|
| NS | spectral Volume Method (2nd order) (r597-599) | |
| NS | Runge Kutta integration (RK2, RK3-SSP) (r592,594) | |
| NS | Miscellaneous initialization modes (r591,594) | |
| Mesh | SVM2QUAD splitting for all methods (r589-590) | |
| MPI | portage (r576,578) | |
| Input | Improve CGNS reading (unused marks, volume marks) (r590-591) | |
| Input | Intel fortran 9.1 portage (CGNS reading) (r593) | |
| Ouput | Screen outputs enhancement (r582,586) | |
| Ouput | Miscellaneous translations (r570-575,577) | |
| Core | tree/list structure of unstructured grids (r562) |
|
| NS | Basic MUSCL method (MUSCL-UNS) | |
| NS | Initialization with symbolic functions | |
| NS | Initialization with optional static/total pressure or temperature, Mach/velocity | |
| NS | Moving wall boundary condition (WALL_VELOCITY) | |
| NS | Viscous flux implicitation | |
| Output | Binary VTK (VTK-BIN) | |
| Core | Automatic system configuration | |
| Core | Automatic non regression test cases |
|
| NS | Kim's 3rd order limiter extended to MUSCL method | |
| Output | display CPU time | |
| Output | enhanced outputs and options (periodic, etc) | |
| Core | external stop of computation (file stop_typhon) | |
| Core | CPU optimization (20% for explicit second order NS computation) | |
| Core | symbolic computation library | |
| MESH | can use long file names | |
| MPI | Bug correction in automatic splitting |
|
| MPI | automatic mesh splitting (Metis) | |
| MPI | NS first order computation (up to 20 procs at least) | |
| MPI | NS second order computation (slightly different results at interfaces) | |
| MPI | Unsteady synchronization |
|
| Opt | optimization of CPU cost for gradient optimization (nearly 50%) | |
| NS | Fast MUSCL method (for high quality meshes) | |
| NS | Kim's 3rd order limiter (only for Fast MUSCL method) | |
| NS | test of internal energy positivity (output of bad cell index if not positive) | |
| Core | ensure local time stepping bounded to cycle time step |
|
| MPI | automatic mesh splitting (Metis) | |
| MPI | NS first order computation (up to 20 procs) | |
| MPI | Unsteady synchronization |
|
| MESH | scaling function | |
| NS | features constant dynamic viscosity | |
| NS | features linear dynamic viscosity | |
| NS | initialization with a file | |
| KDIF | initialization with a file | |
| NS | improved subsonic outlet condition (enforce pi>= p) | |
| NS | features Implicit jacobian matrices for HLL fluxes (diagonal equivalent) | |
| NS | improved MUSCL method | |
| NS | features non-uniform thermal boundary conditions | |
| NS | improved heat flux boundary condition at wall | |
| core | Navier-Stokes/Heat transfer coupling | |
| NS | CFL computation for unsteady problems |
|
| MESH | scaling function | |
| NS | features constant dynamic viscosity | |
| core | Implicitation program structure reorganised (include ghost cells) | |
| KDIF | features BiCG, BiCG-Jacobi, CGS iterative inversion methods (DLU structure) | |
| KDIF | improved adiabatic boundary condition | |
| NS | features BiCG-Stab iterative inversion method (block-DLU structure) | |
| NS | changed symmetry boundary condition (ghost cell is now really symmetric: improved hypersonic flows) | |
| NS | features (validation) Viscous stress tensor (laminar flows), Sutherland law | |
| NS | features increasing CFL number with convergence (bounded by CFL_MAX parameter) | |
| NS | MUSCL interpolation for second order accuracy | |
| NS | features non-uniform thermal boundary conditions | |
| NS | improved heat flux boundary condition at wall | |
| core | Navier-Stokes/Heat transfer coupling |
|
| core | introduces User Defined Functions (UDF) through user-made fortran functions | |
| KDIF | features radiating boundary condition | |
| KDIF | features radiative coupling with view factors (simplified) | |
| KDIF | features anisotropic material (only UDF) | |
| KDIF | features boundary parameters temporal interpolation (via UDF) | |
| NS | features HLLC upwind scheme (ability for viscous flows) | |
| NS | features Viscous stress tensor (laminar flows) | |
| OUTPUT | can write boundary condition face centers | |
| OUTPUT | can write unsteady results on boundaring family |
|
| NS | MUSCL interpolation for 2nd order computations | |
| GUI | Plot residuals for only one zone | |
| OUTPUT | Residuals in monres.nnn file |
|
| NS | Inviscid solver released, HLLE first order upwind scheme | |
| NS | boundary conditions: subsonic and supersonic inlet and oulet | |
| NS | boundary conditions: symmetry | |
| OUTPUT | VTK format for scalars and vectors (NS only) |
|
| known bug | computation of 3D meshes with QUAD face cells | |
| MESH | CGNS files: TRI/QUAD 2D meshes, TETRA/PRISM 3D meshes | |
| KDIF | boundary conditions: convection h(T-Tref) | |
| KDIF | Implicit time integration (direct LU or Iterative Jacobi) | |
| OUTPUT | VTK format for scalars and vectors (NS only) |
|
| known bug | computation of gradients | |
| MESH | CGNS files: 2D meshes of TRI cells | |
| MZONE | KDIF/KDIF coupling | |
| MZONE | Computation of conformal connections of faces between zones |
|
| INPUT | Manage stationnary computations by residual criteria | |
| core | Computation of gradients by least mean square method | |
| core | CPU optimization | |
| KDIF | extended flux interpolation | |
| KDIF | Fourier based timestep computation |
|
| OUTPUT | TECPLOT files, vertex based solution (QUAD) and connectivity |
|
| MESH | CGNS files: unstructured 2D mesh of QUAD cells | |
| KDIF | Heat transfer solver released | |
| KDIF | constant conduction coefficient | |
| KDIF | explicit temporal integration with global time step | |
| KDIF | simplified flux interpolation | |
| KDIF | boundary conditions: isothermal and adiabatic | |
| OUTPUT | TECPLOT files, cell centered solution |
|
| typhon@sourceforge | |
| webmaster | last modification on 06/05/2008 |
