Add to ORKGAbstract: The numerical simulation results of several two-dimensional two-phase isothermal flows are presented in the paper. The mathematical model is based on earlier proposed modification of quasi-hydrodynamical equations for description of multicomponent multiphase model with surface effects. Simulation results show that description of interphase boundary evolution by aforementioned model is qualitatively correct.Note: Research direction:Mathematical modelling in actual problems of science and technic
Abstract: A computational-fluid-dynamics method solving Navier-Stokes equations and adopting a diffu...
The object of the present dissertation is a numerical study of multiphase flow of one fluid componen...
In this paper, implications of the quasi-steady approach to numerical solutions of two-phase flow pr...
Abstract: The present paper is devoted to further development of numerical algorithm for s...
Abstract: The paper presents a numerical algorithm for computing three-dimensional viscous...
Abstract: The paper is devoted to the development of numerical algorithm for simulation of...
In this paper a previously developed diffuse-interface method for numerical simulation of isothermal...
Abstract: In the preprint a calculation methodology for the modeling of two phase flows at...
Abstract: In the preprint a critical review of the methodologies for calculating of two ph...
Abstract: The work is devoted to development of an original mathematical model of filtrati...
Abstract: In this paper we derive qausihydrodynamic (QHD) equations for compressible visco...
A general formula for the second-order projection method combined with the level set method is devel...
A novel approach to the simulation of isothermal, turbulent two-phase (liquid/vapour) flow of one su...
Abstract: The paper focuses on the modification of the classical model of isothermal two-p...
International audienceBubbly flows occurring in nuclear power plants remain a major limiting phenome...
Abstract: A computational-fluid-dynamics method solving Navier-Stokes equations and adopting a diffu...
The object of the present dissertation is a numerical study of multiphase flow of one fluid componen...
In this paper, implications of the quasi-steady approach to numerical solutions of two-phase flow pr...
Abstract: The present paper is devoted to further development of numerical algorithm for s...
Abstract: The paper presents a numerical algorithm for computing three-dimensional viscous...
Abstract: The paper is devoted to the development of numerical algorithm for simulation of...
In this paper a previously developed diffuse-interface method for numerical simulation of isothermal...
Abstract: In the preprint a calculation methodology for the modeling of two phase flows at...
Abstract: In the preprint a critical review of the methodologies for calculating of two ph...
Abstract: The work is devoted to development of an original mathematical model of filtrati...
Abstract: In this paper we derive qausihydrodynamic (QHD) equations for compressible visco...
A general formula for the second-order projection method combined with the level set method is devel...
A novel approach to the simulation of isothermal, turbulent two-phase (liquid/vapour) flow of one su...
Abstract: The paper focuses on the modification of the classical model of isothermal two-p...
International audienceBubbly flows occurring in nuclear power plants remain a major limiting phenome...
Abstract: A computational-fluid-dynamics method solving Navier-Stokes equations and adopting a diffu...
The object of the present dissertation is a numerical study of multiphase flow of one fluid componen...
In this paper, implications of the quasi-steady approach to numerical solutions of two-phase flow pr...