure theory for all of the interface...
International audienceA fully hyperbolic and fully conservative mixture conservation laws that treat...
Based on the procedure of (Gray & Hassanizadeh 1998) we state macroscale conservation equations for ...
A formalism for developing multiphase turbulence models is introduced by analogy to the phenomenolog...
This book develops the theoretical foundations of disperse two-phase flows, which are characterized ...
iii Consider a mixture of two immiscible, incompressible fluids e.g. oil and water. Since the fluids...
International audienceTwo diffuse interface models for compressible two-phase flows including phase ...
This thesis concentrates on the development work of a physical one-dimensional two-fluid model that ...
Some features of two recent approaches of two-phase potential flow are presented. The first approach...
The numerical prediction of two-phase flows with an interface is challenging, to a considerable exte...