*heading
Verification test of eigenstrain application (S4)
**
*preprint, model=no
**--------------------------------------------------------
*include, input=ABQ_am_special_purpose_types.inp
**--------------------------------------------------------
*node, nset=all
    1, -9.99, -9.99,  0.
   21,  9.98, -9.99,  0.
  421, -9.99,  9.98,  0.
  441,  9.98,  9.98,  0.
 8821, -9.99, -9.99, 20.
 8841,  9.98, -9.99, 20.
 9241, -9.99,  9.98, 20.
 9261,  9.98,  9.98, 20.
*ngen, nset=edge1
 1, 21, 1
*ngen, nset=edge2
 421, 441, 1
*ngen, nset=edge3
 8821, 8841, 1
*ngen, nset=edge4
 9241, 9261
*nfill, nset=face1
 edge1, edge2, 20, 21
*nfill, nset=face2
 edge3, edge4, 20, 21
*nfill, nset=all
 face1, face2, 20, 441
*nset, nset=bottom
 face1
*element, type=s4
 1, 1, 2, 443, 442
 10001, 1, 22, 463, 442
*elgen, elset=allh
 1, 20, 1, 1, 21, 21, 20, 20, 441, 420
*elgen, elset=allv
 10001, 21, 1, 1, 20, 21, 21, 20, 441, 420
*elset, elset=all
 allh, allv
*orientation, name=global
 1.,0.,0.,0.,1.,0.,0.,0.,0.
 3,0.
*orientation, name=ori_h
 1.,0.,0.,0.,0.,1.,0.,0.,0.
 3,0.
*orientation, name=ori_v
 0.,1.,0.,0.,0.,1.,0.,0.,0.
 3,0.
*shell section, elset=allh, material=amat, orientation=ori_h
 0.1, 5
*element solution-dependent variables
 2
 1, "RegionID",
 2, "IslandID",
*shell section, elset=allv, material=amat, orientation=ori_v
 0.1, 5
*element solution-dependent variables
 2
 1, "RegionID",
 2, "IslandID",
*element progressive activation, name=eigenstrain, elset=all, follow deformation=no
**--------------------------------------------------------
*material, name=amat
*elastic
 10000, 0.33
**Add Failure-cracking criterion
*damage initiation,criterion=maxps
243.3
**--------------------------------------------------------
*table collection, name="ABQ_EIG.Eigenstrain"
***
*PARAMETER TABLE,  TYPE= "ABQ_AM.BladeInterference"
**
**1. Powder Layer thickness (ovewriten by the PTK utility if zero)
**2. RiskFactor
**
0.0, 0.0
**
*parameter table, type="ABQ_AM_EigenStrain_Method"
 "PatternBased"
**
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S1"
 -1e-3, -0.5e-3, -1e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S2"
 -2e-3, -0.5e-3, -2e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S3"
 -3e-3, -0.5e-3, -3e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S4"
 -4e-3, -0.5e-3, -4e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S5"
 -5e-3, -0.5e-3, -5e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S6"
 -6e-3, -0.5e-3, -6e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S7"
 -7e-3, -0.5e-3, -7e-3, 0., 0., 0.
*parameter table, type="ABQ_AM_EigenStrain_Define", label="Eigenstrain_S8"
 -8e-3, -0.5e-3, -8e-3, 0., 0., 0.   
**
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_Activation"
 1., 
 1., 0., 0.,
 0., 1., 0.,
 0., 0., 0.,
 "Total Time",
 0.,
 20., 
**
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_Define", label="Pattern_A"
 0.,0.,5.,5.     , "Eigenstrain_S1",   0.   
 5.,5.,10.,10.   , "Eigenstrain_S2",   0. 
 0.,5.,5.,10.    , "Eigenstrain_S3",  90. 
 5.,0.,10.,5.    , "Eigenstrain_S4",  90. 
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_Define", label="Pattern_B"
 0.,0.,5.,5.     , "Eigenstrain_S5",  45.
 5.,5.,10.,10.   , "Eigenstrain_S6",  45.
 0.,5.,5.,10.    , "Eigenstrain_S7", -45.
 5.,0.,10.,5.    , "Eigenstrain_S8", -45.
**
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_ScanStrategy_Define", label="ScanStrategy_1"
 "Pattern_A", 
 0.,
 -20., -20.,   0., 
  20.,  20.,  10.
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_ScanStrategy_Define", label="ScanStrategy_2"
 "Pattern_B", 
 90.,
 -20., -20.,  10., 
  20.,  20.,  20.
**
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_ScanStrategies"
 "ScanStrategy_1"
 "ScanStrategy_2"
**
*parameter table, type="ABQ_AM_EigenStrain_PatternBased_Advanced"
 "LAYERBYLAYER", True
**--------------------------------------------------------
*step, inc=10000, nlgeom=yes, extrapolation=no, name=print
*static
 2., 20. ,1e-5, 2.
*activate elements, activation=eigenstrain, eigen time constant=1.
 "ABQ_EIG.Eigenstrain"
*boundary
 bottom, 1,6
** 
*output, field, freq=1
*node output
 U
*element output
 S, LE, EEIG, ESDV, MaxPsCrt,BladeInterfer
*end step