Apps: Boundary conditions changed.
Check data: Change the way that tables are written to datos_fluid.dat
MaterialsDB: Fluid data changed.
Check data: Write datos_gases.dat
Apps and Check data: Solution comparison added.
Apps: Initial conditions added. Predefined test changed. Other minor changes done.
Check data: Minor changes (Regime)
Apps: Minor changes (Theta parameter and Regime)
Check data: Write datos_gravity.dat and datos_mor.dat
Turbulence model removed also for new projects.
Turbulence model removed (related data are now automatically written to opci_global.dat and datos_visco.dat).
Check data: 1st steps to adapt the GUI to v.1.0 data files (only opci_ef.dat, opci_global.dat and opci_vf.dat).
Code: FileMrwReconvxx.py updated to avoid issues with some old MFM meshes
Added lost files
Updated data files and VSproject.
Updated the opci_global_original to the 1.0 version
Volfem code updated to version 1.5
Check data: 1st steps to adapt the GUI to v.1.1 data files
Apps: Remove old a-VolFEM3D
Apps: 1st steps to adapt the GUI to v.1.1 data files
Added README folder with basic instructions and information to run the code and commented data files.
Added VolFEM project with the correct paths for oneApi installation
Update License
Preparing to change folder structure
Updated version of the code containing some subroutines for its generalization. The weakly compressible code corrsponds to the one used in the paper.
Volfin LMNT: setup for DHC
Volfin LMNT: setup for Gaussian Perturbation test case.
Volfin LMNT: changed gradpi computation for LADER. Preliminary setup for DHC.
VolFEM LMNT: Included artificial viscosity constant. Barth-Jespersen limiter implemented (opclimitador=3 for LADER).
Added lmncon
Volfin LMNT. Bugfix on ugradrho computation: time n not star
Volfin inc: implemented vel-wall BC in a weakly way. Volfin LMNT: temperature BC for heat flux computation modified
Volfin inc: buxfix in pressure PBC.
Volfin LMNT: several bugs fixed (PBC, HF). Implemented BC: pressure outlet, wall, dirichlet.
Volfem LMNT: LADER evolution for 2nd order completed on all terms. Setup for TGV.
VolFEM LMNT. Updated the 3D subroutines related to FE. Bug fixed on campo_a_vertices_esc. Set up for SAW 3D (BC wrong, must be PBC).
VolFEM LMNT. Bug fixed in NCP computation.
Volfem LMNT. New way to compute c2 at the FE by considering the contributions for each half FV.
Volfin LMNT. Some bugs fixed.
Volfem LMNT: Implemented the computation of the gradients involved on the heat flux using the data given at the vertex of FE. Added the heat flux variable on vtu files. (Quite nice results for HC test). This commit corresponds with commit r24 of HybridFVFE.
VolFEM LMNT: bug fixed when callin Cgop.
VolFEM LMNT: setup for circular explosion (PBC, o1).
Volfem: fixed error when passingdata from FV to FE for PBC. Changed the names of types malla_ef, malla_vf, puntero in Mecano (news: malla_efm, malla_vfm, punterom) to avoid conflicts with the same type names in the main code.
Volfin LMNT: heat flux term on pressure equation added, gradut and divu on. Feconv, Basicmod: updated to the new version.
VolFEM2D LMNT: corrected bug on PBC. Riemann problem with PBC ok.
Volfin LMNT: implemented 2 new options to compute v*grad(rho), best one: opcncp=1. Bug corrected on PBC. Circular explosion works.
Volfin LMNT: corrected error in gradpi computation for PBC.
Volfin: CGOP implemented.
Volfin LMNT: mass matrix.
Volfin LMNT: subroutines in mod_calculo_lmnt added (OjO: not tested)
Volfin LMNT: implemented option1 for non-conservative terms
Volfin LMNT: ppal_lmnt; mod_postpro modified to consider nvarmex instead of nvar
Volfin2D: mesh
Volfin: LMNT: added ppal, lectura, init, write_vtu
Volfin2D: setup for TGV (2nd order attained)
Volfin: corrected error in LADER (time evolution). ·D version for lmn.
Volfin: add missing subroutines in svn.
Volfin: changed way to compute deltax variable for LADER. Fixed bug on mod_calcul_laplaciano.
Volfin: implemented PBC 2D.
Mecano, Volfin: PBC avoiding mesh duplication. On FE: created verini2verper, modified ib and jb, modified FE computation to adapt to the new pointers/variables. On FV: created nodini2nodper, modified icar 6,7 to account for the neighbouring FE through PBC
Volfin: corrected bug on mesh duplication
Volfin: corrected mesh duplictaion so that BC references are properly computed
Volfin: added subroutines for duplicating mesh to handle PBC
Mecano: added module to compute the meshes for periodic bc from the original primal and dual grids
Volfin: corrected bug in the computation of the unit normal related to the FE faces (mallaef%vn(j,i,ie), j-ndim, i-mallaef%lnf, ie-mallaef%nel)
Mecano,Volfin: pass ncarel to Volfin. This variable provides the reference number (icar) of an inner face (i) of a FE (ie): mallavf%ncarel(i,ie)
Volfin: implemented opc_wtilde=3 for 2D
Volfin: correcter error in binv computation FV and gradpi
Volfin:indc corrected (needed in FE for the source term related to Neu BC)
Volfin: dx and flux contribution in the flux for LADER corrected
Volfin:modified FE for 2D (not working yet)
Volfin: modified calcul.f90 for 2D
Volfin: adapt for 2D, new 2D subroutines added (up to mod_ppal_incompressible without calcul FE and FV).
Mecano: implemented subroutines for the 2D version of mecano (sandwich missing)
Volfin: lmncon
Volfin: periodic bc for w
Volfin LMN. Symmetry boundary conditions included. Wall boundary conditions corrected.
Volfin_mpi: complete module mod_meshpartition_metis
Volfin_mpi: added mod_loadmpi; mod_meshpartition_metis
Volfin_mpi: boussinesq source term corrected
Volfin_mpi: compiled with gcc5.3.0 (line lengths and deltat)
Volfin: CFL and deltat corrected
Volfin: duplicated code.
Volfin: LMN, inc: saving solution for intermediate inicialization
Volfin: LMN, DHC test paper
Fixed an error detected when passing empty lists to ListBox.InsertItems() that arises for wx v.3.0.2.
Volfin: boussinesq high and low temperature working
MOR: source
MOR: source
MOR: source
Volfin: Boussinesq
Volfin: natural convection corrected. MOR: source terms updated.
Volfin: boussinesq not reliable
Volfin: mod_inicio modified, initial conditions now take into account the boundary references