2. Arborescence

sd_fiss_xfem (K8). :=record


♦ '. INFO 'OJB S V K16

'. MAILLAGE 'OJB S V K8


◊ '. CHAMPS. LVS 'OJB S V L


♦ '. LTNO 'CHAM_NO

'. LNNO 'CHAM_NO

'. GRLTNO 'CHAM_NO

'. GRLNNO 'CHAM_NO

'. BASLOC 'CHAM_NO

'. STNO 'CHAM_NO

'. STNOR 'CHAM_NO


♦ '. GROUP_MA_ENRI 'OJB S V I

'. GROUP_NO_ENRI 'OJB S V I

'. CARAFOND 'OJB S V R


◊% if the structure contains a crack base

'. FONDFISS 'OJB S V R

'. BASEFOND 'OJB S V R

'. FONDMULT 'OJB S V I

'. LTNS 'OJB SV K24

'. LTNT 'OJB S V K16

'. FOND. TAILLE_R 'OJB S V R

'. NOFACPTFON 'OJB S V I


◊% if the stitches are completely cut by the crack

'. MAILFISS. HEAV 'OJB S V I


◊% if meshes contain the bottom of the crack

'. MAILFISS. CTIP 'OJB S V I


◊% if meshes are cut by the crack and contain the bottom of the crack

'. MAILFISS. HECT 'OJB S V I


◊% if contact is defined on certain cracks in the model

'. MAILFISS. CONT 'OJB S V I


◊% if the crack is the result of propagation by the operator PROPA_FISS

'. PRO. RAYON_TORE 'OJB S V R

'. PRO. NOEUD_TORE 'OJB S V L

'. PRO. NOEUD_PROJ 'OJB S V L


◊% if a grid is associated with the crack by DEFI_FISS_XFEM

'. GRI. MAILLAGE 'OJB S V K8

'. GRI. LNNO 'CHAM_NO

'. GRI. LTNO 'CHAM_NO

'. GRI. GRLNNO 'CHAM_NO

'. GRI. GRLTNO 'CHAM_NO


◊% if the grid contains a crack base

'. FONDFISG 'OJB S V R


◊% if equal relationships between contact unknowns are imposed

'. LISEQ 'OJB S V I


◊% if equal relationships between contact unknowns are imposed and if there are Multi-Heaviside elements

'. LISEQ_LAGR 'OJB S V I


◊% if there are groups of connected vital edges

'. CNCTE 'OJB S V I


◊% if the JONCTION keyword was used

'. JONFISS 'OJB S V K8

'. JONCOEF 'OJB S V I

sd_modele_xfem (K8). :=record


♦ '. MODELE_SAIN 'OJB S V K8


♦ '. TOPOSE. PIN 'CHAM_ELEM

'. TOPOSE. PMI 'CHAM_ELEM

'. TOPOSE. CNS 'CHAM_ELEM

'. TOPOSE. HEA 'CHAM_ELEM

'. TOPOSE. LON 'CHAM_ELEM

'. TOPOSE. PAI 'CHAM_ELEM

'. TOPOSE. PJO 'CHAM_ELEM


♦ '. TOPONO. NHO 'CHAM_ELNO

'. TOPONO. HSE 'CHAM_ELEM


◊% if there are Multi-Heaviside elements

“. TOPONO. HFA “CHAM_ELEM

♦ “. TOPOFAC .PI” CHAM_ELEM

“. TOPOFAC .AI” CHAM_ELEM

“. TOPOFAC .CF” CHAM_ELEM

“. TOPOFAC .LO” CHAM_ELEM

“. TOPOFAC .BA” CHAM_ELEM

“. TOPOFAC .OE” CHAM_ELEM

“. TOPOFAC .GE” CHAM_ELEM

“. TOPOFAC .GM” CHAM_ELEM

◊% if there are Multi-Heaviside elements

“. TOPOFAC .HE” CHAM_ELEM

♦ “. LTNO “CHAM_ELNO

“. LNNO “CHAM_ELNO

“. BASLOC “CHAM_ELNO

“. STNO “CHAM_ELNO

“. NOXFEM “CHAM_ELNO

◊% if elements store information from several cracks

“. FISSNO “CHAM_ELNO

“. HEAVNO “CHAM_ELNO

♦ “. XFEM_CONT “OJB S V I

♦ “. NFIS “OJB S V I

“. FISS “OJB S V K8

“. XMAFIS “CHAM_ELEM

“. PRE_COND “OJB S V K8

sd_contact_xfem (K16). :=record

♦ “. CARACF “OJB S V R

“. ECPDON “OJB S V I

“. METHCO “OJB S V I

“. XFIMAI “OJB S V K8

“. XNRELL “OJB SV K24

◊% contact cards for the wide-slip approach

“. XFPO “CARTE

“. XFST “CARTE

“. XFPI “CARTE

“. XFAI “CARTE

“. XFCF “CARTE

“. XFHF “CARTE

“. XFPL “CARTE