AbstractAn analysis of various averaging procedures is carried out for an approximate Riemann solver for the two-dimensional Euler equations governing the compressible flow of an ideal gas. This study extends some earlier work for the one-dimensional Euler equations, and it is ultimately intended to carry this work forward to include the compressible flow of nonideal gases
This work is devoted to the study of two-dimensional Riemann problem modeled by compressible Euler s...
An analysis of various arithmetic averaging procedures for approximate Riemann solvers is made with ...
This paper extends the derivation of the Lagrangian averaged Euler (LAE-$\alpha$) equations to the c...
AbstractAn analysis of various averaging procedures is undertaken for an approximate Riemann solver ...
AbstractAn analysis of averaging procedures is presented for an approximate Riemann solver for the e...
An analysis of averaging procedures is presented for an approximate Riemann solver for the equations...
AbstractAn analysis of various averaging procedures is carried out for an approximate Riemann solver...
AbstractAn analysis of various arithmetic averaging procedures is undertaken for an approximate Riem...
AbstractAn analysis of various averaging procedures is undertaken for an approximate Riemann solver ...
An efficient numerical method is presented for the solution of the Euler equations governing the com...
AbstractAn efficient numerical method is presented for the solution of the Euler equations governing...
A finite difference scheme based on flux difference splitting is presented for the solution of the E...
AbstractA finite difference scheme based on flux difference splitting is presented for the solution ...
A Riemann solver is presented for the Euler equations of gas dynamics with real gases. This represen...
AbstractA Riemann solver is presented for the Euler equations of gas dynamics with real gases. This ...
This work is devoted to the study of two-dimensional Riemann problem modeled by compressible Euler s...
An analysis of various arithmetic averaging procedures for approximate Riemann solvers is made with ...
This paper extends the derivation of the Lagrangian averaged Euler (LAE-$\alpha$) equations to the c...
AbstractAn analysis of various averaging procedures is undertaken for an approximate Riemann solver ...
AbstractAn analysis of averaging procedures is presented for an approximate Riemann solver for the e...
An analysis of averaging procedures is presented for an approximate Riemann solver for the equations...
AbstractAn analysis of various averaging procedures is carried out for an approximate Riemann solver...
AbstractAn analysis of various arithmetic averaging procedures is undertaken for an approximate Riem...
AbstractAn analysis of various averaging procedures is undertaken for an approximate Riemann solver ...
An efficient numerical method is presented for the solution of the Euler equations governing the com...
AbstractAn efficient numerical method is presented for the solution of the Euler equations governing...
A finite difference scheme based on flux difference splitting is presented for the solution of the E...
AbstractA finite difference scheme based on flux difference splitting is presented for the solution ...
A Riemann solver is presented for the Euler equations of gas dynamics with real gases. This represen...
AbstractA Riemann solver is presented for the Euler equations of gas dynamics with real gases. This ...
This work is devoted to the study of two-dimensional Riemann problem modeled by compressible Euler s...
An analysis of various arithmetic averaging procedures for approximate Riemann solvers is made with ...
This paper extends the derivation of the Lagrangian averaged Euler (LAE-$\alpha$) equations to the c...
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