Add to ORKGA comparative study of the performance of commonly used, TVD or non-7VD second order accurate numerical algorithms for selected gas dynamic problems governed by 1-D Euler equations is presented
A method for increased accuracy in Eulerian fluid dynamics calculations is described. The essence of...
Third order compact upwind operators have been used together with the split fluxes of the KFVS (Kine...
We present a numerical algorithm to solve the nonstationary three-dimensional compressible Euler equ...
A comparative study of the performance of commonly used, TVD or non-7VD second order accurate numeri...
A study of high order accurate (beginning with atleast second order schemes) non-oscillatory schemes...
This paper presents a review on the numerical solution of the Euler equations. Three different high ...
In the present paper we consider second order compact upwind schemes with a space split time derivat...
A comparative study of five upwind schemes was performed to evaluate their ability accurately model ...
The paper proposes and implements a third-order accurate direct Eulerian generalized Riemann problem...
The present paper describes the use of various high-order schemes in a finite volume formulation for...
A family of high order accurate compact upwind difference operators have been used, together with th...
grantor: University of TorontoA numerical analysis is presented in this study for solving ...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler gas dyna...
Higher-order finite-volume methods have been shown to be more efficient than second-order methods. H...
In the present paper we consider second order compact upwind schemes with a space split time derivat...
A method for increased accuracy in Eulerian fluid dynamics calculations is described. The essence of...
Third order compact upwind operators have been used together with the split fluxes of the KFVS (Kine...
We present a numerical algorithm to solve the nonstationary three-dimensional compressible Euler equ...
A comparative study of the performance of commonly used, TVD or non-7VD second order accurate numeri...
A study of high order accurate (beginning with atleast second order schemes) non-oscillatory schemes...
This paper presents a review on the numerical solution of the Euler equations. Three different high ...
In the present paper we consider second order compact upwind schemes with a space split time derivat...
A comparative study of five upwind schemes was performed to evaluate their ability accurately model ...
The paper proposes and implements a third-order accurate direct Eulerian generalized Riemann problem...
The present paper describes the use of various high-order schemes in a finite volume formulation for...
A family of high order accurate compact upwind difference operators have been used, together with th...
grantor: University of TorontoA numerical analysis is presented in this study for solving ...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler gas dyna...
Higher-order finite-volume methods have been shown to be more efficient than second-order methods. H...
In the present paper we consider second order compact upwind schemes with a space split time derivat...
A method for increased accuracy in Eulerian fluid dynamics calculations is described. The essence of...
Third order compact upwind operators have been used together with the split fluxes of the KFVS (Kine...
We present a numerical algorithm to solve the nonstationary three-dimensional compressible Euler equ...