Spectral methods for compressible flows are introduced in relation to finite difference and finite element techniques within the framework of the method of weighted residuals. Current spectral collocation methods are put in historical context. The basic concepts of Fourier spectral collocation methods are provided. Filtering strategies for shock-capturing approaches are also presented. Fourier shock capturing techniques are evaluated using a one-dimensional 9 periodic astrophysical "nozzle " problem. Research for the first and second authors supported by the Nationa
Origins of spectral methods, especially their relation to the Method of Weighted Residuals, are surv...
The interaction of a planar shock wave with one or more vortexes is computed using a pseudospectral ...
AbstractA numerical spectral element method for the computation of fluid flows governed by the incom...
The Chebyshev spectral collocation method for the Euler gas-dynamic equations is described. It is us...
Recent results concerning numerical simulation of shock waves using spectral methods are reviewed. S...
Report developments in the application of spectral methods to two dimensional compressible flows are...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler equation...
Fundamental aspects of spectral methods are introduced. Recent developments in spectral methods are ...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler gas dyna...
summary:A method to approximate the Euler equations is presented. The method is a multi-domain appro...
Spectral schemes are part of the Methods of Weighted Residuals (MWR), of which even the finite-diffe...
The numerical and physical issues of simulations on compressible turbulence are reviewed in the pres...
This paper describes the application of the least-squares spectral element method to compressible fl...
This paper describes the application of the least-squares spectral element method to compressible fl...
Since the publication of "Spectral Methods in Fluid Dynamics" 1988, spectral methods have become fir...
Origins of spectral methods, especially their relation to the Method of Weighted Residuals, are surv...
The interaction of a planar shock wave with one or more vortexes is computed using a pseudospectral ...
AbstractA numerical spectral element method for the computation of fluid flows governed by the incom...
The Chebyshev spectral collocation method for the Euler gas-dynamic equations is described. It is us...
Recent results concerning numerical simulation of shock waves using spectral methods are reviewed. S...
Report developments in the application of spectral methods to two dimensional compressible flows are...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler equation...
Fundamental aspects of spectral methods are introduced. Recent developments in spectral methods are ...
In this paper we study uniform high order spectral methods to solve multi-dimensional Euler gas dyna...
summary:A method to approximate the Euler equations is presented. The method is a multi-domain appro...
Spectral schemes are part of the Methods of Weighted Residuals (MWR), of which even the finite-diffe...
The numerical and physical issues of simulations on compressible turbulence are reviewed in the pres...
This paper describes the application of the least-squares spectral element method to compressible fl...
This paper describes the application of the least-squares spectral element method to compressible fl...
Since the publication of "Spectral Methods in Fluid Dynamics" 1988, spectral methods have become fir...
Origins of spectral methods, especially their relation to the Method of Weighted Residuals, are surv...
The interaction of a planar shock wave with one or more vortexes is computed using a pseudospectral ...
AbstractA numerical spectral element method for the computation of fluid flows governed by the incom...