#getFADs.f   vers 0.5 starts...
# API_X80 spiral welded pipe. 0deg. to rolled plate direction
# Specimens from thermo-mechanically rolled coil plates 1500mm wide 18.9mm thick
# Plate then formed in spiral welded 48"OD pipe. Prodominately Bainitic micro.
# with partial polygonal-ferrite.  Pipes not intended for strain-based design.
# Ref.: C.M. Spinelli et al, "Full Scale Investigation on Strain Capacity of
# High Grade Large Diameter Pipes," www.europipe.com ,Steel Pipes,
# Spec-Edition 1/2011.
#
#FileType= strain_stress
#DataType= engineering     #Can be "engineering" or "true"
#NAME= API_X80
#NAME= SpiralWelded
#NAME= pipeSteel
#Stress_units= mpa
#Strain_units= strain
#Sy= 625. mpa
#Su= 713. mpa
#eu= 0.062  #strain at Su : also called Ag or Uniform elongation
 # Found EMOD =   180000.00    
#E= 180000 mpa  26100 ksi # taken from graph
#BHN= 0. not reported
#%RA= 0. not reported
#EngrStr EngrSts_mpa TrueStr TrueSts
 #CHECK THESE Inputs:
 #Stress_units=mpa        Strain_units=strain    
 #EMOD=   180000.00      Sult=   713.00000      Syield=   625.00000    
# Checking for Upper Yld: Strain at yield=  0.00547 Syield=    625.0
#Lrmax=  1.07 < 1.20 indicates an  HSLA type material. No Lueders check needed.
#FADinput #E=  180000. mpa
#FADinput #Sy=  625. mpa
#FADinput #Su=   713. mpa
#FADinput TrueStrain TrueStress_mpa
#FADinput  0.00000    0.0
#FADinput  0.00192  337.6
#FADinput  0.00281  503.4
#FADinput  0.00370  568.1
#FADinput  0.00446  603.7
#FADinput  0.00566  627.5
#FADinput  0.00658  645.2
#FADinput  0.00763  657.0
#FADinput  0.00824  658.4
#FADinput  0.00869  665.8
#FADinput  0.01005  671.7
#FADinput  0.01171  678.9
#FADinput  0.01352  685.2
#FADinput  0.01728  696.9
#FADinput  0.02132  703.8
#FADinput  0.02564  712.0
#FADinput  0.03438  724.5
#FADinput  0.03851  731.6
#FADinput  0.04494  737.4
#FADinput  0.05077  748.0
#FADinput  0.06015  757.2
#FADinput  0.07074  761.0
#FADinput  0.07542  761.3
#FADinput  0.08121  761.4
#FADinput  0.08822  759.1
#FADinput  0.09338  749.9
#FADinput  0.10211  735.4
#FADinput  0.10843  720.0
#FADinput  0.11745  695.0
#FADinput  0.12663  661.7
#FADinput  0.13561  624.2
#FADinput  0.14438  578.8
#FADinput  0.15123  536.3
#FADinput  0.15961  471.6
#FAD1= 1
#Krmax= 0.707   #FAD1
#Srmax= 0.8     #FAD1
0.0 0.707       #FAD1
0.8 0.707       #FAD1
0.8 0.0         #FAD1

   0.0000000       1.0000000            #FAD2a
  4.45999987E-02  0.99972153            #FAD2a
  8.91999975E-02  0.99888587            #FAD2a
  0.13380000      0.99749106            #FAD2a
  0.17839999      0.99552965            #FAD2a
  0.22299999      0.99298239            #FAD2a
  0.26760000      0.98980922            #FAD2a
  0.31220001      0.98593891            #FAD2a
  0.35680002      0.98125571            #FAD2a
  0.40140003      0.97558522            #FAD2a
  0.44600004      0.96867925            #FAD2a
  0.49060005      0.96020091            #FAD2a
  0.53520006      0.94971210            #FAD2a
  0.57980007      0.93666625            #FAD2a
  0.62440008      0.92040968            #FAD2a
  0.66900009      0.90019870            #FAD2a
  0.71360010      0.87523782            #FAD2a
  0.75820011      0.84474707            #FAD2a
  0.80280012      0.80806446            #FAD2a
  0.84740013      0.76478493            #FAD2a
  0.89200014      0.71492660            #FAD2a
  0.93660015      0.65910208            #FAD2a
  0.98120016      0.59865284            #FAD2a
   1.0258001      0.53568864            #FAD2a
   1.0258001      0.0           #FAD2a

#FAD2b=       34      #FAD2b
   0.0000000       1.0000000            #FAD2b
  0.54023528      0.92637414            #FAD2b
  0.80545700      0.86820763            #FAD2b
  0.90895975      0.80966753            #FAD2b
  0.96589833      0.77137500            #FAD2b
   1.0040709      0.71890938            #FAD2b
   1.0323689      0.68590742            #FAD2b
   1.0511910      0.65164477            #FAD2b
   1.0534406      0.63269955            #FAD2b
   1.0652188      0.62119097            #FAD2b
   1.0704000      0.58563375            #FAD2b
   1.0704000      0.0           #FAD2b