Abstract: The parallel algorithm for numerical simulation of viscous 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. The Godunov-Kolgan scheme for the inviscid terms are used, the central differences for approximation of viscous terms are used. The results of efficiency of parallel algorithm research are shown on the supersonic flow over the wing section and on the supersonic flow over the backward-facing step.Note: Research direction:Mathematical modelling in actual problems of science and technic
The paper describes two studies involved with the parallelisation of algorithms for the numerical c...
The Navier-Stokes equations have been directly solved13; using spectral method on a 64 cube grid. A ...
The modification of unsteady three-dimensional Navier-Stokes codes for application on massively para...
Abstract: The algorithm for numerical simulation of laminar flows over complex shaped bodi...
Abstract: The algorithm for numerical simulation of subsonic flows over complex shaped bod...
The work is devoted to developing and testing parallel algorithms, suit of computer programs for num...
Parallel Navier-Stokes codes are developed to solve both two- dimensional and three-dimensional flow...
Abstract: A series of numerical and experimental studies was performed to reveal the flow ...
parallelism principle, scalability. Abstract. A parallel program complex for 3D viscous gas flow sim...
The purpose of the work is twofold. Firstly, it is devoted to the development of efficient parallel ...
summary:This paper concerns a parallel algorithm of the first-order projection method for solving th...
The flow of the compressible gas is investigated by means of the developed finite-difference compute...
A finite element model is developed and used to simulate three-dimensional compressible fluid flow o...
A brief description of the work currently underway on hypersonic viscous flow computations, based on...
This paper briefly addresses the computational requirements for the analysis of complete configurati...
The paper describes two studies involved with the parallelisation of algorithms for the numerical c...
The Navier-Stokes equations have been directly solved13; using spectral method on a 64 cube grid. A ...
The modification of unsteady three-dimensional Navier-Stokes codes for application on massively para...
Abstract: The algorithm for numerical simulation of laminar flows over complex shaped bodi...
Abstract: The algorithm for numerical simulation of subsonic flows over complex shaped bod...
The work is devoted to developing and testing parallel algorithms, suit of computer programs for num...
Parallel Navier-Stokes codes are developed to solve both two- dimensional and three-dimensional flow...
Abstract: A series of numerical and experimental studies was performed to reveal the flow ...
parallelism principle, scalability. Abstract. A parallel program complex for 3D viscous gas flow sim...
The purpose of the work is twofold. Firstly, it is devoted to the development of efficient parallel ...
summary:This paper concerns a parallel algorithm of the first-order projection method for solving th...
The flow of the compressible gas is investigated by means of the developed finite-difference compute...
A finite element model is developed and used to simulate three-dimensional compressible fluid flow o...
A brief description of the work currently underway on hypersonic viscous flow computations, based on...
This paper briefly addresses the computational requirements for the analysis of complete configurati...
The paper describes two studies involved with the parallelisation of algorithms for the numerical c...
The Navier-Stokes equations have been directly solved13; using spectral method on a 64 cube grid. A ...
The modification of unsteady three-dimensional Navier-Stokes codes for application on massively para...
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