AbstractThe purpose of this paper is to propose a simple (one or two parameter) multiphase flow model, suitable for the description of Rayleigh–Taylor and Richtmyer–Meshkov mixing layers. We justify model closure assumptions in this model by comparison to Rayleigh–Taylor and Richtmyer–Meshkov simulation data. We show that the relative errors related to model closure terms are about 10%, and are about two to four times smaller than related closure models of Abgrall and Saurel
Abstract. A new realization of the two-phase flow approach is presented and applied for the Rayleigh...
The population balance equation (PBE) can be used to model multiphase processes, where one or more d...
This paper presents a new, improved version of the K–L model, as well as a detailed investigation of...
AbstractThe purpose of this paper is to propose a simple (one or two parameter) multiphase flow mode...
Abstract. General closure recommendations for inter-phase interactions were developed using a large ...
A two-time-scale closure model for compressible flows previously developed is extended to turbulent ...
: We describe a generalization of a recently-proposed two-phase flow model for the statistical evolu...
Multiphase flow models1 have been proposed for use in situations which have combined Rayleigh-Taylor...
The authors describe a generalization of a recently-proposed two-phase flow model for the statistica...
Abstract. A multi-scale closure model for compressible mixing flows is developed. Transport equation...
Numerical flow simulation utilising a full multiphase model is impractical for a suspension possessi...
Abstract. We present a two-phase flow formulation for the statistical evo-lution of fluid mixing via...
Eulerian-Eulerian computational fluid dynamic models are used in the prediction of multiphase gas-li...
Multiphase flow models1 have been proposed for use in situations which have combined Rayleigh-Taylor...
This paper concerns an investigation of two different approaches in modeling the turbulent mixing in...
Abstract. A new realization of the two-phase flow approach is presented and applied for the Rayleigh...
The population balance equation (PBE) can be used to model multiphase processes, where one or more d...
This paper presents a new, improved version of the K–L model, as well as a detailed investigation of...
AbstractThe purpose of this paper is to propose a simple (one or two parameter) multiphase flow mode...
Abstract. General closure recommendations for inter-phase interactions were developed using a large ...
A two-time-scale closure model for compressible flows previously developed is extended to turbulent ...
: We describe a generalization of a recently-proposed two-phase flow model for the statistical evolu...
Multiphase flow models1 have been proposed for use in situations which have combined Rayleigh-Taylor...
The authors describe a generalization of a recently-proposed two-phase flow model for the statistica...
Abstract. A multi-scale closure model for compressible mixing flows is developed. Transport equation...
Numerical flow simulation utilising a full multiphase model is impractical for a suspension possessi...
Abstract. We present a two-phase flow formulation for the statistical evo-lution of fluid mixing via...
Eulerian-Eulerian computational fluid dynamic models are used in the prediction of multiphase gas-li...
Multiphase flow models1 have been proposed for use in situations which have combined Rayleigh-Taylor...
This paper concerns an investigation of two different approaches in modeling the turbulent mixing in...
Abstract. A new realization of the two-phase flow approach is presented and applied for the Rayleigh...
The population balance equation (PBE) can be used to model multiphase processes, where one or more d...
This paper presents a new, improved version of the K–L model, as well as a detailed investigation of...