SAE Standard Data File

#SAE Standard Data File #
Pick one: #FDE_plot #FDE_fit # #

# Stainless  17-4PH H900 steel   Load control R=0.1
# Use Sequiv.= sqrt(Sampl. * Smax ) converted to R=-1
# Condition: H900 AsRecived+ 1h#482C air cool
# Chem.: 15.2%Cr 4.47Ni 3.47Cu .65Mn .38Si 0.2Nb_Ti
# Chem.: 0.15Mo .03S .02C .016P
# Spec.: axial 6mm diam, 18mm long gauge length.
# Ref.: J-H Wu, C-K Lin, "Tensile and Fatigue Properties of
# Ref.: 17-4PH Stainless Steel at High Temperatures",
# Metallurgical and Matl. Trans. A, V33A June 2022 pp1715-1724
# The paper also shows data for 200C, 300C and 400C with not
# much diff. except for 400C.

#FileType= strain_life
#DataType= raw
#TIMEcol= 0
#NAME=  17-4PH_H900
#Name= StainlessSteel
#Stress_units= mpa
#Strain_units= strain

#Room Temp. props:
#Sy= 1387 mpa
#Su= 1414
#E= 223000
#%Elongation= 12.5 over 25mm
#BHN= 409  HRc=44.5
#Impact= 21 J  Vnotched

#Note!! Convert to R=-1      Seq=1.491Sa         
#Note!! Assume elastic for StrainEquiv. too.
#StrEquivAmp 2Nf SeqivAmpl. So PlsStrAmpl Emod
0.00262    74926   871   0   0   223000   
0.00242   248280   805   0   0   223000   
0.00242   308220   805   0   0   223000   
0.00232   572640   772   0   0   223000   
0.00232   603560   771   0   0   223000   
0.00222  1051600   738   0   0   223000   
0.00222  1555600   737   0   0   223000   
0.00222  3064200   738   0   0   223000   
0.00222  4032800   737   0   0   223000   #runout

#Raw R=0.1 Load control data:
## Nf   StsAmpl
#37463   584
#124140   540
#154110   540
#286320   518
#301780   517
#525800   495
#777800   495
#1532100   495
#2016400   494

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