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nomate
C NOMATE    SOURCE    FD218221  26/02/13    21:15:25     12462          
 
      SUBROUTINE NOMATE(FORMOD,NFOR,MATMOD,NMAT,CMATE,IMATE,INATU)
 
*  le dernier numero de materiau utilise est le   :    197
 
*--------------------------------------------------------------------*
*                                                                    *
*     DETERMINER UN NUMERO POUR UN MODELE DE MATERIAU                *
*     _______________________________________________                *
*                                                                    *
*  ENTREES                                                           *
*                                                                    *
*     FORMOD  Liste des formulations                                 *
*     NFOR    Nombre de formulations                                 *
*     MATMOD  Liste des materiaux                                    *
*     NMAT    Nombre de materiaux                                    *
*                                                                    *
*  SORTIES                                                           *
*                                                                    *
*     CMATE   Nom du materiau (isotrope, orthotrope....)             *
*     IMATE   Numero du materiau                                     *
*     INATU   Numero de nature                                       *
*                                                                    *
*  NOMS DE MATERIAUX POSSIBLES                                       *
*                                                                    *
*--------------------------------------------------------------------*
*     1/ 'THERMIQUE'                                                 *
*                                                                    *
*     'ISOTROPE'                                                     *
*     'ORTHOTROPE'                                                   *
*     'ANISOTROPE'                                                   *
*     'CONDUCTION'                                                   *
*     'CONVECTION'                                                   *
*     'ADVECTION'   non lineaire de conduction                       *
*     'PHASE'       non lineaire de conduction                       *
*     'DISSIPATION'                                                  *
*     'RAYONNEMENT'                                                  *
*          imate=1    ancien rayonnement avec table                  *
*          imate=2    fac_a_fac                                      *
*          imate=3    infini                                         *
*          imate=4    cavite                                         *
*          inatu 1    cavite toute simple                            *
*          inatu=2    cavite ferme                                   *
*          inatu=3    cavite syme                                    *
*          inatu=4    cavite convexe                                 *
*          inatu=5    cavite syme  convexe                           *
*          inatu=6    cavite ferme convexe                           *
*          inatu=7    cavite syme  ferme                             *
*          inatu=8    cavite syme  convexe   ferme                   *
*     'SOURCE'                source de chaleur : CMATE = 'SOURCE'   *
*                                                                    *
*     formulation generale :                INATU = 1 / IMATE = 1    *
*                                                                    *
*     formulation generale :'               INATU = 2 / IMATE = 1    *
*     'GAUSSIENNE' 'ELLIPTIQUE'             INATU = 2 / IMATE = 2    *
*     'GAUSSIENNE' 'ELARGIE'                INATU = 2 / IMATE = 3    *
*                                                                    *
*--------------------------------------------------------------------*
*     2/ 'MECANIQUE'    OU   6/ 'POREUX'                             *
*                                                                    *
*  ELASTIQUE                                                         *
*     'ISOTROPE'                                                     *
*     'ORTHOTROPE'                                                   *
*     'ANISOTROPE'                                                   *
*     'POREUX'                                                       *
*     'HOMOGENEISE'                                                  *
*     'UNIDIRECTIONNEL'                                              *
*     'SECTION'                                                      *
*     'ARMATURE'                                                     *
*     'MODAL'                                                        *
*     'STATIQUE'                                                     *
*     'ZONE_COHESIVE'                                                *
*                                                                    *
*  PLASTIQUE                                                         *
*     'PARFAIT'                                    INATU = 1         *
*     'LINESPRING'                                 INATU = 2         *
*     'DRUCKER-SIMPLE'                             INATU = 3         *
*     'CINEMATIQUE'                                INATU = 4         *
*     'ISOTROPE'                                   INATU = 5         *
*     'CHABOCHE1'                                  INATU = 7         *
*     'BETON'                                      INATU = 9         *
*     'CHABOCHE2'                                  INATU = 12        *
*     'TUYAU-FISSURE'                              INATU = 14        *
*     'DRUCKER-PRAGER'                             INATU = 15        *
*     'GAUVAIN'                                    INATU = 16        *
*     'ENDOMMAGEABLE'                              INATU = 26        *
*     'UBIQUITOUS'                                 INATU = 28        *
*     'GLOBAL'                                     INATU = 32        *
*     'CAM-CLAY'                                   INATU = 33        *
*     'COULOMB'                                    INATU = 34        *
*     'JOINT_DILATANT'                             INATU = 35        *
*     'BETON_AXI'                                  INATU = 36        *
*     'GURSON'                                     INATU = 38        *
*     'BETON_UNI'                                  INATU = 39        *
*     'ACIER_UNI'                                  INATU = 40        *
*     'FRAGILE_UNI'                                INATU = 78        *
*     'BETON_BAEL'                                 INATU = 79        *
*     'PARFAIT_UNI'                                INATU = 80        *
*     'STRUT_UNI'                                  INATU = 83        *
*     'CINEMATIQUE_ANCRAGE'                        INATU = 92        *
*     'ACIER_ANCRAGE'                              INATU = 93        *
*     'SECTION'                                    INATU = 41        *
*     'OTTOSEN'                                    INATU = 42        *
*     'OTTOVARI'                                   INATU = 148       *
*     'MAZARS_FIB'                                 INATU = 46        *
*     'AMADEI'                                     INATU = 47        *
*     'HUJEUX'                                     INATU = 48        *
*     'STEINBERG'                                  INATU = 49        *
*     'ZERILLI'                                    INATU = 50        *
*     'PRESTON'                                    INATU = 52        *
*     'BETOCYCL'                                   INATU = 54        *
*     'ROTATING_CRACK'                             INATU = 55        *
*     'JOINT_SOFT'                                 INATU = 56        *
*     'ANCRAGE_ELIGEHAUSEN'                        INATU = 91        *
*     'BILI_MOMY'                                  INATU = 57        *
*     'BILI_EFFZ'                                  INATU = 58        *
*     'TAKEMO_MOMY'                                INATU = 59        *
*     'TAKEMO_EFFZ'                                INATU = 60        *
*     'BETON_INSA'                                 INATU = 66        *
*     'ECROUIS_DECOU'                              INATU = 67        *
*     'PARFAIT_DECOU'                              INATU = 68        *
*     'ALONSO'                                     INATU = 69        *
*     'BA1D'                                       INATU = 147       *
*     'PAKZAD'                                     INATU = 71        *
*     'INFILL_UNI'                                 INATU = 72        *
*     'CISAIL_NL'                                  INATU = 73        *
*     'HINT'                                       INATU = 89        *
*     'BETON_URGC'                                 INATU = 99        *
*     'UNILATERAL'  (Fibre)                        INATU = 104       *
*     'INCO'                                       INATU = 129       *
*     'INTIMP'                                     INATU = 145       *
*     'RICJOI'                                     INATU = 146       *
*     'OUGLOVA'                                    INATU = 175       *
*     'MRS_LADE'                                   INATU = 111       *
*     'J2'                                         INATU = 112       *
*     'RH_COULOMB'                                 INATU = 113       *
*     'VMT_FEFP'                                   INATU = 114       *
*     'RHMC_FEFP'                                  INATU = 115       *
*     'POWDER_FEFP'                                INATU = 116       *
*     'POWDERCAP_FEFP'                             INATU = 117       *
*     'JOINT_COAT'                                 INATU = 119       *
*     'CONCRETE_UNI'                               INATU = 123       *
*     'MUR_SHEAR'                                  INATU = 126       *
*     'DRUCKER_PRAGER2'                            INATU = 140       *
*     'BILIN_EFFX'                                 INATU = 150       *
*     'ISS_GRANGE'                                 INATU = 151       *
*     'RUP_THER'                                   INATU = 152       *
*     'RICBET_UNI'                                 INATU = 160       *
*     'LIAISON_ACBE'                               INATU = 171       *
*     'DP_SOL'                                     INATU = 172       *
*     'CONCYC'                                     INATU = 173       *
*     'IWPR3D_SOL'                                 INATU = 176       *
*     'NORTON'      (Fibre)                        INATU = 181       *
*     'POLYNOMIAL'  (Fibre)                        INATU = 182       *
*     'BLACKBURN'   (Fibre)                        INATU = 183       *
*     'BLACKBURN_2' (Fibre)                        INATU = 184       *
*     'LEMAITRE'    (Fibre)                        INATU = 185       *
*                                                                    *
*  FLUAGE                                                            *
*     'NORTON'                                     INATU = 19        *
*     'BLACKBURN'                                  INATU = 20        *
*     'POLYNOMIAL'                                 INATU = 21        *
*     'RCCMR-316'                                  INATU = 22        *
*     'RCCMR-304'                                  INATU = 23        *
*     'LEMAITRE'                                   INATU = 24        *
*     'BLACKBURN_2'                                INATU = 61        *
*     'CERAMIQUE'                                  INATU = 65        *
*     'MAXWELL'                                    INATU = 74        *
*     'COMETE'                                     INATU = 84        *
*     'CCPL'                                       INATU = 85        *
*     'X11'                                        INATU = 86        *
*     'BPEL_RELAX'                                 INATU = 95        *
*     'BETON_URGC'                                 INATU = 101       *
*     'SODERBERG'                                  INATU = 102       *
*     'MAXOTT'                                     INATU = 106       *
*     'FBB1'                                       INATU = 127       *
*     'FBB2'                                       INATU = 128       *
*     'KELVIN'                                     INATU = 174       *
*                                                                    *
*  VISCOPLASTIQUE                                                    *
*     'GUIONNET'                                   INATU = 17        *
*     'ONERA'                                      INATU = 25        *
*     'VISCODOMMAGE'                               INATU = 29        *
*     'PARFAIT'                                    INATU = 43        *
*     'POUDRE_A'                                   INATU = 44        *
*     'POUDRE_B'                                   INATU = 45        *
*     'OHNO'                                       INATU = 53        *
*     'DDI'                                        INATU = 63        *
*     'KOCKS'                                      INATU = 70        *
*     'NOUAILHAS_A'                                INATU = 76        *
*     'NOUAILHAS_B'                                INATU = 77        *
*     'VISK2'                                      INATU = 82        *
*     'VISCOHINT'                                  INATU = 90        *
*     'MISTRAL'                                    INATU = 94        *
*     'BETON_URGC'                                 INATU = 100       *
*     'BETON_URGC_ENDO'                            INATU = 122       *
*     'LEMENDO'                                    INATU = 103       *
*     'FLUNOR2'                                    INATU = 105       *
*     'GATT_MONERIE'                               INATU = 107       *
*     'UO2'                                        INATU = 108       *
*     'VISCODD'                                    INATU = 130       *
*     'CHAB_SINH_R'                                INATU = 136       *
*     'CHAB_SINH_X'                                INATU = 137       *
*     'CHAB_NOR_R'                                 INATU = 138       *
*     'CHAB_NOR_X'                                 INATU = 139       *
*     'PELLET'                                     INATU = 142       *
*     'FLUTRA'                                     INATU = 143       *
*     'SYCO1'                                      INATU = 153       *
*     'SYCO2'                                      INATU = 154       *
*     'CHABOCHE'                                   INATU = 165       *
*     'FLUENDO3D'                                  INATU = 187       *
*     'INCLUSION3D'                                INATU = 188       *
*     'ENDO3D'                                     INATU = 189       *
*     'FLUISO3D'                                   INATU = 190       *
*     'FLUORTHO3D'                                 INATU = 191       *
*     'MERIC_CAILLETAUD'                           INATU = 192       *
*     'BETON_THM'                                  INATU = 197       *
*                                                                    *
*  ENDOMMAGEABLE                                                     *
*     'MAZARS'                                     INATU = 30        *
*     'UNILATERAL'                                 INATU = 31        *
*     'ROTATING_CRACK'                             INATU = 37        *
*     'SIC_SIC'                                    INATU = 88        *
*     'MICROPLANS'                                 INATU = 96        *
*     'VISCOUNILATERAL'                            INATU = 97        *
*     'MICROISO'                                   INATU = 98        *
*     'SICSCAL'                                    INATU = 131       *
*     'SICTENS'                                    INATU = 132       *
*     'FATSIN'                                     INATU = 141       *
*     'RICRAG'                                     INATU = 144       *
*     'MVM'                                        INATU = 118       *
*     'CRUCRA'                                     INATU = 124       *
*     'DAMAGE_TC'                                  INATU = 125       *
*     'DESMORAT'                                   INATU = 134       *
*     'GLRC_DM'                                    INATU = 157       *
*     'RICBET'                                     INATU = 158       *
*     'RICCOQ'                                     INATU = 159       *
*     'EFEM'                                       INATU = 177       *
*     'MAZARS_RTC'                                 INATU = 193       *
*     'MAZARS_INI'                                 INATU = 194       *
*     'MAZARS_LIN'                                 INATU = 195       *
*     'MAZARS_RT'                                  INATU = 196       *
*                                                                    *
*  PLASTIQUE_ENDOM(MAGEABLE)                                         *
*     'PSURY'                                      INATU = 51        *
*     'ROUSSELIER'                                 INATU = 62        *
*     'GURSON2'                                    INATU = 64        *
*     'DRAGON'                                     INATU = 75        *
*     'BETON_URGC'                                 INATU = 120       *
*     'BETON_INSA'                                 INATU = 121       *
*     'BETON_DYNAR_LMT'                            INATU = 133       *
*     'ENDO_PLAS'                                  INATU = 135       *
*     'GERNAY'                                     INATU = 155       *
*     'WELLS'                                      INATU = 156       *
*                                                                    *
*   ELASTIQUE NON_LINEAIRE                                           *
*     'EQUIPLAS'                                   INATU = 87        *
*     'UTILISATEUR'                                INATU = -1        *
*                                                                    *
*   VISCO_EXTERNE                                                    *
*     'GENERAL'             IVIEX = 1              INATU = -2        *
*     'DRUCKER_PRAGER'      IVIEX = 2          en sortie de NOMATE,  *
*     'COHESION'            IVIEX = 3          INATU = -2 - IVIEX    *
*     'CONSOLIDATION'       IVIEX = 4          ce qui permet de      *
*     'UTILISATEUR'         IVIEX = 5          recuperer IVIEX       *
*                                                                    *
*   IMPEDANCE                                                        *
*      'ELASTIQUE'                                 INATU = 161       *
*      'VOIGT'                                     INATU = 162       *
*      'MAXWELL'                                   INATU = 163       *
*      'COMPL??'                                   INATU = 164       *
*--------------------------------------------------------------------*
*     3/ 'LIQUIDE '                                                  *
*           'ISOTROPE'                                               *
*--------------------------------------------------------------------*
*     5/ 'MECANIQUE+LIQUIDE'                                         *
*            la formulation suffit                                   *
*--------------------------------------------------------------------*
*     6/ 'POREUX'    VOIR 2/                                         *
*--------------------------------------------------------------------*
*     7/ 'DARCY'                                                     *
*                                                                    *
*     'ISOTROPE'                                                     *
*     'ORTHOTROPE'                                                   *
*     'ANISOTROPE'                                                   *
*--------------------------------------------------------------------*
*     8/ 'CONTACT   '                                                *
*                                                                    *
*     'COULOMB'              INATU=1                                 *
*     'FROCABLE'             INATU=2                                 *
*--------------------------------------------------------------------*
*     10/ 'MAGNETODYNAMIQUE'                                         *
*                                                                    *
*     'POTENTIEL_VECTEUR'                                            *
*     'ISOTROPE'                                                     *
*     'ORTHOTROPE'                                                   *
*--------------------------------------------------------------------*
*     11/ 'NAVIER_STOKES'                                            *
*                                                                    *
*     'NEWTONIEN'                                                    *
*     'BINGHAM'                                                      *
*     'VISCOPLASTIQUE'                                               *
*--------------------------------------------------------------------*
*      12/ 'MELANGE'                                                 *
*                                                                    *
*      'CEREM'                                                       *
*      'ZTMAX'                                                       *
*      'PARALLELE'                                                   *
*      'SERIE'                                                       *
*      'UTILISATEUR'                                                 *
*--------------------------------------------------------------------*
*     13/ 'EULER'                                                    *
*                                                                    *
*     'NEWTONIEN'                                                    *
*--------------------------------------------------------------------*
*     14/ 'FISSURE'                                                  *
*                                                                    *
*     'MASS' 'PARF' 'POISEU_BLASIUS'                                 *
*     'FILM' 'REEL' 'POISEU_COLEBROOK'                               *
*                   'FROTTEMENT1'                                    *
*                   'FROTTEMENT2'                                    *
*                   'FROTTEMENT3'                                    *
*                   'FROTTEMENT4'                                    *
*--------------------------------------------------------------------*
*     15/ 'LIAISON'                                                  *
*                                                                    *
*     'POINT_PLAN_FLUIDE'                                            *
*      'POINT_PLAN_FROTTEMENT'                                       *
*      'POINT_PLAN'                                                  *
*      'POINT_POINT_FROTTEMENT'                                      *
*      'POINT_POINT_DEPLACEMENT_PLASTIQUE'                           *
*      'POINT_POINT_ROTATION_PLASTIQUE'                              *
*      'POINT_POINT'                                                 *
*      'POINT_CERCLE_MOBILE'                                         *
*      'POINT_CERCLE_FROTTEMENT'                                     *
*      'POINT_CERCLE'                                                *
*      'CERCLE_PLAN_FROTTEMENT'                                      *
*      'CERCLE_CERCLE_FROTTEMENT'                                    *
*      'PROFIL_PROFIL_INTERIEUR'                                     *
*      'PROFIL_PROFIL_EXTERIEUR'                                     *
*      'LIGNE_LIGNE_FROTTEMENT'                                      *
*      'LIGNE_CERCLE_FROTTEMENT'                                     *
*      'PALIER_FLUIDE'                                               *
*      'NEWMARK'                                                     *
*--------------------------------------------------------------------*
*   16/ 'THERMOHYDRIQUE'                                             *
*                                                                    *
*      'SCHREFLER'                                                   *
*      'BETON_THM'                                                   *
*--------------------------------------------------------------------*
*   17/ 'ELECTROSTATIQUE'                                            *
*                                                                    *
*       'ISOTROPE'                                                   *
*       'ORTHOTROPE'                                                 *
*       'ANISOTROPE'                                                 *
*--------------------------------------------------------------------*
*   18/ 'DIFFUSION'                                                  *
*                                                                    *
*       'ISOTROPE'                                                   *
*       'ORTHOTROPE'                                                 *
*       'ANISOTROPE'                                                 *
*       'FICK'                INATU = 0                              *
*       'SORET'               INATU = 1                              *
*       'UTILISATEUR'         INATU =-1                              *
*--------------------------------------------------------------------*
*   19/ 'METALLURGIE'         INATU = 178                            *
*--------------------------------------------------------------------*
*   20/ 'CHANGEMENT_PHASE'                                           *
*                                                                    *
*       'PARFAIT'             INATU = 179                            *
*       'SOLUBILITE'          INATU = 180                            *
*--------------------------------------------------------------------*
*   21/ 'CONTRAINTE'                                                 *
*                                                                    *
*       'ROTATION'            INATU = 1                              *
*       'DEPLACEMENT'         INATU = 2                              *
*       'RELATION'            INATU = 3                              *
*--------------------------------------------------------------------*
*      DECLARATIONS                                                  *
*--------------------------------------------------------------------*
      IMPLICIT INTEGER(I-N)
      IMPLICIT REAL*8 (A-H,O-Z)
 
-INC PPARAM
-INC CCOPTIO
 
      INTEGER       NFOR,NMAT
      CHARACTER*(*) CMATE
      CHARACTER*16  FORMOD(*),MATMOD(*)
*
      CHARACTER*16  MOMODL(200),FORFO1,FORFO2
*
      CHARACTER*16  LISTMT(3),LINAST(4)
      CHARACTER*12  CMAT1,CMAT2,CMAT3
 
      DATA LISTMT / 'ISOTROPE        ',
     &              'ORTHOTROPE      ',
     &              'ANISOTROPE      ' /
      DATA LINAST / 'NEWTONIEN       ','BINGHAM         ',
     &              'VISCOPLASTIQUE  ','NLIN            '/
*
      CMATE = ' '
      IMATE = 0
      INATU = 0
*
      INMAT = 0
      IEXI  = 1
*
      FORFO1 = FORMOD(1)
*
      IF (NFOR.EQ.1) THEN
*--------------------------------------------------------------------*
*       1/ Cas de la formulation 'THERMIQUE' OU 'DARCY'              *
*--------------------------------------------------------------------*
        IF (FORFO1.EQ.'THERMIQUE'.OR.FORFO1.EQ.'DARCY') THEN
C
C         Par defaut la formulation est isotrope
          CMATE='ISOTROPE'
          IMATE=1
C
          IF (NMAT.NE.0) THEN
C
C           "Tropie"
            INMAT=INMAT+1
            CALL PLACE(LISTMT,3,IPLAC,MATMOD(INMAT))
            IF (IPLAC.NE.0) THEN
              CMATE=MATMOD(1)
              IMATE=IPLAC
              INMAT=INMAT+1
            ENDIF
C
            IF (FORFO1.EQ.'THERMIQUE') THEN
              IF (NMAT.GE.INMAT) THEN
                CALL MOCOTH(MOMODL,NMOD)
                CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(INMAT))
                IF (IPLAC.EQ.2) THEN
                  CMATE = 'CONVECTI'
                  IMATE = 1
                  IF (NMAT.GT.2)THEN
                    CALL MODCON(MOMODL,NMOD)
                    CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(3))
                    IF (IPLAC.NE.0) IMATE = IPLAC
                  ENDIF
                ELSEIF (IPLAC.EQ.3) THEN
                  CMATE = 'RAYONNEM'
                  IMATE = 1
                  IF(NMAT.GT.2) THEN
                    CALL MODRAY(MOMODL,NMOD)
                    CALL PLACE (MOMODL,NMOD,IPLAC,MATMOD(3))
                    IF(IPLAC.EQ.2)THEN
C                     Rayonnement FACE A FACE
                      IMATE=2
                    ELSEIF(IPLAC.EQ.3) THEN
C                     Rayonnement INFINI
                      IMATE=3
                    ELSEIF(IPLAC.EQ.1) THEN
C                     Rayonnement CAVITE
                      IMATE=4
                      CALL PLACE(MATMOD,NMAT,IPLACF,'FERME           ')
                      CALL PLACE(MATMOD,NMAT,IPLACS,'SYMETRIE        ')
                      CALL PLACE(MATMOD,NMAT,IPLACC,'CONVEXE         ')
                      ICAS=0
                      IF(IPLACF.NE.0) ICAS=ICAS+1
                      IF(IPLACS.NE.0) ICAS=ICAS+1
                      IF(IPLACC.NE.0) ICAS=ICAS+1
                      IF(ICAS.EQ.0) THEN
                        INATU=1
                      ELSEIF(ICAS.EQ.1)THEN
                        IF(IPLACF.NE.0) THEN
                          INATU=2
                        ELSEIF(IPLACS.NE.0) THEN
                          INATU=3
                        ELSE
                          INATU=4
                        ENDIF
                      ELSEIF(ICAS.EQ.2) THEN
                        IF(IPLACF.EQ.0) THEN
                          INATU=5
                        ELSEIF(IPLACS.EQ.0) THEN
                          INATU=6
                        ELSE
                          INATU=7
                        ENDIF
                      ELSE
                        INATU=8
                      endif
                    ENDIF
                  ENDIF
                ELSEIF (IPLAC.EQ.6) THEN
                  CMATE = 'SOURCE'
                  INATU = 1
                  IMATE = 1 
                  IF (NMAT.GT.1) THEN
                    CALL MODSRC(MOMODL,NMOD)
                    CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(2))
C
C                   SOURCE GAUSSIENNE
                    IF (IPLAC.EQ.1) THEN
                      INATU = 2
                      IMATE = 1 
                      IF (NMAT.GT.2) THEN
                        CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(3))
                        IF (IPLAC.EQ.2) THEN
C                         Gaussienne : Spherique
                          IMATE = 1 
                        ELSEIF (IPLAC.EQ.3) THEN
C                         Gaussienne : Elliptique
                          IMATE = 2
                        ELSEIF (IPLAC.EQ.4) THEN
C                         Gaussienne : Elargie
                          IMATE = 3
                        ENDIF
                      ENDIF
                    ENDIF
                  ENDIF
                ENDIF
              ENDIF
            ENDIF
C
          ENDIF
*--------------------------------------------------------------------*
*       2/ Cas de la formulation 'MECANIQUE' OU 'POREUX'             *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'MECANIQUE'.OR.FORFO1.EQ.'POREUX') THEN
C
          IF (NMAT.NE.0) THEN
C
C           Comportement reversible
C           -----------------------
            INMAT=INMAT+1
            CALL MODLIN(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(INMAT))
            IF (IPLAC.EQ.1) THEN
C
C             "Tropie" par defaut : ISOTROPE
              CMATE = 'ISOTROPE'
              IMATE=1
C
              IF (NMAT.GT.INMAT) THEN
                INMAT=INMAT+1
                CALL MODELA(MOMODL,NMOD)
                CALL PLACE(MOMODL,NMOD,ITROP,MATMOD(INMAT))
                IF (ITROP.NE.0) THEN
                  CMATE = MOMODL(ITROP)
                  IF (ITROP.LE.3) THEN
                    IMATE=ITROP
                  ELSE IF (ITROP.EQ.4) THEN
                    IMATE=7
                  ELSE IF (ITROP.EQ.5) THEN
                    IMATE=5
                  ELSE IF (ITROP.EQ.6) THEN
                    IMATE=4
                  ELSE IF (ITROP.EQ.7) THEN
                    IMATE=11
                  ELSE IF (ITROP.EQ.8) THEN
                    IMATE=ITROP
                  ELSE IF (ITROP.EQ.9.OR.ITROP.EQ.10) THEN
                    IMATE=ITROP
                  ELSE IF (ITROP.EQ.11) THEN
                    IMATE=12
                  ENDIF
                ELSE
                  INMAT=INMAT-1
                ENDIF
              ENDIF
            ENDIF
          ELSE
            IEXI=0
            GOTO 99
          ENDIF
C
C         Comportement non lineaire
C         -------------------------
          IF (NMAT.GT.INMAT) THEN
            INMAT=INMAT+1
            CALL MODNLI(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,INLI,MATMOD(INMAT))
            IPOSI=INLI+1
C
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX ISOTROPE ...
C           =============================================================
            IF (IMATE.EQ.1) THEN
              GOTO (1000, 100, 200, 300, 400, 500, 600, 700, 800) IPOSI
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX ORTHOTROPE
C           =============================================================
            ELSE IF (IMATE.EQ.2) THEN
              GOTO (1000, 100,1000, 300, 400,1000, 600,1000,1000) IPOSI
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX ANISOTROPE
C           =============================================================
            ELSE IF (IMATE.EQ.3) THEN
              GOTO (1000,1000,1000,1000,1000,1000, 600,1000,1000) IPOSI
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX UNIDIRECTIONNEL
C           =============================================================
            ELSE IF (IMATE.EQ.4) THEN
              GOTO (1000, 100, 200,1000,1000,1000, 600,1000,1000) IPOSI
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX MODAL/STATIQUE  
C           =============================================================
            ELSE IF (IMATE.EQ.9.OR.IMATE.EQ.10) THEN
              GOTO (1000, 100,1000,1000,1000,1000,1000,1000, 800) IPOSI
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX SECTION
C           =============================================================
            ELSE IF (IMATE.EQ.11) THEN
              GOTO (1000, 100,1000,1000,1000,1000,1000,1000,1000) IPOSI
C           =============================================================
C           MATERIAU MECANIQUE ELASTIQUE/POREUX ZONE_COHESIVE
C           =============================================================
            ELSE IF (IMATE.EQ.12) THEN
              GOTO (1000,1000,1000,1000, 500, 600,1000,1000,1000) IPOSI
            ENDIF
C           =============================================================
C
 1000       CONTINUE
C
C           Comportement non reconnu
            IEXI=0
            GOTO 99
C
 100        CONTINUE
C
C           Comportement PLASTIQUE : [option par defaut : ISOTROPE]
C           ----------------------
            INATU=5
C
            IF (NMAT.GT.INMAT) THEN
              INMAT= INMAT+1
              CALL MODPLA(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
C
C             Compatibilite entre "Tropie" et loi de comportement
              IF (IMATE.EQ.1) THEN
                IF ((IMOD.EQ.22).OR.(IMOD.EQ.38).OR.(IMOD.EQ.39).OR.
     &              (IMOD.EQ.70).OR.(IMOD.EQ.71)) GOTO 1000
              ELSEIF (IMATE.EQ.2) THEN
                IF ((IMOD.NE.16).AND.(IMOD.NE.38).AND.(IMOD.NE.39).AND.
     &              (IMOD.NE.70).AND.(IMOD.NE.71)) GOTO 1000
              ELSEIF (IMATE.EQ.4) THEN
                IF ((IMOD.NE.1 ).AND.(IMOD.NE.2 ).AND.(IMOD.NE.3).AND.
     &              (IMOD.NE.21).AND.(IMOD.NE.70).AND.(IMOD.NE.71))
     &              GOTO 1000
              ELSEIF ((IMATE.EQ.9).OR.(IMATE.EQ.10)) THEN
                IF (IMOD.GT.3 ) GOTO 1000
              ELSEIF (IMATE.EQ.11) THEN
                IF (IMOD.NE.22) GOTO 1000
              ENDIF
              IF (IMOD.EQ.0) GOTO 1000
C
              IF (IMOD.EQ.1) THEN
*     ISOTROPE
                INATU=5
              ELSE IF (IMOD.EQ.2 ) THEN
*     PARFAIT
                INATU=1
              ELSE IF (IMOD.EQ.3 ) THEN
*     CINEMATIQUE
                INATU=4
              ELSE IF (IMOD.EQ.4 ) THEN
*     DRUCKER-PRAGER
                INATU=15
              ELSE IF (IMOD.EQ.5 ) THEN
*     DRUCKER-SIMPLE
                INATU=3
              ELSE IF (IMOD.EQ.6 ) THEN
*     BETON
                INATU=9
              ELSE IF (IMOD.EQ.7 ) THEN
*     CHABOCHE1
                INATU=7
              ELSE IF (IMOD.EQ.8 ) THEN
*     CHABOCHE2
                INATU=12
              ELSE IF (IMOD.EQ.9 ) THEN
*     TUYAU-FISSURE
                INATU=14
              ELSE IF (IMOD.EQ.10) THEN
*     ENDOMMAGEABLE
                INATU=26
              ELSE IF (IMOD.EQ.11) THEN
*     GAUVAIN
                INATU=16
              ELSE IF (IMOD.EQ.12) THEN
*     LINESPRING
                INATU=2
              ELSE IF (IMOD.EQ.13) THEN
*     UBIQUITOUS
                INATU=28
              ELSE IF (IMOD.EQ.14) THEN
*     GLOBAL
                INATU=32
              ELSE IF (IMOD.EQ.15) THEN
*     CAM-CLAY
                INATU=33
              ELSE IF (IMOD.EQ.16) THEN
*     MOHR COULOMB
                INATU=34
              ELSE IF (IMOD.EQ.17) THEN
*     JOINT DILATANT
                INATU=35
              ELSE IF (IMOD.EQ.18) THEN
*     BETON_AXI
                INATU=36
              ELSE IF (IMOD.EQ.19) THEN
*     GURSON
                INATU=38
              ELSE IF (IMOD.EQ.20) THEN
*     BETON_UNI
                INATU=39
              ELSE IF (IMOD.EQ.21) THEN
*     ACIER_UNI
                INATU=40
              ELSE IF (IMOD.EQ.22) THEN
*     SECTION
                INATU=41
              ELSE IF (IMOD.EQ.23) THEN
*     OTTOSEN (BETON)
                INATU=42
              ELSE IF (IMOD.EQ.24) THEN
*     MAZARS_FIB
                INATU=46
              ELSE IF (IMOD.EQ.25) THEN
*     AMADEI-SAEB
                INATU=47
              ELSE IF (IMOD.EQ.26) THEN
*     HUJEUX
                INATU=48
              ELSE IF (IMOD.EQ.27) THEN
*     STEINBERG-COCHRAN-GUINAN
                INATU=49
              ELSE IF (IMOD.EQ.28) THEN
*     ZERILLI-ARMSTRONG
                INATU=50
              ELSE IF (IMOD.EQ.29) THEN
*     PRESTON-TONKS-WALLACE
                INATU=52
              ELSE IF (IMOD.EQ.30) THEN
*     BETOCYCL
                INATU=54
              ELSE IF (IMOD.EQ.31) THEN
*     ROTATING_CRACK
                INATU=55
              ELSE IF (IMOD.EQ.32) THEN
*     JOINT_SOFT
                INATU=56
              ELSE IF (IMOD.EQ.33) THEN
*     BILI_MOMY
                INATU=57
              ELSE IF (IMOD.EQ.34) THEN
*     BILI_EFFZ
                INATU=58
              ELSE IF (IMOD.EQ.35) THEN
*     TAKEMO_MOMY
                INATU=59
              ELSE IF (IMOD.EQ.36) THEN
*     TAKEMO_EFFZ
                INATU=60
              ELSE IF (IMOD.EQ.37) THEN
*     BETON_INSA
                INATU=66
              ELSE IF (IMOD.EQ.38) THEN
*     ECROUIS_INSA
                INATU=67
              ELSE IF (IMOD.EQ.39) THEN
*     PARFAIT_INSA
                INATU=68
              ELSE IF (IMOD.EQ.40) THEN
*     ALONSO
                INATU=69
              ELSE IF (IMOD.EQ.41) THEN
*     PAKZAD
                INATU=71
              ELSE IF (IMOD.EQ.42) THEN
*     INFILL_UNI
                INATU=72
              ELSE IF (IMOD.EQ.43) THEN
*     CISAIL_NL
                INATU=73
              ELSE IF (IMOD.EQ.44) THEN
*     FRAGILE_UNI
                INATU=78
              ELSE IF (IMOD.EQ.45) THEN
*     BETON_BAEL
                INATU=79
              ELSE IF (IMOD.EQ.46) THEN
*     PARFAIT_UNI
                INATU=80
              ELSE IF (IMOD.EQ.47) THEN
*     STRUT_UNI
                INATU=83
              ELSE IF (IMOD.EQ.48) THEN
*     HINTE
                INATU=89
              ELSE IF (IMOD.EQ.49) THEN
*     ANCRAGE_ELIGEHAUSEN
                INATU=91
              ELSE IF (IMOD.EQ.50) THEN
*     PARFAIT_ANCRAGE
                INATU=92
              ELSE IF (IMOD.EQ.51) THEN
*     ACIER_ANCRAGE
                INATU=93
              ELSE IF (IMOD.EQ.52) THEN
*     BETON_URGC
                INATU=99
              ELSE IF (IMOD.EQ.53) THEN
*     UNILATERAL (Fibre)
                INATU=104
              ELSE IF (IMOD.EQ.54) THEN
*     MRS_LADE
                INATU=111
              ELSE IF (IMOD.EQ.55) THEN
*     J2
                INATU=112
              ELSE IF (IMOD.EQ.56) THEN
*     RH_COULOMB
                INATU=113
              ELSE IF (IMOD.EQ.57) THEN
*     VMT_FEFP
                INATU=114
              ELSE IF (IMOD.EQ.58) THEN
*     RHMC_FEFP
                INATU=115
              ELSE IF (IMOD.EQ.59) THEN
*     POWDER_FEFP
                INATU=116
              ELSE IF (IMOD.EQ.60) THEN
*     POWDERCAP_FEFP
                INATU=117
              ELSE IF (IMOD.EQ.61) THEN
*     JOINT_COAT
                INATU=119
              ELSE IF (IMOD.EQ.62) THEN
*     CONCRETE_UNI
                INATU=123
              ELSE IF (IMOD.EQ.63) THEN
*     MUR_SHEAR
                INATU=126
              ELSE IF (IMOD.EQ.64) THEN
*     INCO
                INATU=129
              ELSE IF (IMOD.EQ.65) THEN
*     DRUCKER_PRAGER2
                INATU=140
              ELSE IF (IMOD.EQ.67) THEN
*     INTIMP
                INATU=145
              ELSE IF (IMOD.EQ.68) THEN
*     INTJOI
                INATU=146
              ELSE IF (IMOD.EQ.69) THEN
*     BILIN_EFFX
                INATU=150
              ELSE IF (IMOD.EQ.70) THEN
*     ISS_GRANGE
                INATU=151
              ELSE IF (IMOD.EQ.71) THEN
*     RUP_THER
                INATU=152
              ELSE IF (IMOD.EQ.72) THEN
*     RICBET_UNI
                INATU=160
              ELSE IF (IMOD.EQ.73) THEN
*     BA1D
                INATU=147
              ELSE IF (IMOD.EQ.74) THEN
*     LIAISON_ACBE (liaison acier beton)
                INATU=171
              ELSE IF (IMOD.EQ.75) THEN
*     DP_SOL
                INATU=172
              ELSE IF (IMOD.EQ.76) THEN
*     OUGLOVA
                INATU=175
              ELSE IF (IMOD.EQ.77) THEN
*     IWPR3D_SOL
                INATU=176
              ELSE IF (IMOD.EQ.78) THEN
*     NORTON
                INATU=181
              ELSE IF (IMOD.EQ.79) THEN
*     POLYNOMIAL
                INATU=182
              ELSE IF (IMOD.EQ.80) THEN
*     BLACKBURN
                INATU=183
              ELSE IF (IMOD.EQ.81) THEN
*     BLACKBURN_2
                INATU=184
              ELSE IF (IMOD.EQ.82) THEN
*     LEMAITRE
                INATU=185
              ELSE IF (IMOD.EQ.83) THEN
*     OTTOVARI (BETON)
                INATU=148
              ENDIF
            ENDIF
            GOTO 900
C
 200        CONTINUE
C
C           Comportement FLUAGE [option par defaut : NORTON]
C           -------------------
            INATU=19
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODFLU(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
C
C             Compatibilite entre "Tropie" et loi de comportement
              IF ((IMATE.EQ.4).AND.(IMOD.NE.9)) GOTO 1000
              IF (IMOD.EQ.0 ) GOTO 1000
C
              IF (IMOD.EQ.1 ) THEN
*     NORTON
                INATU=19
              ELSE IF (IMOD.EQ.2 ) THEN
*     BLACKBURN
                INATU=20
              ELSE IF (IMOD.EQ.3 ) THEN
*     RCCMR-316
                INATU=22
              ELSE IF (IMOD.EQ.4 ) THEN
*     RCCMR-304
                INATU=23
              ELSE IF (IMOD.EQ.5 ) THEN
*     LEMAITRE
                INATU=24
              ELSE IF (IMOD.EQ.6 ) THEN
*     POLYNOMIAL
                INATU=21
              ELSE IF (IMOD.EQ.7 ) THEN
*    BLACKBURN_2
                INATU=61
              ELSE IF (IMOD.EQ.8) THEN
*    CERAMIQUE
                INATU=65
              ELSE IF (IMOD.EQ.9) THEN
*    MAXWELL
                INATU=74
              ELSE IF (IMOD.EQ.10) THEN
*     COMETE
                INATU = 84
              ELSE IF (IMOD.EQ.11) THEN
*     CCPL
                INATU = 85
              ELSE IF (IMOD.EQ.12) THEN
*     X11
                INATU = 86
              ELSE IF (IMOD.EQ.13) THEN
*     BPEL_RELAX
                INATU = 95
              ELSE IF (IMOD.EQ.14) THEN
*     BETON_URGC
                INATU = 101
              ELSE IF (IMOD.EQ.15) THEN
*     SODERBERG
                INATU = 102
              ELSE IF (IMOD.EQ.16) THEN
*     MAXOTT
                INATU = 106
              ELSE IF (IMOD.EQ.17) THEN
*     FBB1
                INATU = 127
              ELSE IF (IMOD.EQ.18) THEN
*     FBB2
                INATU = 128
              ELSE IF (IMOD.EQ.19) THEN
*     KELVIN
**              INATU = 174
*  AM 3/3/17  MODELE INDISPONIBLE
                CMATE=' '
                IMATE=0
                INATU=0
              ENDIF
            ENDIF
            GOTO 900
C
 300        CONTINUE
C
C           Comportement VISCOPLASTIQUE [option par defaut : ONERA]
C           ---------------------------
            INATU=25
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODVIS(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
C
C             Compatibilite entre "Tropie" et loi de comportement
              IF (IMATE.EQ.2) THEN
                IF ((IMOD.NE.14).AND.(IMOD.NE.35)) GOTO 1000
              ENDIF
              IF (IMOD.EQ.0 ) GOTO 1000
C
              IF (IMOD.EQ.1 ) THEN
*     GUIONNET
                INATU=17
              ELSE IF (IMOD.EQ.2 ) THEN
*     ONERA    
                INATU=25
              ELSE IF (IMOD.EQ.3 ) THEN
*     VISCODOMMAGE
                INATU=29
              ELSE IF (IMOD.EQ.4 ) THEN
*     PARFAIT
                INATU = 43
              ELSE IF (IMOD.EQ.5 ) THEN
*     POUDRE_A
                INATU = 44
              ELSE IF (IMOD.EQ.6 ) THEN
*     POUDRE_B
                INATU = 45
              ELSE IF (IMOD.EQ.7 ) THEN
*     OHNO
                INATU = 53
              ELSE IF (IMOD.EQ.8 ) THEN
*     DDI
                INATU = 63
              ELSE IF (IMOD.EQ.9 ) THEN
*     KOCK
                INATU = 70
              ELSE IF (IMOD.EQ.10) THEN
*     NOUAILHAS_A
                INATU = 76
              ELSE IF (IMOD.EQ.11) THEN
*     NOUAILHAS_B
                INATU = 77
              ELSE IF (IMOD.EQ.12) THEN
*     VISK2
                INATU = 82
              ELSE IF (IMOD.EQ.13) THEN
*     VISCOHINTE
                INATU = 90
              ELSE IF (IMOD.EQ.14) THEN
*     MISTRAL
                INATU = 94
              ELSE IF (IMOD.EQ.15) THEN
*     BETON_URGC
                INATU = 100
              ELSE IF (IMOD.EQ.16) THEN
*     LEMENDO
                INATU = 103
              ELSE IF (IMOD.EQ.17) THEN
*     FLUNOR2
                INATU = 105
              ELSE IF (IMOD.EQ.18) THEN
*     GATT_MONERIE
                INATU = 107
              ELSE IF (IMOD.EQ.19) THEN
*     UO2
                INATU = 108
              ELSE IF (IMOD.EQ.20) THEN
*     BETON_URGC_ENDO
                INATU = 122
              ELSE IF (IMOD.EQ.21) THEN
*     LOI DE COMPORTEMENT VISQUEUSE AVEC DOUBLE ENDO
                INATU = 130
              ELSE IF (IMOD.EQ.22) THEN
*     'CHAB_SINH_R'
                INATU = 136
              ELSE IF (IMOD.EQ.23) THEN
*     'CHAB_SINH_X'
                INATU = 137
              ELSE IF (IMOD.EQ.24) THEN
*     'CHAB_NOR_R'
                INATU = 138
              ELSE IF (IMOD.EQ.25) THEN
*      'CHAB_NOR_X'
                INATU = 139
              ELSE IF (IMOD.EQ.26) THEN
*      'PELLET'
                INATU = 142
              ELSE IF (IMOD.EQ.27) THEN
*      'FLUTRA'
                INATU = 143
              ELSE IF (IMOD.EQ.28) THEN
*      'SYCO1'
                INATU = 153
              ELSE IF (IMOD.EQ.29) THEN
*      'SYCO2'
                INATU = 154
              ELSE IF (IMOD.EQ.30) THEN
*      'CHABOCHE' 
                INATU = 165
              ELSE IF (IMOD.EQ.31) THEN
*      'FLUENDO3D' 'Sellier'      
                INATU = 187
              ELSE IF (IMOD.EQ.32) THEN
*      'INCLUSION3D' 'Sellier'      
                INATU = 188  
              ELSE IF (IMOD.EQ.33) THEN
*      'ENDO3D' 'Sellier'      
                INATU = 189 
              ELSE IF (IMOD.EQ.34) THEN
*      'FLUISO3D' 'Sellier'      
                INATU = 190
              ELSE IF (IMOD.EQ.35) THEN
*      'FLUORTHO3D' 'Sellier'      
                INATU = 191
              ELSE IF (IMOD.EQ.36) THEN
*      'MERIC_CAILLETAUD'
                INATU = 192
              ELSE IF (IMOD.EQ.37) THEN
*      'BETON_THM'
                INATU = 197
              ENDIF 
            ENDIF
            GOTO 900
C
 400        CONTINUE
C
C           Comportement ENDOMMAGEMENT [option par defaut : MAZARS]
C           --------------------------
            INATU=30
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODEND(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
C
C             Compatibilite entre "Tropie" et loi de comportement
              IF (IMATE.EQ.2) THEN
                IF ((IMOD.NE.4).AND.(IMOD.NE.11).AND.(IMOD.NE.12)) 
     &          GOTO 1000
              ENDIF
              IF (IMOD.EQ.0 ) GOTO 1000
C
              IF (IMOD.EQ.1 ) THEN
*     MAZARS1
                INATU=30
              ELSE IF (IMOD.EQ.2 ) THEN
*     UNILATERAL
                INATU=31
              ELSE IF (IMOD.EQ.3 ) THEN
*     ROTATING_CRACK
                INATU=37
              ELSE IF (IMOD.EQ.4 ) THEN
*     SIC_SIC
                INATU=88
              ELSE IF (IMOD.EQ.5 ) THEN
*     MICROPLANS
                INATU=96
              ELSE IF (IMOD.EQ.6 ) THEN
*     VISCOUNILATERAL
                INATU=97
              ELSE IF (IMOD.EQ.7 ) THEN
*     MICROISO
                INATU=98
              ELSE IF (IMOD.EQ.8 ) THEN
*     MODIFIED VON MISES MVM
                INATU=118
              ELSE IF (IMOD.EQ.9 ) THEN
*     CRUCRA
                INATU=124
              ELSE IF (IMOD.EQ.10) THEN
*     DAMAGE_TC - R. Faria & J. Oliver
                INATU=125
              ELSE IF (IMOD.EQ.11) THEN
*     SICSCAL - modele scalaire SiCf/SiC ONERA
                INATU=131
              ELSE IF (IMOD.EQ.12) THEN
*     SICTENS - modele pseudo tensoriel SiCf/SiC ONERA
                INATU=132
              ELSE IF (IMOD.EQ.13) THEN
*     DESMORAT
                INATU=134
              ELSE IF (IMOD.EQ.14) THEN
*     FATSIN
                INATU=141
              ELSE IF (IMOD.EQ.15) THEN
*     RICRAG2D
                INATU=144
              ELSE IF (IMOD.EQ.16) THEN
*     GLRC_DM
                INATU=157
              ELSE IF (IMOD.EQ.17) THEN
*     RICBET
                INATU=158
              ELSE IF (IMOD.EQ.18) THEN
*     RICCOQ
                INATU=159
              ELSE IF (IMOD.EQ.19) THEN
*     CONCYC
                INATU=173
              ELSE IF (IMOD.EQ.20) THEN
*     EFEM
                INATU=177
              ELSE IF (IMOD.EQ.21 ) THEN
*     MAZARS_RTC
                INATU=193
              ELSE IF (IMOD.EQ.22 ) THEN
*     MAZARS_INI
                INATU=194
              ELSE IF (IMOD.EQ.23 ) THEN
*     MAZARS_LIN
                INATU=195
              ELSE IF (IMOD.EQ.24 ) THEN
*     MAZARS_RT
                INATU=196
              ENDIF
            ENDIF
            GOTO 900
C
 500        CONTINUE
C
C           Comportement PLASTIQUE ENDOMMAGEABLE [option par defaut : PSURY]
C           ------------------------------------  
            INATU=51
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODPLE(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
C
              IF (IMOD.EQ.10) THEN
                IF (IMATE.NE.12) GOTO 1000
              ELSE
                IF (IMATE.EQ.12) GOTO 1000
              ENDIF
              IF (IMOD.EQ.0 ) GOTO 1000
C
              IF (IMOD.EQ.1 ) THEN
*     PSURY
                INATU=51
              ELSE IF (IMOD.EQ.2 ) THEN
*     ROUSSELIER
                INATU=62
              ELSE IF (IMOD.EQ.3 ) THEN
*     GURSON2
                INATU=64
              ELSE IF (IMOD.EQ.4 ) THEN
*     DRAGON
                INATU=75
              ELSE IF (IMOD.EQ.5 ) THEN
*     BETON_URGC
                INATU=120
              ELSE IF (IMOD.EQ.6 ) THEN
*     BETON_INSA
                INATU=121
              ELSE IF (IMOD.EQ.7 ) THEN
*     BETON_DYNAR_LMT
                INATU=133
              ELSE IF (IMOD.EQ.8 ) THEN
*     ENDO_PLAS
                INATU=135
              ELSE IF (IMOD.EQ.9 ) THEN
*     GERNAY
                INATU=155
              ELSE IF (IMOD.EQ.10) THEN
*     WELLS
                INATU=156
              ENDIF
            ENDIF
            GOTO 900
C
 600        CONTINUE
C
C           Comportement NON_LINEAIRE [pas d'option par defaut]
C           -------------------------
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODENL(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
C
              IF ((IMOD.EQ.1).AND.(IMATE.NE.1)) GOTO 1000
              IF (IMOD.EQ.0) GOTO 1000
C
              IF (IMOD.EQ.1) THEN
C     EQUIPLAS
                INATU=87
              ELSE IF (IMOD.EQ.2) THEN
C     UTILISATEUR
                IF (NMAT.GT.INMAT) THEN
                  INMAT=INMAT+1
                  INATU=-1
                ELSE
                  CALL ERREUR(952)
                  RETURN
                ENDIF
              ENDIF
            ELSE
              GOTO 1000
            ENDIF
            GOTO 900
C
 700        CONTINUE
C
C           Comportement VISCO_EXTERNE [pas d'option par defaut]
C           --------------------------
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODVIX(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
              IF (IMOD.EQ.0) THEN
                GOTO 1000
              ELSE
                IF (NMAT.GT.INMAT) THEN
                  INMAT=INMAT+1
                  INATU=-2-IMOD
c* Permet de recuperer IMOD=IVIEX (>0) en sortie de NOMATE avant de fixer
c* la valeur de INATU a -2
                ELSE
                  CALL ERREUR(952)
                  RETURN
                ENDIF
              ENDIF
            ELSE
              GOTO 1000
            ENDIF
            GOTO 900
C
 800        CONTINUE
C
C           Comportement IMPEDANCE [option par defaut : IMPELAST]
C           ----------------------
            CMATE='IMPELAST'
            INATU=161
            IF ((IMATE.EQ.9).OR.(IMATE.EQ.10)) IMATE=1
C
            IF (NMAT.GT.INMAT) THEN
              INMAT=INMAT+1
              CALL MODIMP(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(INMAT))
              IF (IMOD.EQ.1) THEN
                CMATE='IMPELAST'
                INATU=161
              ELSEIF (IMOD.EQ.2) THEN
                CMATE='IMPVOIGT'
                INATU=162
              ELSEIF (IMOD.EQ.3) THEN
                CMATE='IMPREUSS'
                INATU=163
              ELSEIF (IMOD.EQ.4) THEN
                CMATE='IMPCOMPL'
                INATU=164
              ENDIF
            ENDIF
C
 900        CONTINUE
          ENDIF
*--------------------------------------------------------------------*
*       3/ CAS DE LA FORMULATION 'LIQUIDE '                          *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'LIQUIDE') THEN
 
          IF (NMAT.EQ.0) THEN
            CMATE='ISOTROPE'
            IMATE=1
          ELSE IF (NMAT.EQ.1) THEN
            CALL PLACE(LISTMT,3,IPLAC,MATMOD(1))
            IF (IPLAC.EQ.1) THEN
              CMATE = MATMOD(1)
              IMATE=1
            ENDIF
          ENDIF
*--------------------------------------------------------------------*
*       11/ CAS DE LA FORMULATION 'NAVIER_STOKES'                    *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'NAVIER_STOKES') THEN
C
C         Option par defaut
          CMATE='NEWTONIE'
          IMATE=1
C
          IF(NMAT.GT.0) THEN
            CALL PLACE(LINAST,4,IPLAC,MATMOD(1))
            IF (IPLAC.EQ.4) THEN
              IMATE = IPLAC
              CMATE = 'NLIN'               
            ENDIF
          ENDIF
*--------------------------------------------------------------------*
*       13/ CAS DE LA FORMULATION 'EULER'                            *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'EULER') THEN
          CMATE='NEWTONIE'
          IMATE=1
*--------------------------------------------------------------------*
*       10/ CAS DE LA FORMULATION 'MAGNETODYNAMIQUE'                 *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'MAGNETODYNAMIQUE') THEN
C
C         Option par defaut
          CMATE='CORFOU  '
          IMATE=1
C
          IF(NMAT.NE.0) THEN
            IF(MATMOD(1).EQ.'POTENTIEL_VECTEU') THEN
              CMATE='CORFOU  '
              IMATE=1
            ELSE
              CALL PLACE(LISTMT,3,IPLAC,MATMOD(1))
              IF(IPLAC.NE.0) THEN
                CMATE=LISTMT(IPLAC)
                IMATE=IPLAC
              ENDIF
            ENDIF
            IF(NMAT.GT.1) THEN
              CALL PLACE(LISTMT,3,IPLAC,MATMOD(2))
              IF(IPLAC.NE.0) THEN
                CMATE=LISTMT(IPLAC)
                IMATE=IPLAC
              ENDIF
            ENDIF
          ENDIF
*--------------------------------------------------------------------*
*       8/ CAS DE LA FORMULATION 'CONTACT'                           *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'CONTACT') THEN
C
C         Option par defaut
          CMATE='UNILATERAL'
          IMATE=1
          INATU=0
C
          CALL PLACE(MATMOD,NMAT,IPLAC,'PERMANENT')
          IF (IPLAC.NE.0) THEN
            CMATE='PERMANENT'
            IMATE=2
          ENDIF
C
          CALL PLACE(MATMOD,NMAT,IPLA1,'FROTTANT')
          CALL PLACE(MATMOD,NMAT,IPLA2,'COULOMB')
          IF ((IPLA1+IPLA2).NE.0) INATU=1
C
          CALL PLACE(MATMOD,NMAT,IPLAC,'FROCABLE')
          IF (IPLAC.NE.0) INATU=2
*--------------------------------------------------------------------*
*       8/ CAS DE LA FORMULATION 'CONTRAINTE'                          *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'CONTRAINTE') THEN
          IMATE=0
          INATU=0
          IF (NMAT.NE.0) THEN
            CALL MODCLI(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(1))
            IF (IPLAC.EQ.1) THEN
              CMATE='DEPLACEMENT'
              INATU=1
            ELSEIF (IPLAC.EQ.2) THEN
              CMATE='ROTATION'
              INATU=2
            ELSEIF (IPLAC.EQ.3) THEN
              CMATE='RELATION'
              INATU=3
            ENDIF
          ENDIF
*--------------------------------------------------------------------*
*       12/ CAS DE LA FORMULATION 'MELANGE'                          *
* on renvoie le premier modele trouve !!!                            *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'MELANGE') THEN
C
C         Option par defaut
          CMATE = 'PARALLELE'
          IMATE = 3
C
          IF (NMAT.NE.0) THEN
            CALL MODMEL(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(1))
            IF (IPLAC.GT.0) THEN
              CMATE = MOMODL(IPLAC)
              IMATE = IPLAC
            ELSE
              IEXI=0
              GOTO 99
            ENDIF
          ENDIF
*--------------------------------------------------------------------*
*       14/ CAS DE LA FORMULATION 'FISSURE'                          *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'FISSURE') THEN
C
C         Option par defaut :
C           Mode de condensation : MAsse
C           Comportement de la vapeur : PArfait
C           Loi de frottement : BLASius
          CMATE = 'MAPABLAS'
C
          IF (NMAT.NE.0) THEN
C           MODE DE CONDENSATION
            CALL MODCDE(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,IPLA1,MATMOD(1))
            CALL PLACE(MOMODL,NMOD,IPLA2,MATMOD(2))
            CALL PLACE(MOMODL,NMOD,IPLA3,MATMOD(3))
            IF (IPLA1.EQ.0.AND.IPLA2.EQ.0.AND.IPLA3.EQ.0)THEN
              CMAT1='MA'
            ELSE
              IF (IPLA1.GT.0) CMAT1=MATMOD(1)(1:2)
              IF (IPLA2.GT.0) CMAT1=MATMOD(2)(1:2)
              IF (IPLA3.GT.0) CMAT1=MATMOD(3)(1:2)
            END IF
C
C           COMPORTEMENT DE LA VAPEUR
            CALL MODVAP(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,IPLA1,MATMOD(1))
            CALL PLACE(MOMODL,NMOD,IPLA2,MATMOD(2))
            CALL PLACE(MOMODL,NMOD,IPLA3,MATMOD(3))
            IF (IPLA1.EQ.0.AND.IPLA2.EQ.0.AND.IPLA3.EQ.0)THEN
              CMAT2='PA'
            ELSE
              IF (IPLA1.GT.0) CMAT2=MATMOD(1)(1:2)
              IF (IPLA2.GT.0) CMAT2=MATMOD(2)(1:2)
              IF (IPLA3.GT.0) CMAT2=MATMOD(3)(1:2)
            END IF
C
C           LOIS DE FROTTEMENT
            CALL MODFRT(MOMODL,NMOD)
            CALL PLACE(MOMODL,NMOD,IPLA1,MATMOD(1))
            CALL PLACE(MOMODL,NMOD,IPLA2,MATMOD(2))
            CALL PLACE(MOMODL,NMOD,IPLA3,MATMOD(3))
            IF (IPLA1.EQ.0.AND.IPLA2.EQ.0.AND.IPLA3.EQ.0)THEN
              CMAT3='BLAS'
            ELSE
              IF (IPLA1.GT.0) CMAT3=MATMOD(1)(8:11)
              IF (IPLA2.GT.0) CMAT3=MATMOD(2)(8:11)
              IF (IPLA3.GT.0) CMAT3=MATMOD(3)(8:11)
            END IF
*
            CMATE = CMAT1(1:2)//CMAT2(1:2)
            CMATE = CMATE(1:4)//CMAT3(1:4)
            IMATE = 1
            INATU = 1
          END IF
*--------------------------------------------------------------------*
*       15/ CAS DE LA FORMULATION 'LIAISON'                          *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'LIAISON') THEN
          IMO2 = 0
          CALL MODLIA(MOMODL,NMOD)
          CALL PLACE(MOMODL,NMOD,IMOD,MATMOD(1))
          IF (IMOD.EQ.0) THEN
            IEXI=0
            GOTO 99
          ELSE
            IF (NMAT.GT.1) THEN
              CALL PLACE(MOMODL,NMOD,IMO2,MATMOD(2))
            ENDIF
          ENDIF
          IF (IMOD.EQ.1.AND.IMO2.EQ.3) THEN
            CMATE='PO_PL_FL'
            IMATE=1
          ELSEIF (IMOD.EQ.1.AND.IMO2.EQ.2) THEN
            CMATE='PO_PL_FR'
            IMATE=2
          ELSEIF (IMOD.EQ.1.AND.IMO2.EQ.0) THEN
            CMATE='PO_PL'
            IMATE=3
          ELSEIF (IMOD.EQ.4.AND.IMO2.EQ.2) THEN
            CMATE='PO_PO_FR'
            IMATE=4
          ELSEIF (IMOD.EQ.4.AND.IMO2.EQ.5) THEN
            CMATE='PO_PO_DP'
            IMATE=5
          ELSEIF (IMOD.EQ.4.AND.IMO2.EQ.6) THEN
            CMATE='PO_PO_RP'
            IMATE=6
          ELSEIF (IMOD.EQ.4.AND.IMO2.EQ.0) THEN
            CMATE='PO_PO'
            IMATE=7
          ELSEIF (IMOD.EQ.8.AND.IMO2.EQ.9) THEN
            CMATE='PO_CE_MO'
            IMATE=8
          ELSEIF (IMOD.EQ.8.AND.IMO2.EQ.2) THEN
            CMATE='PO_CE_FR'
            IMATE=9
          ELSEIF (IMOD.EQ.8.AND.IMO2.EQ.0) THEN
            CMATE='PO_CE'
            IMATE=10
          ELSEIF (IMOD.EQ.11.AND.IMO2.EQ.2) THEN
            CMATE='CE_PL_FR'
            IMATE=11
          ELSEIF (IMOD.EQ.12.AND.IMO2.EQ.2) THEN
            CMATE='CE_CE_FR'
            IMATE=12
          ELSEIF (IMOD.EQ.10.AND.IMO2.EQ.13) THEN
            CMATE='PR_PR_IN'
            IMATE=13
          ELSEIF (IMOD.EQ.10.AND.IMO2.EQ.14) THEN
            CMATE='PR_PR_EX'
            IMATE=14
          ELSEIF (IMOD.EQ.15.AND.IMO2.EQ.2) THEN
            CMATE='LI_LI_FR'
            IMATE=15
          ELSEIF (IMOD.EQ.16.AND.IMO2.EQ.2) THEN
            CMATE='LI_CE_FR'
            IMATE=16
          ELSEIF (IMOD.EQ.17.AND.IMO2.EQ.22) THEN
            CMATE='PA_FL_RO'
            IMATE=17
          ELSEIF (IMOD.EQ.18.AND.IMO2.EQ.19) THEN
            CMATE='COUP_DEP'
            IMATE=18
          ELSEIF (IMOD.EQ.18.AND.IMO2.EQ.20) THEN
            CMATE='COUP_VIT'
            IMATE=19
          ELSEIF (IMOD.EQ.21.AND.IMO2.EQ.0) THEN
            CMATE='POLYNOMI'
            IMATE=20
          ELSEIF (IMOD.EQ.23.AND.IMO2.EQ.24) THEN
            CMATE='NEWMOD'
            IMATE=23
          ELSE
            IEXI=0
            GOTO 99
          ENDIF
*--------------------------------------------------------------------*
*       16/ CAS DE LA FORMULATION 'THERMOHYDRIQUE'                   *
*--------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'THERMOHYDRIQUE') THEN
C
C         Option par defaut
          CMATE='SCHREFLER'
          IMATE=1
C
          IF (NMAT.NE.0) THEN
             IF(MATMOD(1).EQ.'SCHREFLER') THEN
               INMAT=1
               CMATE='SCHREFLER'
               IMATE=1
             ELSEIF(MATMOD(1).EQ.'BETON_THM') THEN
               INMAT=1
               CMATE='BETON_THM'
               IMATE=1
             ENDIF
          ENDIF
*----------------------------------------------------------------------*
*       17/ CAS DE LA FORMULATION 'ELECTROSTATIQUE'                    *
*----------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'ELECTROSTATIQUE') THEN
C
C         Option par defaut
          CMATE = 'ISOTROPE'
          IMATE = 1
          INATU = 0
C
          IF (NMAT.NE.0) THEN
            CALL PLACE(LISTMT,3,IPLAC,MATMOD(1))
            IF (IPLAC.NE.0) THEN
              CMATE = MATMOD(IPLAC)
              IMATE = IPLAC
            ENDIF
          ENDIF
*----------------------------------------------------------------------*
*       18/ CAS DE LA FORMULATION 'DIFFUSION'                          *
*----------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'DIFFUSION') THEN
C
C         Option par defaut
          CMATE = 'ISOTROPE'
          IMATE = 1
          INATU = 0
C
          IF (NMAT.NE.0) THEN
            INMAT = INMAT+1
            CALL PLACE(LISTMT,3,IPLAC,MATMOD(INMAT))
            IF (IPLAC.NE.0) THEN
              CMATE = MATMOD(INMAT)
              IMATE = IPLAC
              INMAT = INMAT+1
            ENDIF
            IF (NMAT.GE.INMAT) THEN
              CALL MODDIF(MOMODL,NMOD)
              CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(INMAT))
              IF (IPLAC.EQ.0) THEN
                IEXI=0
                GOTO 99
              ELSE
                INMAT = INMAT+1
                IF (IPLAC.EQ.1) THEN
C     FICK (lineaire)
                  INATU = 0
                ELSE IF (IPLAC.EQ.2) THEN
C     SORET (non lineaire)
                  INATU = 1
                ELSE IF (IPLAC.EQ.3) THEN
C     UTILISATEUR (non lineaire)
                  IF (NMAT.GT.INMAT) THEN
                    INMAT = INMAT+1
                    INATU = -1
                  ELSE
                    CALL ERREUR(952)
                    RETURN
                  ENDIF
                ELSE IF (IPLAC.EQ.4) THEN
C DISSIPATION
                  CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(INMAT))
                  IF (IPLAC.GE.5) THEN
C LINEAIRE
                    CMATE = matmod(inmat)
                    inatu = iplac
                  ENDIF
                ENDIF
              ENDIF
            ENDIF
          ENDIF
*----------------------------------------------------------------------*
*       19/ CAS DE LA FORMULATION 'CHARGEMENT     '                    *
*----------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'CHARGEMENT') THEN
          INATU = 0
          CALL MOCHAR(MOMODL,NMOD)
          CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(1))
          IF (IPLAC.EQ.0) THEN
            IEXI=0
            GOTO 99
          ELSE
            CMATE = MATMOD(IPLAC)
            IMATE = IPLAC
          ENDIF
*---------------------------------------------------------------------*
*       20/ CAS DE LA FORMULATION 'METALLURGIE'                       *
*---------------------------------------------------------------------*
        ELSE IF (FORFO1.EQ.'METALLURGIE') THEN
          CALL MOMETA(MOMODL,NMOD)
          CMATE = 'METALLUR'
          INATU = 178
*---------------------------------------------------------------------*
*       21/ CAS DE LA FORMULATION 'CHANGEMENT_PHASE'                  *
*---------------------------------------------------------------------*
        ELSEIF (FORFO1.EQ.'CHANGEMENT_PHASE') THEN
          CALL MOCHPH(MOMODL,NMOD)
          CALL PLACE(MOMODL,NMOD,IPLAC,MATMOD(1))
          IF (IPLAC.EQ.1) THEN
            CMATE = 'CHPH_PAR'
            IMATE = IPLAC
            INATU = 179
          ELSEIF (IPLAC.EQ.2) THEN
            CMATE = 'CHPH_SOL'
            IMATE = IPLAC
            INATU = 180
          ELSE
            IEXI=0
            GOTO 99
          ENDIF
*--------------------------------------------------------------------*
*  22/   ENDIF correspondant a la FIN des formulations simples       *
*--------------------------------------------------------------------*
        ENDIF
*
      ELSEIF (NFOR.EQ.2) THEN
*--------------------------------------------------------------------*
* NFOR=2 1/ CAS DE LA FORMULATION 'LIQUIDE '+ 'MECANIQUE'            *
*--------------------------------------------------------------------*
        forfo2=formod(2)
        IF ((forfo1.EQ.'LIQUIDE'.AND.forfo2.EQ.'MECANIQUE').OR.
     &      (forfo2.EQ.'LIQUIDE'.AND.forfo1.EQ.'MECANIQUE')) THEN
*
*         La formulation suffit
          CMATE='LIQ+MECA'
          IMATE=1
        ENDIF
      ENDIF
C
 99   CONTINUE
C
      IF (IEXI.EQ.0) THEN
        CMATE='        '
        IMATE=0
        INATU=0
      ENDIF
 
      END