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Several elements are available for use in the Lagamine code.
These elements are of 3 different types:
PLANI - 2D plane membrane - Type 5
CSTLS - 2D - Type 6
TRUSS - 2D truss - Type 7
BLZ2D - 2D - Type 8
PLXLS - 2D - Type 9
JET2D - 2D - Type 30
BOCHA - Force distributed on the sides of an element - Type 14
LICHA - Force distributed on a line - Type 15
STIFF - Concentrated stiffness - Type 17
SUCHA - Force distributed on a surface - Type 19
MEM2D - Plane membrane - Type 40
KIRSH - Plane shell - Type 41
MINDS - Plane shell - Type 42
JOIN2 - Junction between plane shell and solid - Type 43
LICHT - Flow distributed on a line - Type 115
SUCHT - Flow distributed on a surface - Type 119
VOCHT - Flow distributed on a volume - Type 120
FMILC - Pressure on 2D boundary - Type 113
FMIVP - Seepage+Evaporation on 2D boundary - Type 118
FMIV3 - Seepage+Evaporation on 3D boundary - Type 128
Q2MLC - Flow on 2D boundary - Type 116
WEPRO - Boundary condition between well and tank - Type 117
CPL2D - Type 202
CSOL2 - Type 203
MWAT2 - Type 205
SGRA2 - Type 207
SGRC2 - Type 218
SGRT2 - Type 230
BLZ2T - Type 208
CNTCP - Type 211
CNCAS - Coupled contact continuous casting - Type 215
FAIF2 - 2D fault interface - Type 209
FAIL2 - 2D fault interface - Type 210
FAIN2 - 2D fault interface - Type 214
CTMLC - 2D joint interface - Type 216
CZMEL - 2D cohesive zone model element - Type 220
CPL3D - Type 221
BLZ3T/BWD3T - Type 222
CSOL3 - Type 223
MWAT3 - Type 225
SGCPE - Type 622
CFI3D - 3D contact element - Type 212
FAIL3 - 3D fault interface - Type 213
FAIN3 - 3D fault interface - Type 217
FAIF3 - 3D fault interface - Type 227
CZM3D - 3D cohesive zone model - Type 224
JT3CP - 3D - Type 225 ??? This element exists in prepro but not in Lagamine ???
ADVB2 - Type 173
BOCH3 - Type 13
CM2D4 - Type 206
CONV2 - Type 161
COSR2 - Type 226
CZ2GR - Type 228
DASHP - Type 64
LIC2G - Type 17
MEFGM - Type 70
MWAD2 (MWADG2) - Type 255
REACT - Type 20
SGRCT (SGRACT2) - Type 219
SGRM2 - Type 76
SGRT2 - Type 230