Add to ORKGAbstract: The various truncated systems of the equations were obtained for the plane steady flows of the viscous compressible heat conducting fluid by the means of the Newton polyhedra. The automodelling solution of a certain such system is considered in the present preprint. This solution describes the asymptotic behavior of the flow at infinity in the plane diffuser provided that the Reynolds number is small and the Euler number is large. The approximate analytical solution was obtained for the case of the diffuser of the small angles.Note: Research direction:Mathematical problems and theory of numerical method
Existence and asymptotic behaviour of steady flow of a viscous barotropic gas in a pipe is analyzed
The system of quasilinear equations for symmetric flows of a viscous heat-conducting gas with a free...
Title: Mathematical analysis of equations describing the flow of compressible heat conducting fluids...
Abstract: It is considered the asymptotic behaviour of the solution to the whole system of...
Abstract: It was obtained some truncated systems of the equations for the axially symmetri...
Abstract: Power geometry is applied here for the first time to the system of partial diffe...
This volume introduces a systematic approach to the solution of some mathematical problems that aris...
This volume introduces a systematic approach to the solution of some mathematical problems that aris...
Abstract: The self-similar solutions to the equations of the viscous heat conductive gas f...
Studies of patterns of changes in hydrodynamic parameters of the viscous incompressible fluid in a c...
The flow in an asymmetric diffuser is computed with the non-linear V2F model suggested by Pettersson...
An incompressible, turbulent flow in plane diffusers is analysed in this paper. For calculation we u...
Abstract. This paper investigates the time evolution of the near-isobaric flow field produced in a g...
Abstract: We consider the viscous heat conducting gas steady flow caused by the motion of ...
This paper investigates the time evolution of the near-isobaric flow field produced in a gas after t...
Existence and asymptotic behaviour of steady flow of a viscous barotropic gas in a pipe is analyzed
The system of quasilinear equations for symmetric flows of a viscous heat-conducting gas with a free...
Title: Mathematical analysis of equations describing the flow of compressible heat conducting fluids...
Abstract: It is considered the asymptotic behaviour of the solution to the whole system of...
Abstract: It was obtained some truncated systems of the equations for the axially symmetri...
Abstract: Power geometry is applied here for the first time to the system of partial diffe...
This volume introduces a systematic approach to the solution of some mathematical problems that aris...
This volume introduces a systematic approach to the solution of some mathematical problems that aris...
Abstract: The self-similar solutions to the equations of the viscous heat conductive gas f...
Studies of patterns of changes in hydrodynamic parameters of the viscous incompressible fluid in a c...
The flow in an asymmetric diffuser is computed with the non-linear V2F model suggested by Pettersson...
An incompressible, turbulent flow in plane diffusers is analysed in this paper. For calculation we u...
Abstract. This paper investigates the time evolution of the near-isobaric flow field produced in a g...
Abstract: We consider the viscous heat conducting gas steady flow caused by the motion of ...
This paper investigates the time evolution of the near-isobaric flow field produced in a gas after t...
Existence and asymptotic behaviour of steady flow of a viscous barotropic gas in a pipe is analyzed
The system of quasilinear equations for symmetric flows of a viscous heat-conducting gas with a free...
Title: Mathematical analysis of equations describing the flow of compressible heat conducting fluids...