#
# Data set for MSU Multi-Stage Fatigue Model v.2.1 (Academic Version)
#
model_tag= MSF2

# Fields in the data set
# 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]
# DCS0 - Reference grain size (microns)
# DCS - Grain size (microns)
# GO0 - Reference grain orientation (units?)
# GO - Grain orientation (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
# excluded - Is dataset excluded? 0=no, 1=yes
# is_curve - Is dataset a curve only? 0=no, 1=yes
# experiment - (Stress/Strain/a, No. of Cycles)
# NFLOAD - Number of applied fatigue loads
# FLOAD - Fatigue loading [Nloadef, S, Smean or R, a, NCycles]
#
material= HSB55
tag= First 48
source= C:\MSF_sandbox\MSU Center for Advanced Vehicular Systems\MSF\application\HSB55.mat
comment= Runouts Removed
Emod= 210000
Syld= 560
Sult= 667
DCS0= 30
DCS= 30
GO0= 1
GO= 1
poresize= 265
porennd= 488
porosity= 0.002
porTH= 0.01
partsize= 20
partdev= 4.2
NTYPE= 2
MODEL= 2
NSPEC= 1
NSAMP= 1
excluded= 0
is_curve= 0
NFLOAD= 1
FLOAD= 1
2 0.001743 0.305095 -1 100
experiment= 48
0.001743 1.984e+07
0.001775 4.88e+06
0.001862 665000
0.001886 1.1037e+07
0.001929 961000
0.00194 530000
0.00196 433000
0.001988 616000
0.001993 1.68043e+06
0.002012 840000
0.002036 3.645e+06
0.002076 618000
0.002231 386300
0.00225 198500
0.002274 245000
0.002319 124000
0.002562 65300
0.002576 92000
0.002581 91500
0.002607 70400
0.002612 74400
0.003838 16525
0.003844 13100
0.003862 13798
0.003862 15950
0.00766 2189
0.007669 2304
0.007681 2065
0.015569 478
0.015593 501
0.015605 464
0.015619 486
0.038595 78
0.038633 79
0.038645 75
0.038652 82
0.079074 26
0.079121 23.3
0.079145 23.8
0.079219 23
0.154605 9
0.154626 8
0.154629 8.9
0.15466 8.2
0.305048 2.3
0.305076 2.8
0.305095 2.2
0.305112 2.8