Material + Cycles File

#Material + Cycles File #

1. Your Material (Digital-Fitted Curves):


# NOTE !! Uses Fitted Curve Data  !!
# SAE 15B35 Quenched+Tempered Simul. Carburized Core, AISI Iter. 45 HRc=28
# Timken Elec.Furn. IngotCast HotRolled 32mm bar,  Q+T
# Chem.: 0.36%C .92Mn .010P .017S .21Si .21Cu .12Ni .11Cr .04Mo  0.0003B
# Inclusion Rating Type A (sulfide) 3.5 Thin, Type B,C,D = 0
# Pearlite= 75%, Ferrite= 25%  ASTM Grain Size No. (Min to Max)= 2 to 3
# Tested by F.Yin UToledo, 2001

#FileType= strain_life
#DataType= fitted
#Name= SAE15B35
#Name= AisiIt_45
#Stress_units= MPa
#Strain_units= strain
#Sy= 866.4
#Su= 939.9
#E= 215000 #Mod was reported as 219000. New averaged used.
#%RA= 64.5
#monotonic_K= 1172.5
#monotonic_n= 0.056
#TrueFractureStress= 1747.
#TrueFractureStrain= 0.10
#MaterialForm= bar
#FailureDef= 50% load drop
#BHN= 286
#Hardness, Rockwell C= 28

#Original No. fatigue data points=   18
#
#NOTE!! The Following Points are <b>FITTED DATA:</b>
#NOTE!! Fitted Stress computed using Experm. K' and n'

#_Total Strain   2Nf  Stress  Mean   Plastic Strain 
#_   Amp               Amp   Stress      Amp        EMod.
   0.89903          1  1083.7      0.   0.89399    215000. #Fitted_point
   0.57072          2  1042.4      0.   0.56587    215000. #Fitted_point
   0.31373          5   990.2      0.   0.30912    215000. #Fitted_point
   0.20008         10   952.5      0.   0.19565    215000. #Fitted_point
   0.12808         20   916.1      0.   0.12382    215000. #Fitted_point
   0.07167         50   870.2      0.   0.06762    215000. #Fitted_point
   0.04668        100   837.1      0.   0.04278    215000. #Fitted_point
   0.03081        200   805.1      0.   0.02706    215000. #Fitted_point
   0.01832        500   764.7      0.   0.01477    215000. #Fitted_point
   0.01275       1000   735.5      0.   0.00933    215000. #Fitted_point
   0.00918       2000   707.3      0.   0.00589    215000. #Fitted_point
   0.00633       5000   671.7      0.   0.00321    215000. #Fitted_point
   0.00503      10000   645.9      0.   0.00202    215000. #Fitted_point
   0.00416      20000   621.0      0.   0.00127    215000. #Fitted_point
   0.00343      50000   589.6      0.   0.00069    215000. #Fitted_point
   0.00307     100000   566.8      0.   0.00043    215000. #Fitted_point
   0.00281     200000   545.0      0.   0.00027    215000. #Fitted_point
   0.00256     500000   517.6      0.   0.00015    215000. #Fitted_point
   0.00241    1000000   497.9      0.   0.00009    215000. #Fitted_point
   0.00229    2000000   479.1      0.   0.00006    215000. #Fitted_point
   0.00215    5000000   455.4      0.   0.00003    215000. #Fitted_point
   0.00206   10000000   438.4      0.   0.00002    215000. #Fitted_point
   0.00198   20000000   422.1      0.   0.00001    215000. #Fitted_point
   0.00187   50000000   401.4      0.   0.00001    215000. #Fitted_point
   0.00180  100000000   386.5      0.   0.00000    215000. #Fitted_point
   0.00173  200000000   372.1      0.   0.00000    215000. #Fitted_point
   0.00165  500000000   354.0      0.   0.00000    215000. #Fitted_point
   0.00159 1000000000   340.8      0.   0.00000    215000. #Fitted_point

#

2. History Magnification or Multiplication factor

3. Enter Elastic Kt*Nominal (or Finite Element) Stress History (Rainflow counted cycle sets) Below:

MPa !

Cycle Set #1 : Smax Smin Cycles
Cycle Set #2 : Smax Smin Cycles
Cycle Set #3 : Smax Smin Cycles
Cycle Set #4 : Smax Smin Cycles
Cycle Set #5 : Smax Smin Cycles
Cycle Set #6 : Smax Smin Cycles

1. Your Material (Digital-Fitted Curves):

2. History Magnification or Multiplication factor

3. Enter Elastic Kt*Nominal (or Finite Element) Stress History (Rainflow counted cycle sets) Below:

4. (Page will be submitted to UoWaterloo Website)