$$$$ UPDAEFMH NOTICE CHAT 11/09/12 21:18:27 7124 DATE 11/09/12 Operateur UPDAEFMH Voir aussi : ------------------ CAREFUL : Velocity field is optional, the argument order is important CALLED BY TRANGEOL - NOT FOR USERS |-----------------------------------------------------------------| | SYNTAX (GIBIANE) | |-----------------------------------------------------------------| | | |SMTr MatrTr TbDarTra MassEFMH Difftot = UPDAEFMH MoDARCY Porosite| | MateDiff difftot ChPSour cini tcini deltat | | (Qface) nomespec nbespece nbsource LMLump | | DECENTR massEFMH | mattr tbdartra TABMODI; | | | mattm | |-----------------------------------------------------------------| | Generality : MATTEFMH builds the discretisation matrix | | of the convection-diffusion transport problem. | |-----------------------------------------------------------------| | | |-----------------------------------------------------------------| | INPUT | |-----------------------------------------------------------------| | MoDARCY : Darcy model. | | | | Porosite : porosity | | | | MateDiff : diffusion tensor | | | | Diffdisp : dispersion tensor | | | | ChPSour : source term | | | | Cini : initial Concentration initiale | | | | Tcini : Trace of concentration | | | | Deltat : Time step | | | | Qface : velocity at the faces of the mesh | | | | nomespec : list of component names of the species | | | | nbespece : number of species | | | | nbsource : nb of source terms (1 if common to all the species) | | | | LMLump : Logical. If true then mass lumping used | | | | DECENTR : Logical. If true numerical viscosity is introduced | | to achieve peclet = 2 on each mesh | | | | MatTm : MATRIK of the problem | | | | MatTr : RIGIDITE of the problem if previous non present | | | | TbDarTra : TABLE DARCY TRANSITOIRE ... | | | | TABMODI : table containing following indices | | 'POROSITE' : VRAI if coefficient D/DT modified | | 'DELTAT' : VRAI if new time step | | 'CONVECTI' : VRAI if new velocity | | 'DIFFUSI' : VRAI if new diffusivity | | | | CHCLIM : table indices : 'NEUMANN' and 'DIRICHLET' | | containing Chpoint of limit conditions | | Neumann or Dirichlet. | | | | | |-----------------------------------------------------------------| | INPUT-OUTPUT | |-----------------------------------------------------------------| | | | MassEFMH : elemntary matrix EFMH | | | | | |-----------------------------------------------------------------| | SORTIES | |-----------------------------------------------------------------| | | | SMTr : second member on the traces | | | | Matrtr : Matrix of the problem | | | |-----------------------------------------------------------------|
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