AbstractThe Riemann problem for a two-dimensional pressure-gradient system is considered. The initial data are three constants in three fan domains forming different angles. Under the assumption that only a rarefaction wave, shock wave or contact discontinuity connects two neighboring constant initial states, it is proved that the cases involving three rarefaction waves are impossible. For the cases involving one shock (rarefaction) wave and two rarefaction (shock) waves, only the combinations when the three elementary waves have the same sign are possible (impossible)
This work is devoted to the study of two-dimensional Riemann problem modeled by compressible Euler s...
Abstract: . For the system of equations of two-component, two-phase filtration, which in f...
Abstract. We prove the existence and uniqueness of the Riemann solutions to the Euler equations clos...
AbstractThe Riemann problem for a two-dimensional pressure-gradient system is considered. The initia...
AbstractWe study the two-dimensional pressure-gradient system, a subsystem of the two-dimensional co...
We are concerned with a two-dimensional Riemann problem for the pressure gradient system that is a h...
AbstractThis paper is a continuation of our first paper (J. Differential Equations, in press). In th...
AbstractWe study the domain of existence of a solution to a Riemann problem for the pressure gradien...
AbstractThe global existence and structure of solutions to multi-dimensional pressure-gradient syste...
The Riemann problem for two-dimensional gas dynamics with isentropic and polytropic gas is considere...
We are concerned with the Riemann problem for the two-dimensional compressible Euler equations in ga...
We study the Riemann problem for a model of three-phase fluid flow: liquid, vapor and a mixture of t...
AbstractThe Riemann problems for two-dimensional zero-pressure gas dynamics are solved completely wh...
AbstractThe Riemann problem for two-dimensional Chaplygin gas is considered for the case with three ...
In this paper we study one-dimensional three-phase flow through porous media of immiscible, incompr...
This work is devoted to the study of two-dimensional Riemann problem modeled by compressible Euler s...
Abstract: . For the system of equations of two-component, two-phase filtration, which in f...
Abstract. We prove the existence and uniqueness of the Riemann solutions to the Euler equations clos...
AbstractThe Riemann problem for a two-dimensional pressure-gradient system is considered. The initia...
AbstractWe study the two-dimensional pressure-gradient system, a subsystem of the two-dimensional co...
We are concerned with a two-dimensional Riemann problem for the pressure gradient system that is a h...
AbstractThis paper is a continuation of our first paper (J. Differential Equations, in press). In th...
AbstractWe study the domain of existence of a solution to a Riemann problem for the pressure gradien...
AbstractThe global existence and structure of solutions to multi-dimensional pressure-gradient syste...
The Riemann problem for two-dimensional gas dynamics with isentropic and polytropic gas is considere...
We are concerned with the Riemann problem for the two-dimensional compressible Euler equations in ga...
We study the Riemann problem for a model of three-phase fluid flow: liquid, vapor and a mixture of t...
AbstractThe Riemann problems for two-dimensional zero-pressure gas dynamics are solved completely wh...
AbstractThe Riemann problem for two-dimensional Chaplygin gas is considered for the case with three ...
In this paper we study one-dimensional three-phase flow through porous media of immiscible, incompr...
This work is devoted to the study of two-dimensional Riemann problem modeled by compressible Euler s...
Abstract: . For the system of equations of two-component, two-phase filtration, which in f...
Abstract. We prove the existence and uniqueness of the Riemann solutions to the Euler equations clos...