Add to ORKGA kinetic model based on the single-particle Boltzmann-like distribution function is used to describe magneto gas dynamic phenomena. Along with the original kinetic consistent gas dynamic model, a simplified version that is more convenient for numerical implementation is considered and justified. Numerical results for a number of problems are presented, especially for the incompressible conductive fluid
AbstractThis paper extends gas-kinetic schemes to the Euler equations for real gases. In the current...
AbstractThe Boltzmann simplified velocity distribution function equation, as adapted to various flow...
It is well-known that customary direct solution methods (based on the discretization of the fluid fi...
A kinetic model based on the single-particle Boltzmann-like distribution function is used to describ...
In this study we aim at demonstrating that kinetic consistent magneto gas dynamic algorithms are ...
The impressive progress of the kinetic consistent schemes in the solution of the gas dynamics probl...
We study properties of the consistent Boltzmann algorithm for dense gases, using its limiting kineti...
The impressive progress of the kinetic schemes in the solution of gas dy- namics problems and th...
The impressive progress of the kinetic schemes in the solution of gas dynamics problems and the deve...
The statistical distribution function introduced by Boltzmann and his ki- netic equation are the fu...
Kinetic theory of gases, as described by the Boltzmann or model kinetic equations, provides a solid ...
Abstract: The adaptation of the algorithms to the architect of the high performance comput...
Alexander, Garcia and Alder [1] introduced the Consistent Boltzmann Algorithm (CBA) as a simple vari...
AbstractThe lattice Boltzmann method (LBM) for the incompressible Navier–Stokes (NS) equations and t...
The DSMC method is a successful and widely used tool for rarefied gas simulations while the gas kine...
AbstractThis paper extends gas-kinetic schemes to the Euler equations for real gases. In the current...
AbstractThe Boltzmann simplified velocity distribution function equation, as adapted to various flow...
It is well-known that customary direct solution methods (based on the discretization of the fluid fi...
A kinetic model based on the single-particle Boltzmann-like distribution function is used to describ...
In this study we aim at demonstrating that kinetic consistent magneto gas dynamic algorithms are ...
The impressive progress of the kinetic consistent schemes in the solution of the gas dynamics probl...
We study properties of the consistent Boltzmann algorithm for dense gases, using its limiting kineti...
The impressive progress of the kinetic schemes in the solution of gas dy- namics problems and th...
The impressive progress of the kinetic schemes in the solution of gas dynamics problems and the deve...
The statistical distribution function introduced by Boltzmann and his ki- netic equation are the fu...
Kinetic theory of gases, as described by the Boltzmann or model kinetic equations, provides a solid ...
Abstract: The adaptation of the algorithms to the architect of the high performance comput...
Alexander, Garcia and Alder [1] introduced the Consistent Boltzmann Algorithm (CBA) as a simple vari...
AbstractThe lattice Boltzmann method (LBM) for the incompressible Navier–Stokes (NS) equations and t...
The DSMC method is a successful and widely used tool for rarefied gas simulations while the gas kine...
AbstractThis paper extends gas-kinetic schemes to the Euler equations for real gases. In the current...
AbstractThe Boltzmann simplified velocity distribution function equation, as adapted to various flow...
It is well-known that customary direct solution methods (based on the discretization of the fluid fi...