Experimental chord length distribution function for a polycrystal
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HR_ AGED
(%RA)
@ 425~C
98,1
8
~- -
87.3
8 0
,a ~ - * .....
500
87,3 v03H2 0 0
b
~
~
-
r"
1.5 "~Ez.,,,,
------=
,
2.0
~_. 1.0 t9
I00
The a u t h o r s acknowledge the s u p p o r t of the Advanced R e s e a r c h P r o j e c t s Agency t h r o u g h the M a t e r i a l s S c i e n c e s P r o g r a m at Brown U n i v e r s i t y . 1. D. H. Averyand N. W,Polan:Met. Trans., t974, vol. 5, p. 1152. 2. N. W.Polan:Ph.D. thesis,July 1974,Divisionof Engineering,BrownUniversity, Providence,RhodeIsland. 3. W,F. Hosford: Trans. TMS-AIME, 1964,voL 230,p. 12. 4. J. F. Peckand D, A, Thomas:Tran~ TMS-ALClE, 1961,vol.221, p. 1240. 5. G, Langfordand M. Cohen: Trans.ASM, 1969,voL62, p. 623,
0.5
0 % ..... .25
t I0 ~
I I04
= ............... 1 IO ~ I06
IOt
CYCLES
Fig. 4--CompteteIy reversed bending fatigue strength of TS6, TSS KSI n,,,i CC~
4 POINTBENDING: HR. AGED AT 425~ 70% RED. 2 0 - - - 120--~ 24 9
tT_zoo (27 b~
Experimental Chord Length Distribution Function for a Polycrystal
GN/m ~ 1.4
ALAIN MOCELLIN
97*;* RED. 0 o-----
.%..%~
0
t,- 180
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