Abstract: The structure of a supersonic vortex and its features depending on the Mach number M are described in this paper. The investigations are performed both in the near and far regions. Numerical and experimental data are compared. Numerical simulations were carried out in Keldysh Institute of Applied Mathematics RAS using parallel algorithms for turbulent flows simulating. The experimental part was carried out in Khristianovich Institute of Theoretical and Applied Mechanics SB RAS.Note: Research direction:Mathematical modelling in actual problems of science and technic
This paper investigates the influence of forward-swept wing (FSW) positions on the aerodynamic chara...
The paper presents the influence of the vortex flow features, in particular, the phenomenon of vorte...
Supersonic flow around the system of bodies (lattice wings, a wing near the shielding surface, blade...
Abstract: In this paper we present a wingtip vortex numerical study in the supersonic regi...
Abstract: The results of numerical simulation of supersonic flow in the wing wake and its ...
Abstract: A series of numerical and experimental studies was performed to reveal the flow ...
The investigation of a supersonic flow around a wing at the high angle of attack is of prac-tical in...
Transitional and turbulent supersonic wakes behind axisymmetric bodies with a blunt base are investi...
Abstract: The algorithm for numerical simulation of laminar flows over complex shaped bodi...
The near wake of a rectangular wing/engine configuration is investigated using numerical simulations...
Direct numerical simulation data of supersonic axisymmetric wakes are analysed for the existence of ...
Air flow in the wake region of a two-dimensional (plane) body with a blunt base has been studied usi...
Numerical simulations of the near wake of generic rocket configurations are performed at transonic a...
The present thesis mainly focuses on the numerical simulation of the turbulent flow field and acoust...
Numerical modeling of fluid flows, whether compressible or incompressible, laminar or turbulent pres...
This paper investigates the influence of forward-swept wing (FSW) positions on the aerodynamic chara...
The paper presents the influence of the vortex flow features, in particular, the phenomenon of vorte...
Supersonic flow around the system of bodies (lattice wings, a wing near the shielding surface, blade...
Abstract: In this paper we present a wingtip vortex numerical study in the supersonic regi...
Abstract: The results of numerical simulation of supersonic flow in the wing wake and its ...
Abstract: A series of numerical and experimental studies was performed to reveal the flow ...
The investigation of a supersonic flow around a wing at the high angle of attack is of prac-tical in...
Transitional and turbulent supersonic wakes behind axisymmetric bodies with a blunt base are investi...
Abstract: The algorithm for numerical simulation of laminar flows over complex shaped bodi...
The near wake of a rectangular wing/engine configuration is investigated using numerical simulations...
Direct numerical simulation data of supersonic axisymmetric wakes are analysed for the existence of ...
Air flow in the wake region of a two-dimensional (plane) body with a blunt base has been studied usi...
Numerical simulations of the near wake of generic rocket configurations are performed at transonic a...
The present thesis mainly focuses on the numerical simulation of the turbulent flow field and acoust...
Numerical modeling of fluid flows, whether compressible or incompressible, laminar or turbulent pres...
This paper investigates the influence of forward-swept wing (FSW) positions on the aerodynamic chara...
The paper presents the influence of the vortex flow features, in particular, the phenomenon of vorte...
Supersonic flow around the system of bodies (lattice wings, a wing near the shielding surface, blade...