Difference between revisions of "TestLucaG"
From OpenFOAMWiki
(→centralFoam) |
(→Introduction) |
||
| Line 4: | Line 4: | ||
''centralFoam'' is a compressible flow solver based on the family of central/central-upwind schemes. | ''centralFoam'' is a compressible flow solver based on the family of central/central-upwind schemes. | ||
| − | Initially developed to deal with non-viscous flow (see first document) it has been recently extended to viscous (yet only laminar) flow and to low-Mach and truly incompressible flows through time-preconditioning. Furthermore R-K time integration and some standard convergence acceleration tecniques have been implemented (see second document). | + | Initially developed to deal with non-viscous flow (see first document) it has been recently extended to viscous (yet only incompressible and laminar) flow and to low-Mach and truly incompressible flows through time-preconditioning. Furthermore R-K time integration and some standard convergence acceleration tecniques have been implemented (see second document). |
Work is still ongoing (in my freee-time) towards full viscous (incompressible & compressible, laminar & turbulent) capacity and to improve performance when computing incompressible flows. | Work is still ongoing (in my freee-time) towards full viscous (incompressible & compressible, laminar & turbulent) capacity and to improve performance when computing incompressible flows. | ||
Revision as of 09:10, 17 February 2009
1 centralFoam
1.1 Introduction
centralFoam is a compressible flow solver based on the family of central/central-upwind schemes. Initially developed to deal with non-viscous flow (see first document) it has been recently extended to viscous (yet only incompressible and laminar) flow and to low-Mach and truly incompressible flows through time-preconditioning. Furthermore R-K time integration and some standard convergence acceleration tecniques have been implemented (see second document).
Work is still ongoing (in my freee-time) towards full viscous (incompressible & compressible, laminar & turbulent) capacity and to improve performance when computing incompressible flows.
1.2 Documents
--LucaG 22:15, 1 Feb 2007 (CET)
