Abstract: The algorithm for numerical simulation of laminar flows over complex shaped bodies is presented. Block structured grids are used. The time-stepping procedure is used to find steady-state solution of the full Navier-Stokes equations. To achieve higher accuracy of Godunov scheme the piecewise linear distributions of flow variables for the inviscid terms are used, the central differences for approximation of viscous terms are used. The numerical results for the supersonic flow over the wing section under several angles of incidence values is presented. The influence of viscosity value for these results is shown.Note: Research direction:Mathematical modelling in actual problems of science and technic
Two complementary procedures were developed to calculate the viscous supersonic flow over conical sh...
A numerical method for solving the parabolic approximation to the steady-state compressible Navier-S...
This report describes the research work undertaken at the Massachusetts Institute of Technology. The...
Abstract: The algorithm for numerical simulation of subsonic flows over complex shaped bod...
Abstract: The parallel algorithm for numerical simulation of viscous flows over complex sh...
Abstract: A series of numerical and experimental studies was performed to reveal the flow ...
The flow of the compressible gas is investigated by means of the developed finite-difference compute...
A finite volume., multistage time-stepping, Navier-Stokes solver is being developed. Preliminary res...
In the first group, work is devoted to inviscid steady and unsteady flow and toward their use in aer...
A procedure is presented, as well as some results, to calculate the flow over a generic fighter conf...
The recent interest in High Speed Civil Transport (HSCT) has resulted in renewed research studies of...
Approximate methods for calculating the surface pressures including the effects of viscous interacti...
Research in aerodynamics is discussed. The development of equilibrium air curve fits; computation of...
The task about supersonic uneven flow of the blunt lenghtened bodies at different flow conditions ha...
Abstract: In this paper we present a wingtip vortex numerical study in the supersonic regi...
Two complementary procedures were developed to calculate the viscous supersonic flow over conical sh...
A numerical method for solving the parabolic approximation to the steady-state compressible Navier-S...
This report describes the research work undertaken at the Massachusetts Institute of Technology. The...
Abstract: The algorithm for numerical simulation of subsonic flows over complex shaped bod...
Abstract: The parallel algorithm for numerical simulation of viscous flows over complex sh...
Abstract: A series of numerical and experimental studies was performed to reveal the flow ...
The flow of the compressible gas is investigated by means of the developed finite-difference compute...
A finite volume., multistage time-stepping, Navier-Stokes solver is being developed. Preliminary res...
In the first group, work is devoted to inviscid steady and unsteady flow and toward their use in aer...
A procedure is presented, as well as some results, to calculate the flow over a generic fighter conf...
The recent interest in High Speed Civil Transport (HSCT) has resulted in renewed research studies of...
Approximate methods for calculating the surface pressures including the effects of viscous interacti...
Research in aerodynamics is discussed. The development of equilibrium air curve fits; computation of...
The task about supersonic uneven flow of the blunt lenghtened bodies at different flow conditions ha...
Abstract: In this paper we present a wingtip vortex numerical study in the supersonic regi...
Two complementary procedures were developed to calculate the viscous supersonic flow over conical sh...
A numerical method for solving the parabolic approximation to the steady-state compressible Navier-S...
This report describes the research work undertaken at the Massachusetts Institute of Technology. The...