##Model-A
##The same as 'AZ31B_Andar2012_002' but with one shape parameter (no file input)

name=AZ31B_Andar2012_00


###specify whether material is centro-symmetric: Y or N
###If no value is specified, the default is 'Y' 
assym=*


### The degree of the model (specified as the even degree of the model).
### If not specified, the model is assumed to be SHY43 (i.e., DEG=4)
DEG=14

###Directional data tensile uniaxial 
sT0 = 198
sT15 = *
sT225=*
sT30 = *
sT45 = 204
sT60 = *
sT675=*
sT75 = *
sT90 = 212

rT0 = 1
rT15 = *
rT225=*
rT30 = *
rT45 = 2
rT60 = *
rT675=*
rT75 = *
rT90 = 1.7

###Directional data compression uniaxial  
sC0 = 158 
sC15 = *
sC225=*
sC30 = *
sC45 = 157.5
sC60 = *
sC675=*
sC75 = *
sC90 = 157  

rC0 = 0.01 
rC15 = *
rC225=*
rC30 = *
rC45 = 0.01
rC60 = *
rC675=* 
rC75 = *
rC90 =  0.01


### Balanced-biaxial tensile/compression
### Note: if any of these values is missing on the next two lines, then default values of (sT0+sT90)/2 and (sC0+sC90)/2 are used 
sTb =  185
sCb =  141
### Note: if any of these values is missing on the next two lines, then default value of 1 is used for both 
rTb =  0.9
rCb =  0.9

#fileData=AZ31B_Biaxial_Andar.txt
fileData=*


ww=0.95

### Shape parameters 

LTAN=0.5
LUAX=0.6

LBAX=0
LBAX1=1
#LBAX2=1
#LBAX3=1
#LBAX4=1