Add to ORKGAbstract: Numerical algorithm based on quasi-hydrodynamic equations for simulation of isothermal viscous gas flows within domains with complex voxel geometry is proposed. Flows with no-slip as well as slip boundary conditions (for moderately rarefied gas flows) are considered. Validity of proposed algorithm is exemplified by numerical solution of several classical hydrodynamic problems.Note: Research direction:Mathematical modelling in actual problems of science and technic
The paper introduces the gas-kinetic scheme for three-dimensional (3D) flow simulation. First, under...
We develop a novel boundary integral formulation for the steady linearized form of Grad's 13-moment ...
Abstract: In this paper authors present a development of quasi-gas dynamic algorithm for h...
Abstract: Application of quasi-hydrodynamic equations for simulation of two-dimensional is...
Abstract: The paper presents a numerical algorithm for computing three-dimensional viscous...
Abstract: The present paper is devoted to further development of numerical algorithm for s...
The paper is devoted to numerical simulation of three-dimensional isothermal two-phase two-component...
Abstract: Basing on finite volumes method the difference scheme is constructed for Quasi G...
Abstract. This paper provides a validation of an immersed boundary method for computing hypersonic r...
Abstract: The paper is devoted to the development of numerical algorithm for simulation of...
Abstract: The numerical simulation of the classical Taylor–Green flow problem is performed...
We present a numerical method for computing unsteady rarefied gas micro flows, in domains with movin...
Abstract: The results of numerical simulation of interstellar gas clouds, performed in the...
This paper makes two new propositions regarding the modelling of rarefied (non-equilibrium), isother...
Abstract: Regularized form of two-layer shallow water equations is obtained based on quasi...
The paper introduces the gas-kinetic scheme for three-dimensional (3D) flow simulation. First, under...
We develop a novel boundary integral formulation for the steady linearized form of Grad's 13-moment ...
Abstract: In this paper authors present a development of quasi-gas dynamic algorithm for h...
Abstract: Application of quasi-hydrodynamic equations for simulation of two-dimensional is...
Abstract: The paper presents a numerical algorithm for computing three-dimensional viscous...
Abstract: The present paper is devoted to further development of numerical algorithm for s...
The paper is devoted to numerical simulation of three-dimensional isothermal two-phase two-component...
Abstract: Basing on finite volumes method the difference scheme is constructed for Quasi G...
Abstract. This paper provides a validation of an immersed boundary method for computing hypersonic r...
Abstract: The paper is devoted to the development of numerical algorithm for simulation of...
Abstract: The numerical simulation of the classical Taylor–Green flow problem is performed...
We present a numerical method for computing unsteady rarefied gas micro flows, in domains with movin...
Abstract: The results of numerical simulation of interstellar gas clouds, performed in the...
This paper makes two new propositions regarding the modelling of rarefied (non-equilibrium), isother...
Abstract: Regularized form of two-layer shallow water equations is obtained based on quasi...
The paper introduces the gas-kinetic scheme for three-dimensional (3D) flow simulation. First, under...
We develop a novel boundary integral formulation for the steady linearized form of Grad's 13-moment ...
Abstract: In this paper authors present a development of quasi-gas dynamic algorithm for h...