Goloviznin, VM and Hynes, TP and Karabasov, SA and Karabasov, SA (2001) Cabaret finite-difference schemes for the one-dimensional Euler equations. Mathematical Modelling and Analysis, 6. pp. 210-220. ISSN 1392-6292Full text not available from this repository.
In the present paper we consider second order compact upwind schemes with a space split time derivative (CABARET) applied to one-dimensional compressible gas flows. As opposed to the conventional approach associated with incorporating adjacent space cells we use information from adjacent time layer to improve the solution accuracy. Taking the first order Roe scheme as the basis we develop a few higher (i.e. second within regions of smooth solutions) order accurate difference schemes. One of them (CABARET3) is formulated in a two-time-layer form, which makes it most simple and robust. Supersonic and subsonic shock-tube tests are used to compare the new schemes with several well-known second-order TVD schemes. In particular, it is shown that CABARET3 is notably more accurate than the standard second-order Roe scheme with MUSCL flux splitting.
|Divisions:||Div A > Turbomachinery|
|Depositing User:||Cron job|
|Date Deposited:||16 Jul 2015 13:04|
|Last Modified:||31 Jul 2015 02:17|