*HEADING
 Thermal analysis of printing a 42-layer thinwall (LDED, Inconel625) 
 Inter-layer dwell time 0s
** Units: <mm,N,tonne,s,Celsius>
**------------------------------------------------
*INCLUDE, INPUT=ABQ_am_special_purpose_types.inp
**------------------------------------------------
*INCLUDE, INPUT = mesh_thinwall_ht.inp
*SOLID SECTION, MATERIAL=Inconel625, ELSET=PartToFabricate
*SOLID SECTION, MATERIAL=Inconel625, ELSET=Substrate
*SOLID SECTION, MATERIAL=Aluminum, 	 ELSET=Clamp
*ELEMENT PROGRESSIVE ACTIVATION, NAME="LDED.Printing", ELSET=PartToFabricate
**------------------------------------------------
*PHYSICAL CONSTANTS, ABSOLUTE ZERO=-273.15, STEFAN BOLTZMANN=5.67e-11
** Stefan Boltzmann constant unit: mW/(mm^2.C^4)
**------------------------------------------------
*MATERIAL, NAME=Aluminum
*DENSITY
** Unit: tonne/mm^3
 2.70e-9
*CONDUCTIVITY
** Unit: mW/(mm.C)
 237
*SPECIFIC HEAT
** Unit: mJ/(tonne.C)
 9.1e+8
**
*MATERIAL, NAME=Inconel625
*DENSITY
** Unit: tonne/mm^3
 8.44e-09
*CONDUCTIVITY
** Unit: mW/(mm.C)
  9.9,  20.
 10.8,  93.
 12.5, 205. 
 14.1, 315.
 15.7, 425.
 17.5, 540.
 19.0, 650.
 20.8, 760.
 22.8, 870.
*SPECIFIC HEAT
** Unit: mJ/(tonne.C)
 410e+06,  20.
 427e+06,  93.
 456e+06, 205.
 481e+06, 315.
 511e+06, 425.
 536e+06, 540.
 565e+06, 650.
 590e+06, 760.
 620e+06, 870.
*LATENT HEAT, SMOOTH
** Unit: mJ/tonne, C, C
 272E9, 1290., 1350., 18.
**------------------------------------------------
**Material Deposition
*PARAMETER
 beadWidth      = 3.35
 beadHeight     = 0.9071
**
*TABLE COLLECTION, NAME="ABQ_AM.MaterialDeposition"
*PARAMETER TABLE, TYPE= "ABQ_AM_MaterialDeposition"
 "LDED.PrintHeadDepositionTrajectory","Bead"
**
*PARAMETER TABLE,  TYPE= "ABQ_AM_MaterialDeposition_Bead"
 "Z", <beadHeight>, <beadWidth>, 0.,"Below"
**
*PARAMETER TABLE,  TYPE= "ABQ_AM_MaterialDeposition_Advanced"
 "Full",0.0,0.0,0.01,,,
**------------------------------------------------
**Moving heat source
*PARAMETER
 laserSpotRadius            = 2.
 penetrationDepth           = 1.1
 GoldakParamA  = laserSpotRadius
 GoldakParamB  = penetrationDepth
 GoldakParamCF = laserSpotRadius
 GoldakParamCR = laserSpotRadius
 GoldakParamFF = 2*(GoldakParamCF)/(GoldakParamCR+GoldakParamCF)
 GoldakParamFR = 2*(GoldakParamCR)/(GoldakParamCR+GoldakParamCF)
**
*TABLE COLLECTION, NAME="ABQ_AM.EnergyInput"
*PARAMETER TABLE,  TYPE="ABQ_AM_MovingHeatSource"
 "LDED.LaserPath","Goldak"
*PARAMETER TABLE,  TYPE="ABQ_AM_MovingHeatSource_Advanced"
 "True","False","Relative",0.0,0.0,-1.0, 1.0
*PARAMETER TABLE,  TYPE="ABQ_AM_MovingHeatSource_Goldak"
 10, 10, 10,
 <GoldakParamA>, <GoldakParamB>, <GoldakParamCF>, <GoldakParamCR>,
 <GoldakParamFF>, <GoldakParamFR>, 
 1.25
*PROPERTY TABLE, TYPE="ABQ_AM_AbsorptionCoeff"
 0.4
**------------------------------------------------
*Event Series, Name="LDED.PrintHeadDepositionTrajectory",
               Type="ABQ_AM_MaterialDeposition",
               Time=Total, input=es_thinwall_dwell0.inp
*Event Series, Name="LDED.LaserPath",
               Type="ABQ_AM_PowerMagnitude",
               Time=Total, input=es_thinwall_dwell0.inp
**------------------------------------------------
*INITIAL CONDITIONS,TYPE=TEMPERATURE
 All, 26.
**------------------------------------------------
*STEP,INC=80000, NAME=Printing, UNSYMM=YES, EXTRAPOLATION=NO
*HEAT TRANSFER
 0.5, 1794.24, 0.5e-10,0.5
*ACTIVATE ELEMENTS,ACTIVATION="LDED.Printing"
 "ABQ_AM.MaterialDeposition"
*DFLUX
 PartAndSubstrate, MBFNU, , "ABQ_AM.EnergyInput"
*FILM
 All, FFS, 26., 18e-3
** Unit: mW/(mm^2.C)
*RADIATE
 All, RFS, 26., 0.28
*OUTPUT,FIELD,FREQ=1
*NODE OUTPUT
 NT
*OUTPUT, HISTORY, FREQ=1
*NODE OUTPUT, NSET=NOutputTC1
 NT
*NODE OUTPUT, NSET=NOutputTC2
 NT
*NODE OUTPUT, NSET=NOutputTC3
 NT
*END STEP
**------------------------------------------------
*STEP, INC=80000, NAME=Cooling, UNSYMM=YES, EXTRAPOLATION=NO
*HEAT TRANSFER
 10, 500, 10E-10, 10
*FILM
 All, FFS, 26., 18e-3
** Unit: mW/(mm^2.C)
*RADIATE
 All, RFS, 26., 0.28
*OUTPUT,FIELD,FREQ=1
*NODE OUTPUT
 NT
*OUTPUT, HISTORY, FREQ=1
*NODE OUTPUT, NSET=NOutputTC1
 NT
*NODE OUTPUT, NSET=NOutputTC2
 NT
*NODE OUTPUT, NSET=NOutputTC3
 NT
*END STEP
**------------------------------------------------
*STEP, INC=80000, NAME=MoreCooling, UNSYMM=YES, EXTRAPOLATION=NO
*HEAT TRANSFER
 100, 10000, 100E-10, 100
*FILM
 All, FFS, 26., 18e-3
** Unit: mW/(mm^2.C)
*RADIATE
 All, RFS, 26., 0.28
*OUTPUT,FIELD,FREQ=1
*NODE OUTPUT
 NT
*OUTPUT, HISTORY, FREQ=1
*NODE OUTPUT, NSET=NOutputTC1
 NT
*NODE OUTPUT, NSET=NOutputTC2
 NT
*NODE OUTPUT, NSET=NOutputTC3
 NT
*END STEP
**===================================================================