#
# Text output for model MSF2
#

# Solution settings
# EPS - Conv. crit. for DSIGMA(I)
# TNINCMAX - Max cycles for incubation
# TNSCMAX - Max cycles for small crack
# TNLCMAX - Max cycles for long crack
# M - Comment check code

# <label>= <value>
EPS= 1e-06
TNINCMAX= 1e+08
TNSCMAX= 1e+06
TNLCMAX= 1e+06
M= 0

# --------------------
# Fitted parameters
# tkPrm - Cyclic strength coefficient [MPa]
# tnPrm - Cyclic strain hardening exponent
# CNC - Constant related to Coffin Manson Law
# Cm - Ductility coeff. in Coffin Manson Law
# alfa - Ductility exponent in Coffin Manson Law
# qq - Exponent in remote strain to local plastic shear strain
# yy1 - Constant in remote strain to local plastic shear strain
# yy2 - Linear constant in remote strain to local plastic shear
# pusa - Geometric factor in micromechanics study
# r - Exponent in micromechanics study
# emodexp - Shape parameter for Young's modulus
# siexp - Shape parameter for particle size
# omega - Pore effect coefficient
# ainiC - Initial crack size contribution
# theta - Load path dependent and loading combination parameter
# TN - Exponent in Small Crack growth
# CI - LCF constant in small crack growth
# CII - HCF constant in small crack growth
# gg - Crack growth rate constant
# CTDTH - CTD threshold value
# afnl1 - Final crack size length (microns)
# dcsexp - Crack growth rate constant (G)
# poreexp - Effect of pore size to local plastic strain
# PGCA - Paris Crack Growth Parameter
# PM - Paris Exponent
# YGCF - Geometrical Correction Funtion
# A0 - Small crack length
# AC - Long crack length (at coalescence)
# GMOexp - Grain orientation effects exponent

# <label>= <value>, <fix?>, <min>, <max>
tkPrm= 340, 1,  20, 1000
tnPrm= 0.5, 1,  0, 0.75303
CNC= 482, 1,  0, 500
Cm= 74, 1,  -10, 200
alfa= -0.65, 1,  -1, -0.5
qq= 2.25, 1,  0, 5
yy1= 1150, 1,  0, 2000
yy2= 0, 1,  -1000, 1000
pusa= -1.02, 1,  -10, 10
r= 2.7, 1,  0, 5
emodexp= 1.6, 1,  1, 5
siexp= 0.41, 1,  0, 1
omega= 0.47, 1,  0, 1
ainiC= 5, 1,  0, 5.8909
theta= 0.1, 1,  0, 1
TN= 5, 1,  0, 10
CI= 1.8, 1,  0, 10
CII= 0.0005, 1,  0, 0.002
gg= 0.32, 1,  0, 1
CTDTH= 0.00011, 1,  0, 0.0003
afnl1= 500, 1,  0, 1000
dcsexp= 0, 1,  0, 1
poreexp= 0, 1,  0, 5
PGCA= 5.78e-09, 1,  0, 0.001
PM= 3.76, 1,  0, 5
YGCF= 1, 1,  0, 5
A0= 450, 1,  0, 50000
AC= 450, 1,  0, 50000
GMOexp= 0, 1,  0, 5

# --------------------
# Constants associated with an experiment
# material - Tag for material
# tag - Tag for data set
# source - Source of data set
# comment - Any other comment on data set
# Emod - Young's modulus [MPa]
# Syld - Yield stress [MPa]
# Sult - Ultimate Stress [MPa]
# SF - Schmid Effect due to grain orientation
# DCS0 - Reference grain size (microns)
# DCS - Grain size (microns)
# GMO0 - Reference grain Misorientation (units?)
# GMO - Grain Misorientation (units?)
# poresize - Pore size
# porennd - Pore nearest neighbor distance
# porosity - Porosity
# porTH - Porosity threshold
# partsize - Particle size average
# partdev - Particle size standard deviation
# NTYPE - Type of fatigue loading: 1=Crack length propagation, 2=Fatigue life
# MODEL - 1=Elastic, 2=Plastic
# NSPEC - No. of spectrum fatigue loads (0 for undetermined and crack length limit)
# NSAMP - 1=Strain, 2=Stress amplitude load
#

# --------------------
# Dataset 1
material= C93700
tag= C93700
source= C93700.data
comment= Atlas of Fatigue Curves
Emod= 75840
Syld= 126.4
Sult= 241.3
SF= 1
DCS0= 30
DCS= 30
GMO0= 30
GMO= 30
poresize= 500
porennd= 10
porosity= 0.002
porTH= 0.001
partsize= 30
partdev= 5
NTYPE= 2
MODEL= 2
NSPEC= 1
NSAMP= 1
excluded= 0
is_curve= 0
NFLOAD= 1

# Fatigue Loading [Nloadef, ΔS, Smean or R, a, Ncycle], 1 applied load(s)
2 0.003 0.04 0.1 100

# Experiment= 29 data points
0.00300593 1.29235e+08
0.00368358 1.00057e+07
0.00370984 1.65003e+08
0.00372743 1.17565e+08
0.00372743 2.0122e+08
0.00479605 3.13328e+06
0.00529187 1.63766e+08
0.00530392 1.23635e+08
0.00540117 3.86965e+07
0.0059511 1.29419e+07
0.0060451 2.61349e+06
0.00607219 3.50504e+06
0.00607219 6.81933e+06
0.00800601 2.60433e+06
0.0116008 590942
0.0123538 1.18366e+06
0.0123538 1.5106e+06
0.0124037 1.00327e+06
0.0170592 316856
0.017092 401049
0.0171248 507614
0.024217 327809
0.0243048 377283
0.0243488 145194
0.0243929 262230
0.0244371 119063
0.031639 17071.7
0.0390652 22533.4
0.0411317 75047.2

# MSFv1 Model
# StrainAmp, TNinc, TNc
# ROWS= 101
0.003, 4.74887e+07, 6.55481e+07
0.00337, 3.83752e+07, 3.22015e+07
0.00374, 3.0037e+07, 2.05028e+07
0.00411, 2.16235e+07, 1.45319e+07
0.00448, 1.60258e+07, 1.09505e+07
0.00485, 1.21699e+07, 8.59191e+06
0.00522, 9.43499e+06, 6.9395e+06
0.00559, 7.44608e+06, 5.72948e+06
0.00596, 5.96809e+06, 4.8133e+06
0.00633, 4.84887e+06, 4.10115e+06
0.0067, 3.98715e+06, 3.53573e+06
0.00707, 3.31384e+06, 3.07883e+06
0.00744, 2.78077e+06, 2.70411e+06
0.00781, 2.35372e+06, 2.39286e+06
0.00818, 2.00792e+06, 2.13146e+06
0.00855, 1.72519e+06, 1.90978e+06
0.00892, 1.49197e+06, 1.72019e+06
0.00929, 1.29802e+06, 1.55677e+06
0.00966, 1.13553e+06, 1.41496e+06
0.01003, 998446, 1.29112e+06
0.0104, 882067, 1.18236e+06
0.01077, 782678, 1.08635e+06
0.01114, 697332, 1.00118e+06
0.01151, 623669, 925315
0.01188, 559784, 857448
0.01225, 504130, 796511
0.01262, 455441, 741604
0.01299, 412678, 691968
0.01336, 374977, 646958
0.01373, 341623, 606027
0.0141, 312016, 568704
0.01447, 285651, 534583
0.01484, 262104, 503316
0.01521, 241013, 474597
0.01558, 222070, 448163
0.01595, 205014, 423782
0.01632, 189618, 401250
0.01669, 175688, 380389
0.01706, 163057, 361040
0.01743, 151578, 343065
0.0178, 141126, 326338
0.01817, 131589, 310749
0.01854, 122872, 296200
0.01891, 114889, 282601
0.01928, 107565, 269874
0.01965, 100836, 257946
0.02002, 94642.8, 246755
0.02039, 88933.8, 236242
0.02076, 83663.5, 226355
0.02113, 78791.3, 217045
0.0215, 74280.7, 208271
0.02187, 70099.4, 199991
0.02224, 66218.3, 192172
0.02261, 62611.3, 184780
0.02298, 59255.1, 177785
0.02335, 56128.5, 171160
0.02372, 53212.6, 164881
0.02409, 50490.2, 158923
0.02446, 47945.7, 153266
0.02483, 45565.1, 147891
0.0252, 43335.5, 142780
0.02557, 41245.4, 137915
0.02594, 39284.2, 133282
0.02631, 37442.3, 128867
0.02668, 35710.8, 124656
0.02705, 34081.8, 120638
0.02742, 32547.9, 116801
0.02779, 31102.4, 113135
0.02816, 29739, 109630
0.02853, 28452.2, 106276
0.0289, 27236.6, 103066
0.02927, 26087.6, 99992.3
0.02964, 25000.7, 97046.5
0.03001, 23971.8, 94222.1
0.03038, 22997.2, 91512.8
0.03075, 22073.4, 88912.5
0.03112, 21197.1, 86415.6
0.03149, 20365.5, 84016.9
0.03186, 19575.7, 81711.4
0.03223, 18825.1, 79494.4
0.0326, 18111.5, 77361.7
0.03297, 17432.6, 75309
0.03334, 16786.3, 73332.7
0.03371, 16170.8, 71428.9
0.03408, 15584.2, 69594.4
0.03445, 15025, 67825.8
0.03482, 14491.5, 66120.2
0.03519, 13982.3, 64474.7
0.03556, 13496.1, 62886.5
0.03593, 13031.6, 61353.1
0.0363, 12587.7, 59872
0.03667, 12163.2, 58441.1
0.03704, 11757, 57058.1
0.03741, 11368.3, 55720.9
0.03778, 10996.1, 54427.6
0.03815, 10639.6, 53176.3
0.03852, 10297.9, 51965.4
0.03889, 9970.28, 50793.1
0.03926, 9656.09, 49657.8
0.03963, 9354.63, 48558.1
0.04, 9065.27, 47492.6