WL-TR-94-4054
Volume 3, Chapter 7
DAMAGE TOLERANT DESIGN
HANDBOOK
D.A. Skinn, J.P. Gallagher, A.P. Berens,
P.D. Huber, J. Smith
University of Dayton Research Institute
300 College Park Dr
Dayton, OH 45469-0120
May 1994
Final Report for Period June 1991 - May 1994
Approved for public release; distribution unlimited
Materials Directorate
Wright Laboratory
Air Force Materiel Command
Wright Patterson AFB, Ohio 45433-7734
1
THIS DOCUMENT IS BEST
QUALITY AVAILABLE.
THE
COPY FURNISHED TO DTIC
CONTAINED A SIGNIFICANT
NUMBER OF PAGES WHICH DO
NOT REPRODUCE LEGIBLY.
Form Approved
REPORT DOCUMENTATION PAGE
OMB No. 0704-0188
Public reporting burden for this collection of information is estimated to average 1 hour per response, including the time for reviewing instructions, searching existing data sources,
gathering and maintaining the data needed, and completing and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this
collection of information, including suggestions for reducing this burden, to Washington Headquarters Services, Directorate for Information Operations and Reports, 1215 Jefferson
Davis Highway, Suite 1204, Arlington, VA 22202-4302, and to the Office of Management and Budget, Paperwork Reduction Project (0704-0188), Washington, ..DC 20503.
1. AGENCY USE ONLY (Leave blank)
4. TITLE AND SUBTITLE
VOL 3,
6. AUTHOR(S)
2. REPOR
Mr DATEWi^91-05/19/9i
3. REPORT,
E
MA¥ 1994
DAMAGE TOLERANT DESIGN HANDBOOK
I 5. FUNDING NUMBERS
jj
C F33615-91-C-561CJ
PE
62102
PR
2418
TA
04
WU
91
CHAPTER 7
D.A.
SKINN, J.P. GALLAGHER,
A.P. BERENS, P.D. HUBER,
J. SMITH
i 7. PERFORMING ORGANIZATION NAME(S) AND ADDRESS(ES)
PERFORMING ORGANIZATION
REPORT NUMBER
UNIVERSITY OF DAYTON RESEARCH INSTITUTE
300 COLLEGE PARK
DAYTON OH 45469-0120
10. SPONSORING/MONITORING
AGENCY REPORT NUMBER
9. SPONSORING /MONITORING AGENCY NAME(S) AND ADDRESS(ES)
MATERIALS DIRECTORATE
WRIGHT LABORATORY
AIR FORCE MATERIEL COMMAND
WRIGHT PATTERSON AFB OH 45433-7734
WL-TR-94-4054
I 11. SUPPLEMENTARY NOTES
*
12a. DISTRIBUTION /AVAILABILITY STATEMENT
12b. DISTRIBUTION CODE
APPROVED FOR PUBLIC RELEASE; DISTRIBUTION I£
UNLIMITED.
13. ABSTRACT (Maximum 200 words)
This report presents a compilation of mechanical property data that are useful for
damage tolerant design and analyses. The data of this handbook combines the old
data that were previously presented in MCIC-HB-OIR (Damage Tolerant-Design
Handbook, December 1983) and more recent data that were collected from various
sources. The fracture toughness, crack growth, R-curve, sustained load and
threshold data are for alloy and stainless steels, nickel based super alloys,
titanium alloys and aluminum alloys. .
j^^Sfäi&NICAL PROPERTIES
!
FRACTURE TOUGHNESS
SUBCRITICAL CRACK GROWTH
j17. SECURITY CLASSIFICATION
DECLASSIFIED
15. NUMBER OF PAGES,-
R-CURVES
SUSTAINED LOAD
THRESHOLD
18. SECURITY CLASSIFICATION
0FT
WÄSSIFIED
16. PRICE CODE
19. SECURITY CLASSIFICATION
0FA STBA
*
20. LIMITATION OF ABSTRACT I;
«SSIFlED
NSN 7540-01-280-5500
UL
Standard Form 298 (Rev. 2-89)
.'■:'■:
Prescribed by ANSI Std. Z39-18
298-102
{
GENERAL INSTRUCTIONS FOR COMPLETING SF 298
The Report Documentation Page (RDP) is used in announcing and cataloging reports. It is important
that this information be consistent with the rest of the report, particularly the cover and title page.
Instructions for filling in each block of the form follow. It is important to stay within the lines to meet
optical scanning requirements.
Block 1. Agency Use On\y (Leave blank).
Block 2. Report Date. Full publication date
including day, month, and year, if available (e.g. 1
Jan 88). Must cite at least the year.
Block 3. Type of Report and Dates Covered.
State whether report is interim, finai, etc. If
applicable, enter inclusive report dates (e.g. 10
Jun87-30Jun88).
Block 4. Title and Subtitle. A title is taken from
the part of the report that provides the most
meaningful and complete information. When a
report is prepared in more than one volume,
repeat the primary title, add vol ume number, and
include subtitle for the specific volume. On
classified documents enter the title classification
in parentheses.
Block 5. Funding Numbers. To include contract
and grant numbers; may include program
element number(s), project number(s), task
number(s), and work unit number(s). Use the
following labels:
Block 12a. Distribution/Availability Statement.
Denotes public availability or limitations. Cite any
availability to the public. Enter additional
limitations or special markings in all capitals (e.g.
NOFORN, REL, ITAR).
See DoDD 5230.24, "Distribution
Statements on Technical
Documents."
DOE - See authorities.
NASA- See Handbook NHB 2200.2.
NTIS - Leave blank.
DOD
Block 12b. Distribution Code.
Leave blank.
Enter DOE distribution categories
from the Standard Distribution for
Unclassified Scientific and Technical
Reports.
NASA- Leave blank.
NTIS - Leave blank.
DOD
DOE
Project
Task
Work Unit
Accession No.
Block 13. Abstract. Include a brief (Maximum
200 words) factual summary of the most
significant information contained in the report.
Block 6. Author(s). Name(s)of person(s)
responsible for writing the report, performing
the research, or credited with the content of the
report. If editor or compiler, this should follow
the name(s).
Block 14. Subject Terms. Keywords or phrases
identifying major subjects in the report.
C - Contract
G - Grant
PE - Program
Element
PR
TA
WU
Block 7. Performing Organization Name(s) and
Address(es). Self-explanatory.
Block 8. Performing Organization Report
Number. Enter the unique alphanumeric report
number(s) assigned by the organization
performing the report.
Block 9. Sponsoring/Monitoring Agency Name(s)
and Address(es). Self-explanatory.
Block 10. Sponsoring/Monitoring Agency
Report Number. (If known)
Block 11. Supplementary Notes. Enter
information not included elsewhere such as:
Prepared in cooperation with...; Trans, of...; To be
published in.... When a report is revised, include
a statement whether the new report supersedes
or supplements the older report.
Block 15. Number of Pages. Enter the total
number of pages.
Block 16. Price Code. Enter appropriate price
code (NTIS only).
Blocks 17.-19. Security Classifications. Selfexplanatory. Enter U.S. Security Classification in
accordance with U.S. Security Regulations (i.e.,
UNCLASSIFIED). If form contains classified
information, stamp classification on the top and
bottom of the page.
Block 20. Limitation of Abstract. This block must
be completed to assign a limitation to the
abstract. Enter either UL (unlimited) or SAR (same
as report). An entry in this block is necessary if
the abstract is to be limited. If blank, the abstract
is assumed to be unlimited.
Standard Form 298 Back (Rev. 2-89)
*U.S.GPO:1990-0-273-271
9*
•>
Table of Contents
VOLUME 1
Chapter
1
Page
Handbook Organization and Content
1-1
1.0
Overview
1-1
1.1
Organization
1-2
1.2
Data Ordering and Abbreviations
1.2.1 Sorting Order
1.2.2 Abbreviations
1-5
1-5
1-5
1.3
Material Chapter Summaries
1.3.1 Available Data Summary
1.3.2 Plane Strain Fracture Toughness Material
Data Summary
1.3.3 Plane Stress and Transitional Fracture Material
Data Summary
1.3.4 Fatigue Crack Growth Rate Material Data
Summary
1.3.5 Stress Corrosion Cracking Threshold Material
Data Summary
1-5
1-12
1-19
1.4
Alloy Section Summaries
1-21
1.5
Alloy Fracture Toughness Subsection Formats
1.5.1 Plane Strain Fracture Toughness Data
1.5.2 Plane Stress Fracture Toughness Data
1.5.3 R-Curve Data
1-23
1-25
1-25
1-29
1.6
Subcritical Crack Growth Subsection Formats
1.6.1 Fatigue Crack Growth Rate Data
1.6.2 Sustained Load Crack Growth Rate
1.6.3 Stress Corrosion Cracking Threshold
1-29
1-31
1-36
1-38
m
2
1-12
1-15
1-15
Methods of Calculation
2-1
2.0
2-1
2-1
2-3
2-4
Overview
2.0.1 Data Review and Acceptance Criteria
2.0.2 Fracture Mechanics Basis
2.0.3 Test Specimen Geometries
in
2.1
Plane-Strain Fracture Toughness (KIc)
2-12
2.2
Critical Plane Stress Fracture Toughness
2.2.1 Plane Stress and Transitional Fracture
Toughness
2.2.2 Plane Stress and Transitional Fracture
Toughness Testing
2.2.3 Critical Stress-Intensity Factor (K,.)
2-20
2-23
2-23
2.3
The Apparent Fracture Toughness
2-26
2.4
R-Curve (KR Versus Aaeff)
2-26
2.5
Fatigue Crack Growth Rate
2.5.1 Fatigue Crack Growth Behavior
2.5.2 Data Acceptance Criteria
2.5.3 Data Reduction Procedures
2.5.4 Data Reporting Procedures
2-30
2-30
2-32
2-33
2-35
2.6
Sustained-Load Crack Growth Rates
2.6.1 Sustained-Load Crack Growth Behavior
2.6.2 Data Acceptance Criteria
2.6.3 Data Reduction Procedures
2.6.4 Data Reporting Procedures
2-38
2-38
2-40
2-40
2-40
Threshold Stress Intensity (KIscc)
2.7.1 The Threshold
2.7.2 Conditions for Validity of Data
2-41
2-41
2-43
2.7
2-20
Alloy Steel Sections
3-1
3.0
Alloy Steel Material Summaries
3.0.1 Available Data Summary
3.0.2 KIc Summary
3.0.3 K,. Summary (Without Buckling Constraints)
3.0.4 FCGR at Defined AK Levels
3.0.5 K^ Summary
3-3
3-3
3-20
3-27
3-28
3-33
3.1
3.2
3.3
3.4
3.5
3.6
3.7
3.8
3.9
3.10
lONi Steel
12-9-2(MAR)
12Ni-5Cr-3Mo
18Ni(180)(MAR)
18Ni(200)(MAR)
18Ni(250)
18Ni(250)(MAR)
18Ni(280)(MAR)
18Ni(300)
18Ni(300)(MAR)
3-39
3-48
3-51
3-52
3-53
3-56
3-59
3-67
3-68
3-70
iv
^^
y^ß
3.11 18Ni(350)
3.12 18Ni(350)(MAK)
3.13 300M
3.14 300M(AM)
3.15 300M(VAK)
3.16 300MCVM)
3.17 4140
3.18 4330V
3.19 4330V(MOD)
3.20 4340
3.21 4340(AM)
3.22 4340(DH)
3.23 4340(EFM)
3.24 4340(MOD)
3.25 4340(VAR)
3.26 4340V
3.27 A286
3.28 AF1410
3.29 AF1410(VIM-VAR)
3.30 D6AC
3.31 Hll
3.32 HP9-4-.20
3.33 HP9-4-.20(CEVM)
3.34 HP9-4-.25(VAR)
3.35 HP9-4-.30
3.36 HP9-4-.45
3.37 HY-150
3.38 HY-180
3.39 HY-80
3.40 HY-TUF
3.41 Alloy Steel References
3-88
3-89
3-90
3-134
3-136
3-138
3-140
3-143
3-144
3-149
3-194
3-196
3-198
3-199
3-200
3-202
3-204
3-212
3-222
3-233
3-300
3-308
3-348
3-354
3-356
3-423
3-424
3-425
3-428
3-431
3-433
Stainless Steel Sections
4-1
4.0
Stainless Steel Material Summaries
4.0.1 Available Data Summary
4.0.2 KIc Summary
4.0.4 FCGR at Defined AK Levels
4.0.5 KIscc Summary
4-3
4-3
4-9
4-11
4-15
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
15-5PH
15-5PH(AM)
15-5PH(VM)
17-4PH
17-7PH
21-6-9 NI40
304
316
4-17
4-47
4-48
4-49
4-61
4-69
4-72
4-86
4.9
4.10
4.11
4.12
4.13
4.14
4.15
4.16
4.17
4.18
4.19
4.20
347
AFC 260
AFC 77
AFC 77(VAK)
AM 355
AM 362
AM 364
CUSTOM 455
PH13-8MO
PH14-8MO
PH15-7Mo
Stainless Steel References
4-92
4-97
4-98
4-103
4-106
4-107
4-108
4-109
4-119
4-193
4-194
4-197
VOLUME 2
5
Nickel Based Super Alloys Sections
5.0
5.1
5.2
5.3
5.4
5.5
5.6
5.7
5.8
5.9
5.10
5.11
5.12
5.13
5.14
6
Nickel Based Super Alloys Material Summaries
5.0.1 Available Data Summary
5.0.2 Klc Summary
5.0.3 K,. Summary (Buckling not Constrained)
5.0.4 FCGR at Defined AK Levels
5.0.5 Kfc« Summary
ASTROLOY 901
ASTROLOY P/M-H
ASTROLOY P/M-W
IN100
IN100 P/M-G
INCOLOY 901
INCONEL 600
INCONEL 625
INCONEL 718
NASA IIB-7 P/M
P/M RENE 95
RENE 95 (H&F)
WASPALOY
Nickel Based Super Alloys Reference
Titanium Alloys Sections
6.0
5-1
5-3
5-3
5-6
5-7
5-8
5-12
5-13
5-24
5-26
5-28
5-52
5-54
5-56
5-63
5-68
5-162
5-163
5-170
5-171
5-198
6-1
Titanium Alloys Material Summaries
6-3
6.0.1 Available Data
6-3
6.0.2 KIc Summary
6-15
6.0.3.1 K,. Summary (Buckling not Constrained) .... 6-18
6.0.3.2 K,. Summary (Buckling Constrained)
6-19
6.0.4 FCGR at Defined AK Levels
6-20
6.0.5 K^,. Summary
6-35
VI
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
6.10
6.11
6.12
6.13
6.14
6.15
6.16
6.17
6.18
6.19
6.20
6.21
6.22
6.23
6.24
6.25
BETA
BETA C
BETA III
BETA Ti
CORONA 5
IMI-834
Ti-*
Ti-10-2-3
Ti-4Al-3Mo-lV
Ti-5-2.5 ELI
Ti-5Al-2.5Sn
Ti-6-2-2-2-2
Ti-6-2-4-2
Ti-6-2-4-2 ELI
Ti-6-2-4-6
Ti-6A1-4V
Ti-6A1-4V ELI
Ti-6Al-6V-2Sn
Ti-6Al-6V-2.5Sn
Ti-6A12Sn4Zr6Mo
Ti-8Al-lMo-lV
Ti-Mo8V2Fe3Al
Ti-5A12.5Sn ELI
Ti-6A16V2Sn ELI
Titanium Alloys References
6-38
6-39
6-47
6-59
6-61
6-62
6-68
6-69
6-72
6-73
6-102
6-126
6-134
6-141
6-154
6-169
6-433
6-473
6-515
6-516
6-518
6-567
6-569
6-571
6-573
VOLUME 3
7
Aluminum 2000/6000 Series Alloys Sections
7-1
7.0
Aluminum 2000/6000 Series Material Summaries
7-3
7.0.1 Available Data
7-3
7.0.2 KIc Summary
7-8
7.0.3.1 K,. Summary (Buckling not Constrained) .... 7-10
7.0.3.2 K; Summary (Buckling Constrained)
7-12
7.0.4 FCGR at Defined AK Levels
7-13
7.0.5 KIscc Summary
7-25
7.1
7.2
7.3
7.4
7.5
7.6
7.7
7.8
7.9
2014
2020
2020 (ALCLAD)
2021
2024
2024 (ALCLAD)
2048
2091
2124
7-27
7-65
7-78
7-79
7-82
7-378
7-397
7-416
7-451
vn
7.10
7.11
7.12
7.13
7.14
7.15
7.16
7.17
7.18
7.19
7.20
2214
2219
2324
2419
2618
6061
A201
A357
AL905XL
IN905XL
Aluminum 2000/6000 Series References
7-556
7-561
7-654
7-657
7-668
7-674
7-682
7-686
7-691
7-704
7-719
VOLUME 4
8
Aluminum 7000/8000 Series Alloys Sections
8-1
8.0
Aluminum 7000/8000 Series Material Summaries
8-3
8.0.1 Available Data
8-3
8.0.2 KIc Summary
8-12
8.0.3.1 Kj. Summary (Buckling not Constrained) .... 8-16
8.0.3.2 K, Summary (Buckling Constrained)
8-19
8.0.4 FCGR at Defined AK Levels
8-20
8.0.5 KIscc Summary
8-41
8.1
8.2
8.3
8.4
8.5
8.6
8.7
8.8
8.9
8.10
7001
7005
7007
7010
7039
7049
7050
7050 (ALCLAD)
7075
7075 (ALCLAD)
8-45
8-53
8-62
8-63
8-80
8-81
8-136
8-435
8-452
8-745
7079
7079 (ALCLAD)
7080
7149
7150
7175
7178
7178 (ALCLAD)
7475
7475 (ALCLAD)
8-766
8-833
8-836
8-837
8-849
8-877
8-969
8-1019
8-1020
8-1292
VOLUME 5
8.11
8.12
8.13
8.14
8.15
8.16
8.17
8.18
8.19
8.20
vui
8.21
8-22
8.23
8.24
8.25
8009
8090
X7090
X7091
Aluminum 7000/8000 Series References
IX
8-1323
8.1328
8_1344
8-1348
8-1354
Foreword
This report summarizes the results of a damage tolerant, material property data
collection and reporting program conducted under USAF Contract F33615-91-C-5610.
The work was sponsored by the Materials Directorate of Wright Laboratory with Mr.
Jack Coate of the Systems Support Division serving as the project monitor. The
technical effort was conducted between June 1991 and January 1994. The work was
performed by the University of Dayton Research Institute under the general
supervision of Dr. Joseph P. Gallagher with Dr. Alan P. Berens serving as Principal
Investigator.
This final report comprises eight chapters which are presented in five volumes
as follows:
VOLUME
CHAPTER
1
1
Handbook organization and content
2
Methods of calculation
3
Alloy Steels
4
Stainless Steels
5
Nickel Based Super Alloys
6
Titanium Alloys
2
DESCRIPTION
Aluminum 2000/6000 Series Alloys
4&5
Aluminum 7000/8000 Series Alloys
A detailed listing of the materials represented in the Handbook is contained in
the preceding Table of Contents.
In the body of the Handbook, the pages are
numbered within chapters and the relevant portion of the table of contents is
repeated at the beginning of each chapter.
XI
CHAPTER 7
ALUMINUM 2000/6000 SERIES ALLOYS SECTIONS
7.0
7.0.1
7.0.2
7.0.3.1
7.0.3.2
7.0.4
7.0.5
7.1
7.2
7.3
7.4
7.5
7.6
7.7
7.8
7.9
7.10
7.11
7.12
7.13
7.14
7.15
7.16
7.17
7.18
7.19
7.20
Aluminum 2000/6000 Series Material Summaries
Available Data
Kjc Summary
K,. Summary (Buckling not Constrained)
Ks Summary (Buckling Constrained)
FCGR at Defined AK Levels
Kj,,« Summary
2014
2020
2020(ALCLAD)
2021
2024
2024(ALCLAD)
2048
2091
2124
2214
2219
2324
2419
2618
6061
A201
A357
AL905XL
IN905XL
Aluminum 2000/6000 Series References
7-1
7-3
7-3
7-8
7-10
7-12
7-13
7-25
7-27
7-65
7-78
7-79
7-82
7-378
7-397
7-416
7-451
7-556
7-561
7-654
7-657
7-668
7-674
7-682
7-686
7-691
7-704
7-719
o
u
m
<■■
eo
•4
w
»**
!■*
-W
T3
13
•M
"■"
'S
o
13
■*!■
V
04
V
T3
V
>
Si
0
Ü
tf
~
^
«
o>
(N
S3
04
©
CM
V
(D
«
to
s
09
-
8
CO
CD
-w
S g
o o
1.
la
E
IK
03
CD
bo
03
'5,
•v
§>
£
E
hi b
&
a
a
bo
bo
bo
T3
"Si
"ft
'ft
K
1
<£
E
£
"5
CO
C
o
E
2
*
ea
E
CO
s
CO
«
a
tu
o
M
u
«
o
as
E
a
E
5
ri&•
■w
o
1O -3s
u
5
diti
rea
S3
a
to
e
B
i s
lO
8
5
8
8
8
S
o
0)
£
B
£
H
B
Ä
>>
o
*—t
3
3
X
8
O
cs
j
CN
7-3
8s
o§
S
o ^
ffl
X
eo
a
O cö
Cd
fe
«
g5
a *
u
S
£
«
B
o
o
*M
^
M
^
-
~
*■
M
■W
1
-
IO
-Ö
CO
13
10
n
<#
**
CO
0>
CO
e*
CN
H3
©
>
Vi
0
<D
Ü
ti
*f
Tl«
«
CO
CO
c»
*•
o»
IO
CO
OO
CO
o
PQ
9
O
4)
O
a.
E
9u
9Ed
E
■s
«
«
cs
E
E
4}
IS
E
"3
E
&
£
1
CO
«
a
E
c
1
*
n
c
1 I 1
E
u
bo
e
•&
8
8
GT3
en
JS
be
c
■a
Cd
fc
ndition/
Treatment
H
roduc
Form
■M
o ^
Ü «
0)
ffl
w
m
«
O S
u J
b
M
CO
as
u
s
ä6.
Q5
w3
rt
w
K
X
E-
o|
Ed Ed
S "
Q
s
££
Q
U
B
«
?
Ed
2
o
s
<
u
o
a
a
's
J
u.
n Ed
BJ Z
=S
Ex
W
tN
U.
IO
N
m
s
3
a
O
a
+
a
Q
J
Ed
a
u
es
3a
N
z
s§
23
2S
a
ss
o u
Ö&
o
B
B
1
in
B
Ed
Ed
a
J
Ed
Ed
B
J
Ed
GO
B
B
B
>>
0
3
o
ä
7-4
B
■
s
*
"3
E
Ü
n
e*
«
-»
-Ü
13
-Ö
IO
to
13
o»
V
to
to
«
09
<0
CO
04
-0
V
>
s*
S
CD
IS
IO
U
tf
fc^
Z
O
io
to
io
»1-4
O
^«
IO
as
04
CM
O
CO
V
OJ
CO
cn
CD
c
o
c
o
M
2
s
CO
o
«>
-M
w
S g
3
X
CO
8
X
CD
x
E
03
x
in
E
SO
s
X
03
3
ea
E
X
03
■K
u
h fa
W
rf
«
X
CO
X
03
E
es
X
03
X
CO
E
B
2
to
be
ea
E
CU
•w
s
diti
rea
o g
CH
Ü rt
B
CN
12
1
O*
B
o
0»
B
in
s
B
IO
g
B
IO
B
CO
s
«0
s
B
s
IO
B
J? -w
CJ
X
*"N
>>
o
Ä
§
i
o
CN
7-5
o
S
C4
B
Ü
u
«0
«
00
«
£
K
-w
no
"S3
~
T3
00
d
00
13
«
CN
a»
to
to
to
V*
•0
0)
>
fa
0
o
Ü
ti
•*•
rf
-
*
s
CO
IO
t>
IO
3
5
to
«N
CN
CN
CN
«
CN
S
CN
E
E
o
oduc
orm
-w
1
E
1
CG
S3
V
a
E
0)
V
'S
E
a
a
E
E
a
'S
E
"a
E
E
«
a
E
"8
1
"C
■
1
©
a
E
a
fa PH
&
a
pa
00
C
"8
2
'&>
s.
60
C
s
1
sa
X
•+J
fl
o £
diti
rea
W
flH
.9
*»
Ü «
CO
Eti
in
CO
S
E
CO
CO
h
s
«
P
P
^
Ä
1
to
CD
in
Iß
P
P
to
p
Ä
io
P
IO
P
P
CN
IO
to
P
p
P
t>
0)
>>
3
S
l
CN
7-6
|
P
s
P
ffl
0
P
■v
a»
CM
CN
CN
V
ü
to
w
0»
CO
-w
H3
^
-0
«
13
©
CN
Cl
to
CO
IO
0»
C4
DO
bo
bs
00
C
c
bo
C
O
cs
a
U
1
&
CN
V
>
h
0
Ü
ti
tN
CN
CO
rf
O
^
CO
Ifl
CO
M
o
-w
s £
CO
0 P
Vi fe
CU
E
a
E
a
03
■a
cd
CO
E
en
CO
be
1 1
E
c
•a
u.
U
t-
<
u.
or
©
2>*
-w
Ö
dition/
reatme
W
-1
AT«
Of
8
s
IS
feg
p
AH
o *,
s
B
us
82
s
S
10
CN
in
e
12
o Of
•8
•c
££
3
&
•c
g.
»
K
si
K
IG
s
E" E
0)
s
5
ü
U3
CO
>»
o
s
a>
3
<N
N
i—
CO
CO
o
5
tf
1ft
O
d
s
'
7-7
■o &
OB Q
(3
CO
:
01
O
CO
00
t>
^"
©
•**
i
i
!
CO
'
i
i
I
i
!
1
1
to
1
j
i
1
!
1
!
eo
I
I
1
i
1
1
8
1
t*
©
t>
CN
I
en
o
CO
■*
to
©
I
a
©
©
I
IO
!
8
8
1
s
i
■*
o
2
©
to
CO
e
e o >4
© *3
« CD H
0
o
•^
IS
5a
C
a
a
*C
ö
s
s
t-
to
■v
CN
ft
H
• F*
Ä 03 H
CO
CN
CO
!
!
IS
so
8
j
i
o
CN
^
w
1
CO
©
1
:
V
03
CN
C4
t-
j
CN
.
a
eo
V
s
IS
8
.
e
*■«
00
IS
©
^ »>*
O
o
©
©
e-
to
8
©
3
©
C4
©
$
8
8
IS
CN
£
1-1
■
ft
CM
o
o
OB a
a o
^
t
•« 2;
■w
©
lO
o
•
"0
£
£ 9
CO Q
a
,
©
:
r»
CO
00
j
CO
S
h-3
c
Min
Spec
Thk
©
CN
o
•
o
s
**
■^
O
eo
1
i
to
CN
o
CN
CO
CO
s
10
R
8
o
"
~
!
!
i
i
eo
i
i
to
i
8
i
o
nge of
•oduct
ckness
(in.)
1
GO
s
CO
8
lO
8
s
CO
s
s
8.
!
CO
©
CN
8
8.
8
CO
8
IO
8
o
•«•
CN
CN
t>
CN
•V
©
©
■*■
^
CN
3
a
O
eo
CN
S
^"
S
«
CN
s
8
s
8
s
s
s
s
8
©
i
*"
PQ
s
©
CO
V
©
CN
f*
!
o
Ö
CO
CN
to
o
c4
CN
a«g
-*j
§s
»1
bo
•ft
£
a
CO.
be
*o
•a
£
<o
a
EC
bo
'&
£
©
a
£
«ea
a,
«
«
E
CO
0-
«
ca
E
cs
|
c
?
■s
u
p
©
cs
tu
Cd
§
?
*
1
?
Cd
t?
£
on/
tment
Hi
C5
Ed a
26
B
IO
B
B
CN
B
p
B
led
B a
o +,
Ea
o
a
«
3u
"• Cd
*d
|
i s s
to
J Ch
u
63 "
K
>>
0
3
B
s
ffl
so
s
©
CN
7-8
CN
©
3j
CN
to
B
•o &
o
CN
{
«2 Q
j
r/)
£
ß
o
•IW
$
o
tf
*•
CN
CN
co
a
O
©
so
©
co
*r
t»
CO
IS
"0 £
IO
o
5e
C
s
«
s
00
to
o
to
S
o
0
o
{
!
CO
CO
!
CO
©
CN
CD
IO
CO
IO
CN
I
CN
*
s s
8
a
8
*"
01
00
s
CO
CN
a
©
*"*
CN
CO
c*
*•
IO
CN
CN
*+
CO
■V
Cft
*»■
i
CO
CN
CN
so
|
8
8
8
CN
CN
•w
e
CN
V
©
CN
^
CO
*■
CO
CN
s
I
10
CO
i
OS
IS
CN
s
CN
o
10
^
a Si
CO
v
s
a &o
s
w*
O»
©
!
«0
s
IO
•prt
CO
Min
Spec
Thk
•ST
eo
CN
CN
co a
-tJ
ks
t»
*
pM
,
CO
Min
Spec
Thk
e
^»
«
flO
8
"8 5
o»
co a
c
Hi
.5 • e>
S CUE
ä CD t*
59*0 x fl
fl p ö c
a>
o
S
©
JS
o
8
CO
CN
00
CN
e-
^
tCN
e-
OS
CN
CO
*"
*
CO
o
CO
s
c
T* It
0 ü j)
*■*
S
CN
CN
to
CO
s ao
8
8
8
,-
o
E
s
,
o
CO
CN
i
^eo
*•
CO
CO
o
to
CN
CO
CN
f
CN
\
1
s
]
1
©
cn
s
CO
V
i
a
CO
CN
1
a
8
CO
o
CO
ao
IS
8
a
s
a
8
S5
3
IS
a
8
CN
CO
CO
e-
CN
to
fN
•-
8
-*
8
CN
E
E
E
E
B
8
**
©
v*
o
~
o
8
CN
CO
O
e»
1
**
8
8
w
CN
8
s
*
eo
to
o
CO
CO
**
*"*
^
a
a
Ss-g
-W
§S
S
"8r
S fa
CB
E
bo
CO
"Ö
•&
if!
(S
«
c
to
o
«
b.
©
CO
«
01
0
«
tu
tu
E
—
B
^
—
&
-t>»
fl
^0 -Öa
'■•2
3 ©
S
AH
en
A
Ä
r-
s
CO
Iß
s
\a
B
s
*H
to
S
s
B
OS
^
CN
s
B
,9
U **
«
s
8
B
b
8 £
S
«
ffl
>»
0
M
00
o
CN
"«■
v
0»
Ol
CO
CN
CN
s
CN
CN
^
7-9
5
!
I
1
i
I
i
i
i
i
'
i
i
i
j
1
i
j
!
i
j
[
j
j
1
i
N;
CO
;
i
i
1
1
i
I
CO
B
'
•
'
1
'
!
:
CN
CO
i
0
!
i
i
j
|
1
i
!
i
aL
i
i
j
i
i
;
!
B
1
i
1
j
!
'
<a
1
i
!
a
i
i
:
>
e
j
*
Q
-B
e
1
a.
s
.2
*>
q
1-4
IO
!
i
\
1
1
1
i
!
\
! |
i
1
C4
j
i
1
1
«
I
!
i
I
!
i
!
i
i
!
1
!
i
i
I
!
i
1
C*
i
i
i
i
1
1
i
!
i
1
i
i
©
CO
id
1
1
I
1
!
1
i
:
«1
o
:
ö
I
1
!
1
i
1
i
I
•
c*
i
1
i
I
CO
i
1
!
i
i
*
1
CD
CO
a
i
[
i
:
:
i
i
CN
j
!
!
X
j
:
j
tN
00
CO
©
CO
CO
cd
o
o
!
1
i
1
5
1
i
!
U3
CN
~.
CN
IO
cd
pi
CO
^ es
o
^
9!}
CO
CB
IO
ex
6
a;
1
JA
D
.2
c
&
H «8
«1
1
8
CO
09
« Ä
s:
8
IS
CN
iH
d
3
9
i
■■«
a
S
a
o
0
C4
CS
C4
CN
CD
CN
CO
t»
i
CO
!
1
1
1
CN
CO
GO
•
c
OS
cs
q
d
i
a)
us
00
IO
d
a»
CO
CO
CD
CO
IO
M
^
0>
0»
id
to
©
to
©
to
CO
<N
CO
c^CO
IO
id
o
CO
o
©
2
'S Ö
d
o
CO
o
CO
o
1
«
CO
CO
CO
o
!
e
«p
2
s s •*•IO 13
CO
CO,
CN
CO
w
CN
et
o
o
o
s
CN
CO
CN
CO
CN
CO
o
ei
o
o
o
8
CO
0»
CO
©
CO*
CO
CO
CO
0
S
s.
o
©
©
CO
o
©
CN
o
cd
©
©
6
CN
CO
o
CO
CO
-3
J
t^
0
u
to
o
©
to
eo
O
tN
«0
i-3
J
fi
-4
&4
^2 **a
S
B
12
>
«
•er
o
O
CN
CN
CN
ao
CN
7-10
©
CN
E-"
B
o
to
CO
O
1 Sfc
09
t»
o
02
PI
IO
00
id
t»
S
AUoy
d
Yield
Strength
(Ksi)
e
to
to
o
id
Specimen Thickness (in.)
n - Sample size \i - Mean a • Standard Deviation
GQ
CO
1
Q
H
Q
©
o
10
c
CO
*
•
=L
cc
:
i
»
CJ>
to
CO
CO
i
1
i
1
j
1
i
i
;
o
en
t0
CO
CO
s '
N
\
!
!
1
1
i
j
1
CN
1
t
i
i
!
1
i i
1
o
i
I
:
!
to
i
'
1
i
1
1
1
1
I
1
«0*
I
1
i
!
!
1
1
!
i
00
:
\
i
1
i
i
'
e
i
1
i
I
CO
a
i
oi
a
!
:
:
i
00
IO
i
i
s
1
i
1
1
IO
I
1
i
o
*6»
en
o
CO
CO
CO
id
to
2
to
to
iä
to
to
to
IO
IO
to
•«•
to
o
o
©
o
o
©"
to
e
N
!
e
1
to
04
a
j
255
c
1
to
0
1
00
SL
i
e
o
od
o
04
1
©
IS
M
00
©
eo
CO
o
=
to
en
CN
IO
i
p
t-
O
O
M
6
Yield
Strength
(Ksi)
©
to
CO
*->
-a g
a
»
S
O
«
a
as
©
CO
to
'
CO
en
ei
CN
C*
2
CO
Ö
C*
©
o
to
5
to
CN
IO
CO
i>
IO
g
o
o
CO
©
04
«?
en
s
eo
10
o
CO
>P4
+»
C
••
*s
J
J
E-
E-
fi
►A
o
*». «
2 -5es
'5
OS
E-^
K
to
to
B
IS
OS
l>
to
B
o ^
U S
3
>>
o
en
5
7-11
Specimen Thickness (in.)
n - Sample size \i - Mean o - Standard Deviation
65
1
a
i
A
B
IS
<N
i-l
w
es
o
<£
00
CN
CO
i
J
1
=t
1
•
j
I
•
s
!
:
;
:
1
1
;
CN
CN
0
!
'
i
i
I
i
!
!
A
'
*
5
i
i
i
i
e
1
i
•
i
'
i
i
0
3
GO
U3
to
00
CO
«j
CO
CO
lO
eo
IS
10
i
i
;
j
lO
f*
CN
<*
CO*
0»
CO
1
1
IO*
CO
to
CN
CN
CO
i
i
1
1
i
i
i
1
1
1
1
i
1
i
1
!
i
i
j
i
i
j
j
i
!
!
i
j
!
i
!
; «
1
!
CD
CO
zL
«**!
o
o»
CO
s
©
Yield
Strength
(Ksi)
W
o
id
:
C
OT
©
00
i
d
6
•V
O
■0*
ej
to
to
lO
ci
to
cm
to
3
eo
o
to
m
CO
CO
Ö
00
«
CO
"2 e
G
•«'
N
©
00
©
o
o
CO
CO
©
o
o
«3
CO
o
o
o
o
©
to*
CO
CO*
CO
CO
o
CO
S
>P4
o
0
*»
c
.2
O
a
03
» a£
Hf2 w
H
Jl
o
N
PS
**-:
IT*
OS
K
J
J
J
fi
*-•
E-
3
IH'
si
e
1 1
B
CN
B
G H
0 «i
£
tN
B
U B
0
S
>>
0
%
0*
CN
o
O
w
CN
7-12
6w
O
m.
e
d
1
I!
QO
©
■
o
••
©
I
I
I l_l I I III I.
JIM .
I.
DO
CD
Q
W
B
cu
U
CO
2?
I I It II ■'"'■ ■'•'•'
9
d
ö
o
g
g< g
<:
o
; - ■ -^—^—^"~~-~"
CO
os
N Cd
o ffl ^
o
HSU
tc
5sQ
H fa —
&
a
P
assg
BO
£x
CO **
O
I
z
I
7-13
VÄÄ"
CM
O
■
ill
N
H
?
wife 8 ;s
flll-Sy;
o
CO
•
•
©
Äff
g ■
lii
Z
O*
■IP
Ö lllllli
E 11111111
IO
OS
Ä*
v.mt
CD
IO
GO
CM
s
09
a
N
CO
CO
CD
CD
CO
o
■*
CO
CO
©
-••
O
1-H
■
?
M
CO
CO
N
CO
CO
:§»$
"*
CD
*-*
t-4
■*
3
CO
CM
CM
o
o
o
IO
10
o
o
IO
IO
IO
CM
CO
CO
o
o
**
t-l
CM
«-4
•*
CM
■*
o
o
CM
CM
CM
CM
CM
us
o
o
d
IO
IO
•*
d
d
CM
CM
d
d
CM
CM
CM
id
id
C5
d
d
&l!ps&^Ä
-
IRBftl
d
«fllii
op
CM
CM
d
E-
w
X
IO
d
d
10
9
Ed
Ed
■<
fcd
X
J
o
d
Ed
Ed
X
CO
CO
CO
o
d
■op-;.;.
ig
B
IO
B
B
e
Ä &■*
<
H
Z
IO
IO
&
o
B
CM
*
|ls*Ä; «r
0&Mm:M
©
•>*
CO
a
CO
■
■I«
01
■*
•*
■»:Jftv
GO
O
CM
CM
8s
illftlll
^ÄSE^Äi*
S
mm
«
o
o
o
o
CM
7-14
CM
O
C4
CM
O
CM
o
d
d
;iÜ
S
tu
O
<N
WM&
N
O
•■ | j;«s';:
■
'■■■:w
ö
::
lip
I
:i
*
9'
■■T-',
is
2
1
6
CM
co
CO
t-
s
tCO
CM
■*
00
CM
CO
cö
eri
0>
o
d
•*
§
9
a
oo
o
o
o
CM
eri
d
00
CM
oi
1-*
3
CO
CO
*"*
CO
lO
g
d
CO
ti-H
g
CO
CD
00
d
CD
CB
CM
CM
CD
CD
CP
s 3
s
CO
d
CM
CO
U3
CM
O
o
S^^S¥:-:S-:S'
lllllll
§
o
so
co
eo*
lO
lO
CO
d
||
Ifpipii!
Iplglll
*-4
o
o
CO
o
6
o
o
CM
o
CM
es
CO
CO
CO
CM
lO
CO
CM
•H
*?
:
-;
.:-';:■::;':':-.:'-'.';
W: ^::Si*E:SS:S::SS
%^-':M:'pH
e
o
Ü
»
»
B
au
o
s
*
<
«i
a
00
a
©•;
9
OS
A s
u .■V:"-0..:.:c:-
s
CM
IH
3
6
ö
d
d
CO
CO
d
d
»■*
10
9
O
d
d
•<*
d
00
d
**
*?
S£
05
Gfi
ö
M
mteml
CO
i
1s
igpSIIllI
w
5
d
KB
1
EH
Ei)
w2
G3 C
63
X
CO
1111
fr*
ü
S5i
•o
lilllll
o
p
<<
H
Z
sti
IS
iipllliiiii
i^i-igM::.
yXyi ■'■ :■£&■■■■..:.';.
'
S&SSSÄS ^ssS^i^^S*
o
-*2
V-O-;.:;;:;: :;';:..v
CM
e
§
7-15
in
o
CO
■
N
H
o
CO
9
m
sd
x
10
n
to
S
d
d
d
ö
lO
»o
IO
CO
d
H
Z
0
o
d
llll
Ü
o
d
d
©
*< s
ft. Ö
MJÜ&ÄtfiiMiHJliÜJM^
-2
••
Z
O
i
z
Ml
I
».
g
7-16
o
o
s
:SJS£:
<*
N
X
•
o
1
Ü
lllfllll
8I
Z
C
s
I
E
■
'■«':;
•w
l lim
w»
g
a
a
8:»*
ej
■
to
-,.o
-Mmw lH
«a
o
io
o
3
Q
m
to
te
co
§
CO
o
o
—4
«
a
03
c-
1-4
*-4
M
IO
IO
M
CO
o
o
i-4
o
to
to
IO
o
o
o
d
o
CJ
a
o
o
N
IO
~*
IO
IO
CO
00
d
en
IO
CO
IO
CO
O
sd
1-4
O
§
o
co
d
s-::'BJ-;.>»*'--:::,v;...;;
o
00
s
CM
o
Ö
■ SMs' -; ■
X
es
■*
CO
d
IIÄtlllllll
e
rH
■
O
*
O
S**Äi
o
Ü
H
•<*
o
■*
o
lO
o
o
o
00
o
CO
o
CO
o
00
o
CO
o
00
o
o
o
o
o
CD
CO
H
D
OS
CO
j
Sp
IP
z
o
B
;V
-8§
iiii»iiiii
Ö
Ä5*:ki^^s;
IsÄÄS
^
^
H
Z
-2
2 °
io 'S
IO
^ä;^^äW
«
o
o
CM c
7-17
o
o
«4-1
o
7-18
O
III
N
H
o
w
1
Ulli
■
'".•*■.'"
1
«Hi £l»p
lltplt
o
■vtf
lip
Älifpl?
:■■:':'-"::'-
CM
t>
5 5
*2 *:*:*:*:
IIIJKI Ä
o
*
0>
CO
CO
CO
CO
IO
■*
ffi
cö
3
§
c-
CO
a
ei
IO
IO
CM
CM
s
«0
tt-
CO
*-4
o
CO
04
IO
t-
IO
CO
c~
co
t-
ig
CM
J
d
Ö
EH
1
Ä&
::: ::<;::. 11
co
d
,-:-:-.::-::
a.
Q
|§|||||:§is
:
d
O
Ü
>^
CM
©
;Sii Ti:-.:.¥?§;:
;
l&lpiS'
: W wS
j|^K.
lllltll **?G
3
Ö
co
o
Ö
»
IN
CM
o
o
o
t-t
«■*
t-t
i-l
o
d
O
Ö
IO
o
Ö
g§
g*
»93
!
CM
o
d
CM
o
CO
CM
10
o
d
CO
d
d
CM
d
o
o
-H
I-t
CO
-H
CO
d
CO
d
d
CO
C-
d
d
I3S
W
Ed
X
CO
Op
:::::^5:::^J:'::::::::::::::::::
••
Z
o
I
IO
IO
IS
s s
OS
CO
8§s
§
5
CO
CM
'
7-19
o
■
:
*►
8W55
:•■■«•«
Sag
;sr
Q
W
Q
&*•*•
P
O
u
g^s
g
!*;
M
o*
l>
W
o2
oB5
io
M
O
b
IMNH*HNUMHM)NH|MMMMMtHtH^
Of
!*»!
=> CO
«S 5N
S
b o
IQ PJ
IS IN
SO
f»
BS
X
Eh
8
00
WIMHMkMIMNINWIIMMIMHMM
7-20
Ö
55
O
BS
ob
CO
.
CM
O
<5
IS
^:^Äli
sSS*i
.;::::Y::::;v'::::-::'>>
^^^^jK
<t
N
H
o
HI
*
■
IÜ
d
ü
7;
>
s;0\
o
f-t
lllllllll
lllplll
i!Ö!
M|
<#
*\
0»
to
O" iÄspi
*
<l
s llllill
B
I
CO
t~
t-
•*
■v
*-<
>o
to
o
CD
■*
iSS«
to
£
to
"*
»■*
ili*£l
C4
TO
•*
m
to
o
CO
o
l::-: :-:^::^ -:S
©
tlfllll
o
O
©
!>
d
3
IO
00
c-
a
o
o
S8#S
o
d
CJ
«
C4
M
o
d
10
iO
to
0»
o
d
d
d
lOlll!
gppss^p
05
d
N
•*
d
d
N
01
01
0>
IO
d
io
d
IO
d
IO
o
d
§
12
TO
o
TO
d
IO
IO
o
TO
d
d
d
IO
O
d
10
O
Ö
Cd
Ed
X
CO
OS
o
CO
X
CO
C*
llllllll
%
»■
^^^•^^^ op. ■iP
^
I$S8{08i:™!
::-::&:£$li§$
s
H l^^ij:^^
8 " C^
05 * " " " " ' ' ' *
• • :: :;.-.-_.--.;.;.;.;... • * *^ß"
%r r
::
B
: : : : : : :: : :
2
o llllllll S$
B
Ö
«
o
§
*H
X
^IIPiiliM
CO
CO
^
H
Z
•*
O)
TO
o
C4
:
S2
rm
CJ
"
§^1ä;:
:
03
*-4
'■3
.ills lllplll
llllli ■iÄ-^ii
oo
****
<-<
00
to
8
a
■*
m*g®lä$gMi
:
:
'.;:'.•:■••■.
::"
: . |-|' • ';':i/'
ük8$mffl®tm
•
£
o
W
llllllll
7-21
Ol
o
CM
to
d
CO
d
CM
O
<N
N
8
o
09
M
s
■■:::,»-:i
pi
3
P
H
Z
O
Ü
^
d
Ed
Ed
Ed
X
OU
CO
it!
MMMMHHMttMIMMMWHNNMNMt*
H
••
Z
O
s
g
«2
1
7-22
Ü
CM
O
CO
3
N
B
e
»
9
•
8SSB
5
■
i
CO
o
id
00
CO
a
ao
d
o
d
P*
Q
H
Q
P
o
io
d
d
o
d
o
d
IN
HJ
■
O
Ö
■^
CO
o
t>
W
►J
E"
Ed
Ed
X
2s
M
CO
EEd
Ed
X
Ed
Ed
X
CO
1 Id
OS
o
En
oz
oa
o
Eb
*&&&*!*&&&&*&&&&&&&&&&& ■
c?
CO
BS
X
C5
CO
BS
X
to £
SO
8
s S
O
I
z
a
xS
Eu o
m
IO
SO CN
CD
CO"
BS
X
c*
Et.
■MMHMtNMMMNIMMlMHMWMMMMN
g
<
7-23
O
z
oBS
oEb
q
CM
I»
O
!■
«3
Ö 2
O*
!>
« O «
*
3 CD w
o
I
o
ö
iSI
SMS
o
d
«
W
PQ
a
Pi
I
©
§
tt*MiÜ*M*HiM*M^^
s
inn Yin I
—
i ii» i ■
<
7-24
-*a
CO,
CO
3,
to
ö
C4
CO
J
J
CG
S
. S5
g
N'
ssös
1
**(
a J
eS
li
g
o
mm
c
ja
CO
01
.5 »- ®
CQ j= y
u <
*-4
03
^
n
o
t-
CD
CO
CO
lO
t-
C4
s
£•* »
to
O
f-4
■:■:■:*»«•:
15
la
^£
t-
OS
a
t-
o>
o
fH
.§<
c
<R
5£
9S
oo
H-4
to
**
1-t
so
c
C o
■J
Ej3
J
CO
J
GO
J
CO
J
CO
J
CO
J
J
CO
J
ab
J
CO
J
CO
CO
ob
3 S
S
E
S
E
S
E
S
E
E
Ü
a
3
a
E
S
a
E
3
a
E
E
sa
3
m
E
S
<B
bu
E
lO
io
IO
B
B
B
° c
S.-2
"B
»"
o o
J
E-
J)
f-
ob
J)
6
9
sm
£
ÜB
SION
OSER
3
33
Ed
S
Ed
Og
öS
So
Oo
RESSC
NUM20
©
£^
gg
Q
+»
Ed
c
h.
u.
Eb
CM
CO
CM
eo
CM
CO
OS
X ,
to Ed
03
X
to
"Ed
M
X
to
-Ed
-z
OO
EdN
az
DZ
Ed-t
Q
Ed
IS
^§
E=5
lO
B
B
B
Ed
X
OS
Ed
SB
» Eu
>
o
0>
S
3
tf
O
fa
cdQ
o2
■J co
<=i° g°
Ed M
5
o*
cu
Ed
OS
I«
es §•
Ed
B
B
B
Ed
os
Z
3
Q
Ed
§
"^
Eb
Cb
Eb
lO
CM
CO
OS
X
to
Q
Ed
<
Q
Ed
Q
J
Ed
BEd
tu
<
f-.
«lEd
X
Eb
lO
N
CO
<
■*
o
o
o
c
CM
CM
7-25
gEd
U
^
Ed
Eb
lO
C4
CO
0!
a
Q
Ed
O
X
to
Cd
U
<
D
Ed
Ed
B
o
Ed
OS
X
a
B
3
CM
<
O
Ed
Ed
S
B
C4
CM
ob
-*j
2
2,
0 fc-i
CN,
tN
to
m
<5T
io
<N
5
• s3
■so*»
« (- 0)
CG,C y
ilPI
s 14
1 J
2fe
<R
5S
9S
oo
w
Hi o-,* fe
h"*
0
;ss*s
■:■:■:+>«•:
£ c -S
0
0
0>
0
's
is
a>
£0
m
•§«
c
O
CM
so
88«
c
C O
J
H
"
c
a> S3
0.-S
J2
CRACKIN
IES ALLO
Ss
-b
co
J
CO
H
-i
-3
Ei
J
CO
j
oi
J
CO
S
E
S
E
o
*3 s
S
E
«i
E
s
CO
E
2«J
CO©
02
S3S
S<?
0©
-u
CO —
0 -C
c
0 ©
cog
&8e
10
10
s
<
SB
3
£
O
fa
>>
»—»
'<i
01
<N
e<
<N
<N
7-26
g
10
2014
c
«
1-4
01 Q
c
a s
««
a
o
c
d
00
c-'
1-H
lO
CN
05
CO
fH
6
GO
!
i-4
i
00
1-H
1-H
1-H
1-H
ao
i
-<f
!
CO
1-1
CN
CN
CO
co'
©
05
co
c
•c
o
e
»4
Ei
•0 >
CO Q
CN
•-3
I-H
CN
1-4
o
CN
S
•»*
o
«CP
v ^
ü
S
a
!
;
05
t-
i-H
CN
iH
eo'
02
c
■
*1
•s >
co a
e
1-H
00
1-H
6
co
05
ei
CN
CM
i
:
CN
1-H
'
CO
:
co'
00
•
i
fl
s
H
a
1-H
»-4
CD
H
©
CN
lO
g'
H
o
■W
•IM
"Ö
Product
Form
ö
0
u
V
HJ
IS
60
C
E
7-27
«
2014
<4-l
o
I
<
O
H
WO"
1
ܧ
.T*»::-:.:
:■:*» }S;
£**:*::¥:¥:
■
II o
0>
mi
CO
äH
CO W
*S8
o
cc
N
N9
H
MMMM*M«MMMM*«MH*M*MMM*iaMM«M*M*i«
OH
»:!
HO
faO
W
Q
'
I
o
CM
53
Ill
Hi
m
i
111
H
o
I o
s
7-28
2014
CM
O
■
"3!
u
H
::¥:*::*¥:¥:
es
*:¥*•*¥:::
HI
B5
Sä
Wl
PQ
o
d
o
d
d
d
d
w
X
CO
Hi
••
O
5
H
O
s
7-29
10
d
2014
o
PQ
7-30
2014
CM
O
i
■
!
3
■a
msm
o
w
to
$
H
m
llll
d
o
Ö
10
d
d
B
10
■
••
O
u
2
B
ü
3
B
S3
s
s
o
Ü5
7-31
d
o
d
s
io
H
K
Ed
H
10
PS
K
n
go
rfp
8
$3
5-
5
d
Z
«
a
3
W
o
SS e S3
a
i-ä*
9
9si
Mg
feie
Ei
ob
ob
ü
Jl
E03
E*
PS
E>
K
E»
W
E-i
P- O
E<
B*
a
§a.
o
tb
g
7-32
6
E-
Ei
3
3>
tf
b?i
5^5
«
8
Ö
2
U
u
a
Ü
■2*
94
9pi
3
9
J
ji
sag
Sie
6-
E*
OS
Bi
o
a.
ob
E>
E-
s
a
§a.
i-3
h9
Db
■£>
as
p
0
a
7-33
E^
2014
es
I
5>
5H
K^P
tf
s
rfl
6~
§1-
gg
2
2
O)
s
O
ü
§2«
5*
99
l-S*
EO
E«
ü
9P5
g!
E«
E->
s
1
£
I
7-34
2014
as
s
I
is
tf
s
rfs
rfi
e
s
si
g3zi*
2
M
2
E*
U
m
U
E-
o
E»
U
u
Ü
Ida
i*
■
9*s
S
E-
J
ob
E-
«
Sir
15 =
D
ft-
o
ft.
ES
2
O
7-35
2014
et
i
5>
&
31"
*i
s
S5
6
e
©
Z
ss
M
ü
Ü
Q
o
Id«
ii*
9P?
a
s
Efri
E-
6s
§1
g5
Q
'.S
0
I
o
o
7-36
2014
as
i
5>
*
rfi
s
8
d
Ö
Q
zg
M
on
§8das
E
:
i*
I»
gig
H
J
j
&o
sic
£
ob
EOS
E-
a
o
z
o
7-37
2014
et
i
5>
ßP
rfi
rf
is
M
z
g
g
4
K
a
B
sS 3IJ
Cd
Bs
o
Mg
\n
&
*1*
8
8
E
B
g
i*
OB
8
i
9e5
fr-
H
J
o
fr<
BS
a
Q
z
o
0
II
7-38
2014
BS
ES
I
5>
fea
rf!
Js
*i
5>
W
4
Q
H
rf
"?
S
H
Z
O
O
ü
o
2ii
s
8a
2 "o pa
g55
w
•2*
SB
S«i
6-
sj
B OS
eg6-
si
Q
o
§1
is
si
si
7-39
2014
I
5>
is
i?i
a
rfi
2>
is
W
P
P
Z
O
Ü
J
rf
S8
KG
as
11
33
B«
Il*
II«'
8
s
Socc
ö
d
u
w
00
: j*
9*5
B OS
SS
B. o
33
§1
D
O
§a.
o
f Tä
gg
7-40
8
d
2014
s
s
I
rf!
$
s
go
M
2
O
Ä
Q
Ö
D
0
Q
*
H
oS
O
§
Ü
^^
sj
c4
tug
M
a
- s 03
9
I
w
0.
as
•2»
9P5
J
H g
b O
Si
feie
to
a
X
Q
0.
zQ
o
ft.
7-41
2014
as
ES
I
*r
if:
rfi
s>
fee
i
Q
W
P
H
w
O
O
w
8 3*
«
si«'
I 'S *
PQ
Ken
o
w
PL)
CD
ii*
9f*i
H
&c
J
»2
3
Q
PH
o
§1
Eg
is
7-42
I
is
tfp
*
rfi
2>
go
Q
H
D
Z
g5
o
o
BE»;
8:»:
2 =«
S3
5?
mi
mi
g 'S»
Ig?
i-S*
9e?
u ss
o
fi
&
«
K
a
a.
g
7-43
fi
2014
et
!
i§
*
tfi
J2
rfi
is
6
ü
Q
ö
Ö
P
o
z
o
|i'
N
N
ii/
32
Sä
■5*
In
J
fr
&- o
^
6i
E-
fr-
E-
OS
|2
s
Q
£
-* na
* S
CD Ü
55
81
7-44
fr>
as
fr"
BS
This page intentionally left blank
7-45
R
\ 2014 I
Condition/Ht: T6
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 2 Hz
Environment: LAB AIR; RT
(1 of 4)
AK (MPaVin)
4
- I
10
40
i I i|i|i|
|
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.063 - 0.064 in.
Specimen Width: 6 in.
Ref: 86734
4
100
' | M'l'l
1
-
-2
— 10
—
o
:
— 10
—
— 10
f
_K I—
:
10
-Jio
>
—
-o
/
o
u 10
—
O
— 10"
"O
"o
■I^-^
z
10
—
— m" ^
u
x>
M
_« r10
-5
QJ
\
—
— 10
—
—
— 10
—
2
— 10" o
—
.2?
E
A
10
-7
10
10
— 10
— 10
10
— 10
10
10
■o
100
:
—
ü
ü 10
40
10
10
.92
10
- I I I ll>l'l
I ' I 'I'l'l
— Stress Ratio: 0.25
— 10
— Stress Ratio: 0.05
(2 of 4)
AK (MPaVin)
- 1 , 1,1,1,
4
i , i.i.i,
10
40
10
~ I , I,I,I,
4
100
da/dN (10"6in/cycle)
RMS %
Error
7.71
■MB
r-
r
.8
2.21
2.34
3.59
5.21
7.39
10.4
26.6
37.4
5.88 (min)
6.
7.
8.
9.
10.
13.
14.4-7 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.62
2.21
3.51
4.83
6.39
12.0
6.54- (min)
7.
8.
9.
10.
11.98 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,I,I,
10
1.25
RMS %
Error
2.71
Figure 7.1.3.1.1
7-46
Life Prediction Ratio Summary
-T-
0.
.5
.8
1.25
2.
2014
Condition/Ht: T6
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 2 Hz
Environment: LAB AIR; RT
1
4
- I
10
' I M'l'l
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.063 - 0.064 in.
Specimen Width: 6 in.
Ref: 86734
(3 of 4)
AK (MPaVin)
4
- I
10
— Stress Ratio: 0.4
(4 of 4)
AK (MPaVin)
1
40
100
1—i
I i I Mil—
1
10
' I M'l'l
40
1
100
' I M'l'l
10
— Stress Ratio: 0.5
-2
-2
10
10
10
10
10
—
2
o 10
_s>
10
o
o
_
Ö-10-4
io" £
—j
O
1 ,o-=!
-Jio"2£
c
T>
_
-5
-5
10
R
10
—
^10
>
-6
10
O
13
10
10
10
10
10
10
10
10
I , I, I,
4
'
10
u
100
9.
10.
11.62 (max)
1.77
3.10
4.83
7.38
11.1
5.08 (min)
6.
7.
8.
8.87 (max)
25.9
Life Prediction Ratio Summary
as
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.27
1.31
2.75
4.49
6.64
9.51
13.7
4.97 (min)
5.
6.
7.
8.
I I Mil
40
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
'
i I I 11 M
4
10
10
I ' I I II
40
AK (KsiVin)
RMS %
Error
4.20
o
-st10
.5
.8
1.25
RMS %
Error
4.89
2.
Life Prediction Ratio Summary
CD
—i
0.
Figure 7.1.3.1.1 (Concluded)
7-47
1—
.5 .8
1.25
R
\ 2014 I
Condition/Ht: T6
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 2 Hz
Environment: LAB AIR; RT
(1 of 5)
AK (MPaVin)
4
10
40
- I ' I M'l'l
I ' I Tl'l
-2
10
_a>
o
ü 10
-z. 10
—
—
—
—
—
_
—
—
—
—
—
—
J0
—
"C
A
10
_. —
—
aS
—
'a
10
—
—
—
—
10
"
I
I
, I,I,I,
4
10
4
J.
, l.l.l,
40
- I
—
—
— 10
—
—
2
— io" ^
—
— 10 E
—
- icT\
—
o
— -5
— 10
—
— 10
RMS %
Error
8.10
—
— 10
-2
10
Q)
O
—
Ü
-3IE
o 10
— 10
:
-Z. 10
■a
"o
p
—
—
-zz 10
10
— 10
~
10
- i , 1,1,1,
4
100
1 , 1,1,1,
10
40
100
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
1.72
1.88
3.15
4.59
6.35
8.73
21.8
5.86 (min)
6.
7.
8.
9.
10.
13.
13.71 (max)
16.2
Life Prediction Ratio Summary
a o
.8
-4^
T3
:
6.12
—r-
~
—
M
_Kr10
13.5
r
2
— io" °
•
r—
4.51
.5
-1
— 10
1.06
2.07
3.20
i
100
' I 'I'l'l
— Stress Ratio: 0.25
0.791
0.
40
I
10
da/dN (10"6in/cycle)
5.69 (min)
6.
7.
8.
9.
10.
13.
13.77 (max)
10
' I M'l'l
AK (KsiVin)
AK (KsiVin)
(2 of 5)
AK (MPaVin)
100
- Stress Ratio: 0.05
10
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6 in.
Ref: 86734
1.25
RMS %
Error
2.23
Figure 7.1.3.1.2
7-48
*
26.0
Life Prediction Ratio Summary
a
.5
.8
1.25
.
.1
oni/i
1
,
R
Condition/Ht: T6
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specifie d)
Orientation: L—T
Frequency: 2 Hz
Environment: LAB AIR; RT
(3 of 5)
AK (MPaVin)
4
1
- I
10
' I 'I'l'l
40
I
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6 in.
Ref: 86734
4
1
100
' I M'l'l
— Stress Ratio: 0.4
""""*
(4 of 5)
AK (MPaVin)
10
40
a
_
— 10
— Stress Ratio: 0.5
|
i
| i|i|,|
|
,
100
| .|.|,|
-x
0
— 10
10"2
10"2
-1
-1
10
10
_^_N
10"3
,-v
10'3
CD
a>
o
ü10"4
\
c
^-^
o
\
6^10-4
\
c
**—'
-3 P
Z10"5
X>
—
—
—
—
rffl
\
o
"° -6
10
o
ü
E
10
—
Z10"5
2
XI
—
\
o
10 \
o
"° 10„"* —
XI
10
E
-5
— 10
-
10"7
—
W
JP
JgB
a»
jtf
10 >
o
XI
9
-5
10
10"7
-6
-6
10
10
~
in"8
I , I ,1,1,
I , LI,I,
m"8 -
1 , 1,1,1,
1 , U,l,
4
40
1
4
40
1
10
100
da/dN (10"6in/cycle)
4.82 (min)
5.
6.
7.
8.
9.
9.85 (max)
RMS %
Error
5.11
4.13 (min)
5.
6.
7.
8.
8.79 (max)
Life Prediction Ratio Summary
,
,
1
0.
.5
.8
100
da/dN (10~6in/cycle)
AK (KsiVin)
1.19
1.41
2.68
4.09
6.01
8.68
11.5
□
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
E
*—*
,,.
,
1.25
2.
RMS %
Error
5.17
Life Prediction Ratio Summary
EJ
0.
Figure 7.1.3.1.2 (Continued)
7-49
0.683
1.60
2.68
4.43
7.04
9.81
.5
.8
1.25
2.
I 2014 I
Condition/Ht: T6
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 2 Hz
Environment: LAB AIR; RT
(5 of 5)
AK (MPaVin)
4
10
- i ' i 'i'l'l
40
r
T
1
AK (MPaVin)
4
100
I I I MM—
— 10
— Stress Ratio: 0.57
10
40
100
I III I-
1
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6 in.
Ref: 86734
I III
R
-2
10
10
~~
10
-3
— 10
10
10
.22
o
—
<o
2
— 10" v
o
\
_
-=: 10"
o 10
£10*
c
10 ^E
—
-z.
10
10
—
o
•o
10
10
-7
_,. I—
10
—"~
— 10
10
10
— 10
10
' i ' i in
4
i
10
10
i i 1111
40
- I , I,I,I,
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
I , I,I,I,
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10-6in/cycle)
AK (KsiVin)
0.430
1.03
1.99
3.39
4.46
4.14 (min)
5.
6.
7.
7.73 (max)
RMS %
Error
6.48
3E
-z.
1"°
-= m '\
u
x>
Z 10
XI
-o
10
10
Life Prediction Ratio Summary
on
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1
0.
Figure 7.1.3.1.2 (Concluded)
7-50
—i
1
.5
.8
1—
1.25
—i-'
2.
2014
Condition/Ht: T6
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 2 Hz
Environment: LAB AIR; RT
1
4
10
40
- i ' i M'l'i—r
-T
1
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.063 in.
Specimen Width: 6 in.
Ref: 86734
(1 of 5)
AK (MPaVin)
1
4
- I
33
— 10
— Stress Ratio: 0.05
(2 of 5)
AK (MPaVin)
100
I I I Mil
R
10
' I U'l'l
40
1
100
' I 'I'l'l
10
— Stress Ratio: 0.25
-2
-2
10
10
10
10
10
0)
o
U
4
o^o"
10
—
-Jio"2«
o
o
u^10-4
-3 |
10
- 10'° E
E
10
10
Jio >
-Jio >
X>
XJ
10
10
— 10
— 10
10
10
10
— 10
10
I
■
I 11 III
4
10
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
5.43
—i
1
1—
.5
.8
1.25
1.48
2.09
3.52
5.21
7.59
11.4
43.6
5.54 (min)
6.
7.
8.
9.
10.
12.91 (max)
Life Prediction Ratio Summary
n
0.
da/dN (10"6in/cycle)
AK (KsiVin)
1.07
1.40
2.50
3.84
5.51
7.70
21.7
26.3
5.65 (min)
6.
7.
8.
9.
10.
13.
13.51 (max)
i i i nn
40
100
I I I I III
4
10
2.
RMS %
Error
9.96
Figure 7.1.3.1.3
7-51
Life Prediction Ratio Summary
0.
.5
.8
1.25
R
\ 2014 I
Condition/Ht: T6
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 2 Hz
Environment: LAB AIR; RT
(3 of 5)
AK (MPaVin)
4
10
i I i I'M
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.063 in.
Specimen Width: 6 in.
Ref: 86734
4
40
100
I'M I <l>l
10
40
- I ' I M'l'l
100
I ' I Tl'l
— Stress Ratio: 0.5
— 10
Stress Ratio: 0.4
(4 of 5)
AK (MPaVin)
a
— 10
10
10
— 10
10
—
10
10
_0J
_a>
o
o
o
o 10
-t=
2
10"
o
\
—
4
o^lO"
\
"~~
c
_
-3 |
10 E
— 10"
<D
Ü
3^
E
■—'
z
z: 10
10
10
a
■o
_. :
—
■o
t"°
— 10 '\
u
/
T3
10
10
— 10
10
:
10
10
— 10
10
10
Li
'
' i ' i in
4
10
Mini
40
10
4
100
da/dN (10"6in/cycle)
RMS 55
Error
7.10
T-
.8
100
0.699
1.69
3.32
5.68
9.73
14.3
4.17 (min)
5.
6.
7.
8.
8.66 (max)
Life Prediction Ratio Summary
□o
.5
40
da/dN (10-6 in/cycle)
AK (KsiVin)
2.03
2.99
4.88
7.68
12.1
19.3
40.4
5.33 (min)
6.
7.
8.
9.
10.
11.48 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i , I,I,I,
- i , ij.i,
1.25
RMS %
Error
11.06
Life Prediction Ratio Summary
i
1
1
1
1
0.
.5
.8
1.25
2.
Figure 7.1.3.1.3 (Continued)
7-52
I
t
I
Condition/Ht: T6
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specifie d)
Orientation: T—L
Frequency: 2 Hz
Environment: LAB AIR; RT
4
1
- I
10"2
10
' I M'l'l
40
I
_
~
-
10"2
a;
— 10~2£
—
o
—
—
— 10 £
-z.
m
J&
St
M
sKt
\
—
-6
10
" f
10
>|i|i,
40
|
.
|
100
,,.,.,
-1
io"3 __
'aT
—
— IO"2£
—
ü
<D
U
O-10-4
c
10 ^E
-z.
Z10-5
10 \
o
\
o
T3
■O
. . 10 >
o
■o
__
-6
10
-5
—- 10
-
— 10
-
10"7
-6
-6
—- 10
—
m
1
III
i
i
1
4
i
I
i
III
i Li.lik
10
40
_-8
—
m
1
100
11
i 1III
i 1 ih
4
AK (KsiVin)
3.74 (min)
4.
5.
6.
7.
7.19 (max)
RMS %
Error
9.78
II
10
i IIII
i 1111
40
— 10
_
100
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
_,
— 10
-5
_
io"7
|
—
-i
_c
i
_. 10 0
— 10
u
6^10"4
|
0
— Stress Ratio: 0.57
Q>
O
~°
-1
— 10
—
~
io-3
Z10"5
AK (MPaVin)
4
1
100
' I M'l'l
01 41 'I p
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.063 in.
Specimen Width: 6 in.
Ref: 86734
(5 of 5)
AK (MPaVin)
^
z.
da/dN (10"6in/cycle)
AK (KsiVin)
0.347
0.517
1.32
2.87
5.53
6.27
Life Prediction Ratio Summary
on
1
1
7
I
I
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.1.3.1.3 (Concluded)
7-53
.5
.8
1.25
2.
\ 2014 I
R Condition/Ht: T6
:
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6 in.
Ref: 86734
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 2 Hz
Environment: LAB AIR; RT
(1 of 5)
AK (MPaVin)
1
4
10
40
100
-i—i i i I i|i|
i ' i 'i'i'i
r
— Stress Ratio: 0.05
(2 of 5)
AK (MPaVin)
1
4
- I
=q
— 10
10
' I 'I'I'I
40
1
100
' I 'I'I'I
- Stress Ratio: 0.25
— 10
10
10
— 10
— 10
10
10
O
Ü
b-10-4
+
3M O"
-3 |
10
E
-5
10
T3
10
a
10
"O
^10
o
—
_B —
10
10
10
10
10
10
'
I 11 III
i i i nil
4
40
10
.-8
10
100
I
I I I HI
ILUI
4
40
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
□ o
—r-
0.
.5
.8
1.77
2.07
3.28
5.02
7.42
10.7
24.5
5.68 (min)
6.
7.
8.
9.
10.
12.67 (max)
17.7
20.1
r~
100
da/dN (10-6in/cycle)
AK (KsiVin)
1.93
2.13
3.21
4.77
6.34
6.40 (min)
7.
8.
9.
10.
13.
13.31 (max)
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
11.28
E
10
10
10
10
1.25
RMS %
Error
4.66
Figure 7.1.3.1.4
7-54
Life Prediction Ratio Summary
ED
0.
—i
1
1—
.5
.8
1.25
2.
2014
Condition/Ht: T6
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 2 Hz
Environment: LAB AIR; RT
4
10
40
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6 in.
Ref: 86734
(3 of 5)
AK (MPaVin)
(4 of 5)
AK (MPaVin)
4
100
- I
— 10
— Stress Ratio: 0.4
10
40
i I >|i|i|
|
100
-1
i | Tl'l
0
— 10
— Stress Ratio: 0.5
-2
R
10
10
-1
—
—
10
—
10
10
_a>
2
— io~ £
—
ü
_
— 10-J E
:
,
-5
o
\
-3|
10 ^E,
:
-z.
10
10
—
■D
-
o
o^10-4
5*1 o"4
\
c:
<a
—
Jr
^io->
—
10
- —
.-6
10
10
-5
-
>
■a
/
-5
mm—
— 10
— 10
—
10
10
-6
10
— 10
10
"
I , I,hi,
I , I,I,I,
4
40
10
10
4
da/dN (10"6in/cycle)
RMS %
Error
4.74
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.60
3.01
5.13
7.90
10.2
5.13 (min)
6.
7.
8.
8.66 (max)
1.16
1.28
2.45
4.01
6.13
9.24
4.88 (min)
5.
6.
7.
8.
9.
10.
11.25 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
~ 1 , 1,1,1,
100
14.3
26.7
Life Prediction Ratio Summary
Q]
.5
.8
RMS %
Error
6.95
1.25
Life Prediction Ratio Summary
□o
—r- -r-
0.
Figure 7.1.3.1.4 (Continued)
7-55
.5
.8
1.25
R
I 2014 I
—
Condition/Ht: T6
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 2 Hz
Environment: LAB AIR; RT
(5 of 5)
AK (MPaVin)
4
1
10
= i ' i 'i'i'i
40
Yield Strength: 67 ksi
Ult. Strength: 74 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6 in.
Ref: 86734
AK (MPaVin)
1
100
10
b I ' I 'I'l'l
1—i I i I'l'l—
r
4
40
100
1 ' I 'I'l'l
— 10
— Stress Ratio: 0.57
10
10
10
10
10
10
—} id"2 °
jv
o
—
Ü
o
o^10-4
E
_E
o 10
10
-5
D
"O
t=
10
o
10
_
10
10
T3
\
— 10
-5
\
o
-6
10
o
•o
10
10
10
10
-7
-7
10
10
10
10
'
' i iiHI
10
4
10
10
i i 11 n
40
100
I ■ Mil.
I . I.I.I.
4
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
10
AK (KsiVin)
AK (KsiVin)
0.338
0.510
1.16
3.66 (min)
4.
5.
6.
7.
2.46
4.05
6.11
7.88 (max)
RMS %
Error
17.91
E
Life Prediction Ratio Summary
o
□
0.
—i
1
.5
.8
RMS %
Error
Life Prediction Ratio Summary
1—
1.25
Figure 7.1.3.1.4 (Concluded)
7-56
—i
1
r
.5
.8
1.25
2014
Condition/Ht: T6
Form: 5 in. Forging
Specimen Type: CT
Orientation: T—L
Frequency: 9 Hz
Environment: LAB AIR; RT
Yield Strength: 64.1 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.4 in.
Specimen Width: 4 in.
Ref: BW001
(1 of 1)
AK (MPaVin)
4
10
R
AK (MPaVin)
4
40
100
-i—i Miilil—
i ■ i M'l'i—r
= I
10
40
100
' I Tl'l3
' I 'ITII
— 10
Stress Ratio: 0.05
10
10
— 10
-3
10
10
o
\
ü 10
-3 |
10
E
10
o
o 10
\
c
_
10
— 10
O
"O
.-6
— 10
10
10
10
— 10
10
i
i i 11 ii
4
I . Ml
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.313
0.485
0.883
1.30
1.87
9.14
99.7
6.53 (min)
7.
8.
9.
10.
13.
15.67 (max)
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
20.82
o
T3
_e —
10
10
10
E
10
T3
10
Ü
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
—i
1
1—
2.
.5
.8
1.25
Figure 7.1.3.1.5
7-57
2.
R
I 2014 I
Condition/Ht: T6
Form: 5 in. Forging
Specimen Type: CT
Orientation: T—L
Frequency: 9 Hz
Environment: H.H.A.; RT
Yield Strength: 64.1 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.4 in.
Specimen Width: 2 in.
Ref: BW001
(1 of 1)
AK (MPaVin)
4
10
40 100
- Stress Ratio: 0.05
AK (MPaVin)
4
10
(=—I—i I ' I'll
40
100
1—i 1 i I Mil—
10
-=
-2
10
10
10
— 10
-3
10
2 u
_Q3
o
O
— 10"
O
io'2£
—
Ü
_
\
4
o^10-
o 10
c
_
—
-3 p.
— 10
|
_c
E
_
10
-z. 10
"o
■o
10
_0)
tz
—
E
-5
-io'\
—
M
, —
10
10
"a
.-6
_R
D
XI
—
10
10
-5
10
— 10
—
10
in i
10
10
— 10
i , i,i,i,
10
4
10
40
10
.
da/dN (lO^in/cycle)
6.
7.
8.
9.
10.
13.
15.39 (max)
Life Prediction Ratio Summary
0.
I iI Hi
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.529
1.21
2.43
4.40
7.63
13.0
21.9
99.4
294.
4.08 (min)
5.
RMS %
Error
22.51
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i
i i 11 n
4
100
—i
1
1
.5
.8
1.25
RMS %
Error
Figure 7.1.3.1.6
7-58
Life Prediction Ratio Summary
i
1
1
—i
0.
.5
.8
1.25
1—
2.
2014
Condition/Ht: T6
Form: 5 in. Forging
Specimen Type: CCP (max stress specified)
Orientation: L-T
Frequency: 9 Hz
Environment: H.H.A.; RT
1
4
- I
10
40
Yield Strength:
Ult. Strength:
Specimen Thk: 0.4 in.
Specimen Width: 2 in.
Ref: BW001
(1 of 1)
AK (MPaVin)
R
AK (MPaVin)
4
100
I- I
' I '
10
40
' I 'I'l'l—I
100
' I 'I'l'l
— Stress Ratio: -1.0
— 10
-2
10
10
— 10
10
10
o
O-10-4
ü
4
6^1 a"
— 10
E
10
10
-=Jio >
T3
T>
10
10
— 10
10
10
— 10
10
10
4
10
40
I , I.I.I
1X1
4
100
da/dN (10'6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.581
0.727
2.04
3.55
5.07
6.80
4.85 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
21.09 (max)
RMS %
Error
7.20
I I 11II
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I
10
9.01
17.8
27.7
47.6
52.4
Life Prediction Ratio Summary
.5
-\
r
.8
1.25
RMS %
Error
2.
Figure 7.1.3.1.7
7-59
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
R
I 2014 I
"
Condition/Ht: T6
Form: 5 in. Forging
Specimen Type: CCP (max stress specified)
Orientation: T-L
Frequency: 9 Hz
Environment: H.H.A.; RT
(1
AK (MPaVin)
4
1
10
= I ' I 'IT
— Stress Ratio: -1.0
Yield Strength: 64.1 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.4 in.
Specimen Width: 4 in.
Ref: BW001
of 1)
AK (MPaVin)
1
40
100
i I i I il'l—
4
10
b I ' I 'I'll
-2
40
100
1 ' I Tl'l
10
10
10
— 10
10
10
JD
-=110£
I—
Ü
o
o^10"4
ü
4
3M O-
— 10
E
10
o
z 10
10
10
10
— 10
-7
10
10
10
10
10
4
10
40
100
I I I
4
100
0.925
1.21
2.99
5.23
7.95
11.6
16.9
61.9
212.
309.
Life Prediction Ratio Summary
Error
27.78
1111 n
40
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (10"6in/cycle)
4.79 (min)
5.
6.
7.
8.
9.
10.
13.
16.
17.10 (max)
RMS %
i
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
LL
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.1.3.1.8
7-60
.5
-i
r
.8
1.25
2014
Condition/Ht: T6
Form: 1 in. Rolled Bar
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 5.2 Hz
Environment: LAB AIR; RT
1
4
i- I
10
40
-1
' I M'l'l
1
I
Yield Strength: 60.2 - 60.5 ksi
Ult. Strength: 66 - 67.3 ksi
Specimen Thk: 0.253 - 0.26 in.
Specimen Width: 7.5 - 7.517 in.
Ref: 86213
(1 Of 1)
AK (MPaVin)
AK (MPaVin)
100
t=T-l
I I I INI
4
10
1 I I Mil
40
100
"I—I I 11 Ml]—
— 10
10
Stress Ratio: 0.0
R
-2
10
10
— 10
10
-3
10
10
—
io"2 °
Ü
o
Ü
6-10-4
_c
,o-I
_
10
-5
- 10"J E
_
10
10
-o
c
o
10
o
o
XI
X3
-* -
10
10
-5
-5
10
10
-7
10
10
-6
— 10
10
i
10
L_LL
1111ii
4
-8
' i i im
40
100
10
10
I
I I I 111
I I I I III
4
40
da/dN (10"6in/cycle)
25.
30.
35.
40.
594.
1183.
1715.
2684.
46.11 (max)
Life Prediction Ratio Summary
arai—
0.
da/dN (10"6in/cycle)
AK (KsiVin)
216.
234.
24.55 (min)
RMS %
Error
31.06
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
1
1
1
.5
.8
1.25
RMS %
Error
1—
2.
Figure 7.1.3.1.9
7-61
Life Prediction Ratio Summary
—i
1
.5
.8
1—
1.25
2.
2014 I
Condition/Ht: T451
Form: 1.5 in. Plate
Specimen Type: DCB
Orientation: S-L
Yield Strength:
Ult. Strength:
Specimen Thk: 1 in.
Specimen Width: 5 in.
Ao:
Kiscc:
Ref: 78313
(1
Kmax (MPaVin)
1
4
10
- I ' I 'I'l'l
40
Kmax (MPaVin)
of 1)
4
100
1
I ' I Tl'l
10
I 'I'l'l
40
1
100
' I 'I'l'l
- Environment: 3X/DAY-3.5NaCI -d 10
— 10
10
10
10
— 10
10
10
o
1-
10
-dio g
o ^-
1_
I
°10~
10
\
c
10
-4»« I
E
.^10
-M10
■o
10
o
-o
-Jl0 >
\
o
o
"U
10
10
-3
10
10
-5
10
10
10
10
10
'
I I I III
4
10
I ■ l.l.l.
40
10
4
100
13.00 (min)
16.
20.
25.
30.
35.
40.
50.
60.00 (max)
10
■ l.l.l.
40
100
Kmax (Ksivin)
Kmax (Ksivin)
Kmax (KsiVin)
J_i_L LLU
Kmax (KsiVin)
da/dt (10"3in/hour)
0.314
0.392
0.468
0.752
1.56
2.68
3.23
3.20
3.20
RMS 55
Error
RMS %
Error
7.78
Figure 7.1.3.2.1
7-62
da/dt (10"3in/hour)
...1
Condition/Ht: T651
Form: 2 in. Plate
Specimen Type: DCB
Orientation: S-L
Yield Strength:
Ult. Strength:
(1
of 1)
- |
10
_.
io-1
0
3
T3
\
—
O
"°
m
-4
10
10
3
_C
_
_i
— 10
i_
=>
1
-
l-
,0-1
□
n
2
10°
1
10"'
— 10
IT*
40
100
' | 'l'l'l
-1
|
10
10°
-w10
.
Kmax (MPaVin)
4
10
i | i|i|i|
1
4
10
40
100
- | ■ | i|i|i|
| ' | 'l'l'l
-1
2
- Environment: 3X/DAY-3.5NaCI — 10
"-"*
_
°10"2
\
c
1
Specimen Thk: 1 in.
Specimen Width: 5 in.
Ao:
Kiscc:
Ref: 78313
Kmax (MPaVin)
1
oniyi
0
,
l-
g
-C
°10"2
\
c
«-I
>■*-•
-„-3
f
10
>
TJ
-M 10
-a
\
o
~° -4
10
"2^
10
>
■a
-3
-3
10
10
■"■
10
-„-5
—
—
10
—
-4
— 10
-4
10
-
m
~'
1
1
I
III
1 T 1 I 1 1
4
10
11
i III
1 i 1 ih
40
100
—
.,„-«
m
1
i
Ml
i 11iii
4
10
i1
i
iIII
111 h
40
100
Kmax (Ksivin)
Kmax (Ksivin)
Kmax (KsiVin)
1i
da/dt (10"3in/hour)
Kmax (KsiVin)
RMS s
Error
RMS %
Error
Figure 7.1.3.2.2
7-63
da/dt (1Cr3in/hour)
2014
fa
•M
ä
■*»»
OS ■*»
0)
A
Test
Time
(min)
HQ
oo
1Ä
00
iiSStl
00
OJ
t■a>
CO
t05
:
00
00
'■■;«-<
f
co
CO
r-l
CO
CO
C5
CO
tOi
r-l
1-1
r-(
i
i
i
Bill
r-
lllllf
t-
t-
SSSS**:»
00
t-
00
r-(
■r-<
00
rH
i
*:::*:::::::t:;:::;::::
i
CO
s^^,
c
£%
OS
r*.
s
00
CO
CO
^
„ c
8^?
;
s-
S
<s
irCS
i
JÄ
•i
Prod
Thk
(in)
a C
Ss
«0
u
i
■
■
in
.M
•S3
*£'*
H
e
W
CO
■W
•H
■r-i
rH
N
CN
msMm
CM
J3
s
-ä c
£w
•»4
o
CO
§PI
111
a
;g||
>
tr
Yield
Str
(Ksi)
« fa
s
(0
3
C
h-1
iSiSSKSSS
HU
03
rJ
CO
rJ
CO
H
£H
<S
tf
"öo S&
> 0
fafa
fa
fa
co
in
"BtS
© «
2*
'S«
H
<u
CO
CO
co
Test
Temp
(°F)
CO
W
1-H
00
5
13
tt
liftl HÜ
1 PI
if 1
c
w
EH
t-l
CO
o »
OB
7-64
2020
H?
GO
c
1
•0 >
t
to a
c
a
s
i
a
0
c
■*
•Ö
c
•■o
•c
o
!
^
o
c
J
Fi
s
S
•**
o
tf
•o *
too
M
O
ea
J! ££
t-
c
oo
H
•a >
•*•
N3
«JQ
N
s
O)
a.
CD
e
a
J!
JJ u:
S
cc
w
■w
a
©
a
-M
03
V
U
H
■w
C3
V
IO
Ö
0
•w
•n
•M
•o
a
o
u
-M
a S
'S is
o o
C fe
Q>
0!
c
cu
7-65
2020
CM
O
u
■a
■ 4!
m
o
■«-«
;;.':W.;-
in
ISO*
üäSi
HI
«II
(3
1-5
Ho
io
Jw
üSi
8s
HO
feO
< ©
g©
0-
■
••
O
U
Io
8
7-66
2020
CM
O
<
PE3
O
H
I
SUSS
■i III
<1
§tS!
CO
B
an
**?:
O
fag W
°§
l—i
H«
> &
UNHMMMHNMHMMMUMMMWMWIW
OH
M
gs
HO
öS
faO
<! ©
S ©
■
Ulli
1 3
O
O
7-67
et
ES
<
a
is
*
^
i a=
«
2
§
HOS
l-S*
Hg
&o
E-
E<
E-
Ei
EK
eg&b
Ei
ü
Ö
D
§
o
Et
2
•8
w
7-68
Ei
ob
2020
es
I
is
rf
rfi
S
°5
*i
is
«
* *
PQ
1-2*
all
j
-5
0» O
00
feie
E-
fi2
Q
ft.
£
°3
Eg
8g
7-69
ei
fi
e-
frei
13
2020
OS
<
a
5>
*;
IS
CO
■V
"3
CO
CO
^"
CO
CM
o?
CM
go
M
J!
Q
Ö
P
Z
i—i
i8J
Z
Bg*
o
o
■^
öS
e4
II
fis«
SO"
t>
W
P
g~
9*?
H £
"sir
eg*-
BS
g°
D
§
a.
o
7-70
N
o
s «^
3
o
*1
2020
e
3
2
5>
is
*;
JS
rfi
2>
M
JJ
Q
H
P
Z
H
Z
O
l!J
Ü
is
Ss«
i>
W
M
IS
o
Ed
0.
00
i*
9*s
J
-3
w OS
fed
OS
$2
s
Q
o
«5
oa
II
7-71
2020
PS
i
2>
is
tfi
h?
rfi
2>
«
Jf
p
p
u
z
o
Ü
N
t>
Ö
ii*
D
BJÄ
J
H g
&- o
B?
D
Q
O
7-72
This page intentionally left blank
7-73
{ 2020 I
Condition/Ht: T6
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 13.3 Hz
Environment: LAB AIR; RT
(1 of 1)
4
- I
10
40
I I 'I'll
AK (MPaVin)
4
100
1. ' 1 'I'l'l
— Stress Ratio: 0.0
A
10
40
100
I III \-
AK (MPaVin)
1
Yield Strength: 78.4 ksi
Ult. Strength: 84.7 ksi
Specimen Thk: 0.125 - 0.126 in.
Specimen Width: 4 in.
Ref: 86213
I III
R
— 10
-2
10
10
—
10
:
o 10
\
c
_
—
—
a>
2
— 10" Ü
u
\
_
—
— 10" *—•
T3
EZ
"~~
— m^
u
"a
_K h10
u
6^10-4
— 10
/
—
Z10
—
IQ'3
□
ü
— 10
— 10
c
E
Z 10
T3
p
""—
"O
_K I—
10
-J10
\
—
■D
—
'I
2:
■o
— 10
—
— 10
10
10
— 10
— 10
10
-
i , i.i.i,
1 , 1,1,1,
4
10
40
10
- I , I,I,I,
4
100
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I , I,I,I,
10
da/dN (10"6in/cycle)
AK (KsiVin)
29.5
104.
415.
16.10 (min)
20.
24.15 (max)
RMS %
Error
Life Prediction Ratio Summary
©A
a
25.95
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.2.3.1.1
7-74
.5
-i
r
.8
1.25
2020
Condition/Ht: T651
Form: 1.28 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 25 Hz
Environment: H.H.A.; RT
Yield Strength:
Ult. Strength:
Specimen Thk: 0.248 in.
Specimen Width: 2.5 in.
Ref: AL002
(1 of 1)
AK (MPaVin)
4
_ I
10
40
I I lITl
I
AK (MPaVin)
1
100
. I in'!
-1
4
10
40
b I ' I M'l'l
1
100
' I 'I'l'l
— 10
— Stress Ratio: 0.33
— 10
— 10
:
10
10
^~*
-Jio"2£
2
— io" £
o
ü
o 10
c
10
10
10
-3
R
— 10
_
—
1
—
ngi
o
6^10"
Ü
-I
10 3 E
J.
10
■o
— 10
10
—
^J10 >
o
■o
10
10
—
Jff
— 10
— 10
10
10
— 10
— 10
10
"
I , l,l,l,
l'l.l.l,
4
10
40
10
' i i iHI
4
100
da/dN (10"6in/cycle)
100
da/dN (1CT6in/cycle)
AK (KsiVin)
0.0282
0.0612
0.148
2.68 (min)
3.
3.5
4.
5.
0.281
0.702
1.42
2.68
5.01
6.
7.
8.
9.52
18.5
40.5
9.
10.
11.13 (max)
RMS %
Error
44.51
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
' i i i in
10
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
1—
2.
Figure 7.2.3.1.2
7-75
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
R
\ 2020 I
Condition/Ht: T651
Form: 1.38 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 5.2 Hz
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
10
40
- I I I in'!
Yield Strength: 76.2 ksi
Ult. Strength: 81.7 ksi
Specimen Thk: 0.748 - 0.754 in.
Specimen Width: 2.997 - 3.003 in
Ref: 86213
— Stress Ratio: -0.5
40
1
- I ' I 'IT
— 10
— Stress Ratio: 0.0
100
I Tl"
10
—
—
-3
10
31
_
-3
2 u
31
o
10"
o
Ü
6^10"+
O-10-4
-3 I
— 10
—
E
10
10
"O
—
"o
10
-1
10
10
4
1
100
I ' I 'l'l'l
(2 of 2)
AK (MPaVin)
i
— 10
o
_, —
10
10
— 10
—
10
10
— 10
10
1 , 1,1,1,
" 1 , 1,1,1,
4
10
40
10
4
100
AK (KsiVin)
RMS %
Error
37.53
1.33
2.15
3.40
9.66
21.3
60.6
Life Prediction Ratio Summary
□
AH
o
,
0.
1
.5
r
.8
1.25
100
0.0892
0.255
0.678
5.25 (min)
6.
7.
8.
9.
10.
13.
16.
16.95 (max)
0.555
0.584
0.834
5.76 (min)
6.
7.
8.
9.
10.
13.
16.
18.95 (max)
40
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (10_6in/cycle)
AK (KsiVin)
10
AK (KsiVin)
2.
RMS %
Error
33.19
Figure 7.2.3.1.3
7-76
1.35
2.26
3.41
8.64
17.3
20.9
Life Prediction Ratio Summary
+
x ADO
,
,
,
0.
.5
.8
■
,
1
1.25
2.
2020
§
e
»H
TO
TO
£
.V
T)<
<B
ao
£
•w 0
a *J
ffl «
05
iH
Test
Time
(min)
HP
00
1
1
1
^
„ e
J^
tt.3
a>
S
*™K
C
tfl
TO
8
.*
i
i
i
u8£
■SJ«^
2fi.S
TH
.M
.2 9
■fi ®
H
e
0
X
0
9
ss~
S
Tf<
0,
as
&
IB
a
a
c
••*
Ü
*
Ü
Q
#s
lO
CO
TO 2
^v
Yiel
Str
(Ksi
Tl
m
^
£°
Hg~
O
CO
J
CO
H
04
"0 S
*" 0
fcfi
Oi
•**
O
•P4
■o
fi
o
r-l
w
CO
EH
u
7-77
\ 2020 (ÄLCLAD)
es
e
I
is
rf
*i
Js
hfl
i§
s
J!
&?
CO
1»*
6B«
M
S3
Sen
11-
o
sei
J
fi
OS
9
Q
§a.
o
II
7-78
2021
c
^
CO
!
:
•
•
i
aQ
c
•
« £
JS W
i
!
•
*
!
s
i
CO
OS
S3
■
fl
o
•W4
I'O
Ü
fl
1
>»>
o
;
©
fl
,«
V
a
tf
c
A
a
co
S
R
03
■
lO
CO
•
-*
en
i-t
CD
c
H
iJ
n >
co a
;
lO
o
c
«
« «£
•
■w
3
©
E*
m
<N
0)
b
as
H
H
£
-w
Ö
0
•>*
•w
•P4
13
d
0
U
00
3
1-3
fa
Ha
N
sm
Ed
Ü
3£
a.
<
a,
1-t
00
H
-w
^ is
o o
s* fe
&
Pi
*-4
S
a
0)
•
a
a
E
7-79
<
3H
£
ns
I
5>
is
M
!^!
rfi
SlU
i^s*
z
tf
0
8
E«
EO
E->
U
Ü
id«
00
a
■S*
9
gig
J
feie
EOS
BS
Ö
o
a.
o
he
3
d
6.
Z
I
o
u
aa
!i
a«
s+
B
Q
J
a
B
BS
7-80
EEi
2021
u
Ji
00
sssseoss:
£
•w
0
CD
HjJ
s
ed
Test
Time
(min)
HO
,_^
i!
"8,^
e
S
00
00
oo
<x>
CO
t-
gSS^iS:
50
00
if
«>
o
o
00
«5
CO
«9-
o
«8P
■ rH
:
TH
mm
I—
1-H
*
i
i
I
i
o>
:;'.TH>
::::::::;:::::::_+:::::;:::
mxmm
'S2 -s
-* nB
*»
A
rH
.
OS
-i-*
CO
-8 B ÄÜjpiS
•5 ••<
Q
■■<>'.'■
•
III»!
T*
:::::
:::
©
rH
:::::::
: : : : : ä : : :+: : : : : : : :
*
il«l
:;:;:::s:?^;::J«:;::
eo
r~
o
o
00
iilHIII
lllilit
o
t-
■':'•©.
©
rH
>:;>:;S:Ä?::^iy
¥:-:::::-:':-:*:v:+:::::::::::y
■
CO
t-
«ill
oo
^^;;Ä;^
t
i
s
:
rH
i
i
t
i
CO
o
■■
t*. ,■
A
;;::;;;:;:;;;:;;;.;.;:;;;;;0:.;::;;:;.
CO
ia
00
■'■■■'■■:.:**..:'
1-H
rH
:*:':':*:':':':':::-:::
r-l
CXI
c»
«4
■
■ rH
ys!4:-:*>l:-x:-:<<+}:-:-
®&Mm
U
TH
rH
1
I
■i
t»
rH
i-H
rH
BS^BSäätei
■
i
to
05
«r>
N
BS™£§S*
c4
X
OS
.
00
CO
t-»
o
o
00
CO
t-»
<X>
■z'i':~-
ft
s«
00
;
§ft Ö
fl
u
•m
eo
to
o
::S^::::i::^:^::^:o:::o
vX^S.-xo:;:;:<:;
:::::::::i:;:;!;:;::!;::!::
c
e
••*g
8
03
:;:;::!:!;!;:;i;!;ii:x:;:
JX
£S»
CT>
eo
t-
:
1-H
rH
»a :;;:i!:W:;:::^:;:;:;:;jj;
es :;:;g{SS§jgS$;:
to
<N
*3
O sililp«
►4
J
Ei
O
::::;::::::
: : : : : : : : : : :*:::::::::::v:
;
:ö:::::::::::::::::i:::::::::::::::
i
i
i
i
i
r*
rH
rH
T-{
«o
Oi :
in
(N
mmMms:
CM
m
eö
>J
J
O
ix?ll;«s
;.'■'.: .a :;
J
O
£
£
£
wmmm
£
rH
1-t
rH
■•rH
Ü
Ü
O
:
i
£
J
^
^
.*
•S B $Ä$*8?:8
JS ©
t-i
§;&*»i§
rH
rH
■«:
H
•i
fa
>
c
w
■2 *
■ g -2
swessss
wfflm
S
1-H
£»8
M
ft
h
CO w
S Sfe
"8 g
0
*"
a» .
is to,5 fag a* s••<
-w g a!
ft
0
in
'■■■■■■■«■■■■■■■"•■•■:
& $3
.&
lliili
5(S W*ts*&**ä;
2 ■"A .'
£
t*
W
»rCO
«
co
00
00
1-1
CO
«
z
^
»o
«
t-
t-
CO
es
a
2
£
IS
S03 lÄlli
:•-•'«..
2 ..: ■'Z,
^
•#:
»o
kO
CO
rj<
CO
CO
in
•>*
CO
i-3
CO
J
J
,J
J
J
CO
CO
CO
CO
CO
►J
CO
E-i
OS
E-i
PS
E-i
OS
E-i
PS
E^
OS
E-;
OS
E-i
OS
E-i
OS
&
OH
OH
OH
OH
OH
OH
OH
I
0
1-H
.-s
ao
00
E-i
u
CO
►J
CO
>-
-*3
••H
ÖCO
2
#
in
"-' e
a>
^fa
g
-B »O tS
si
B
.£ CO TJ
S
o
OH
1-H
00
S *- -2
aj o
S r
to
Z. fc
B
•o
in •■=
d h a
S _
a)
fc
Z.
B
T3 lO ->a
?> CM i-J
.fc CO c
1-H
HJ
Si. ■"
bf c
T3 fa
o>
<g 0) S3
1-H ta
rt-B<
00 0)
EH 4?
rH T3
00 0)
6H^
HTJW
ao a>
S »o
*^ <N
rH CO
00
E-"
7-81
0)
C
■<
g >- o
a)
SM
rC
rH &<
00 «0
frH
W
2024
1
c
>0 >
CO
co o
c
s
;
;
>
;
:
3
0
O
c
*>
1
1
•c
o
•
•a >
co a
>
j
09
•
j
•
;
Ö
CO
1-i
05
i-t
id
•
CO
CO
CO
IO
05
i-H
co
05
CN
Ö
05
id
5
• pH
00
id
•
:
'
1
F-H
1
;
CO
CM
1^
o
a
4
S
t©
i
ü
V
CU
CO
c
•
■a
is >
0
lO
i-H
IO
a
CO
os
m
CO
CM
»-H
10
i-H
U3
03
i-H
;
■<*
CM
6
CM"
c4
oi
!
cd
6
CM
i-H
co
co
H
CN
CO
CO
CO
i-H
co
CO
id
CO
CO
;
CM
;
CM
CO
1"
co
CM
CO
3
ö
£
CO
V
H
cs
io
TO
co
H
IO
o
1-1
i-H
IO
IO
co
CO
H
H
o
»Ö
d
Product
Form
0
a
a
60
c
C
"S
E
E
X
7-82
rH
r-t
IO
co
2024
CM
O
•8
Mtntm
:
!;>*>. >..;;.;
:
«■*
::.-vWi
h-aij-'J
P
Hi
«I
n ■
111
»I
sans
»a
Ä!
PQ
I£
COI
••
3
H
7-83
2024
CM
O
M
■ £■:
!■
\i
as*»»»»
+
o
mm
Pi
■ 11
GO
mm
I«»
in
——»**«**«*——*——+——»*»—
—'
i^i
d
Ed
::
iO
AI
■
O
IM
3
o
s
7-84
2024
CM
o
i
•^
I
■:-*!K£S : :
4
::
fr-
8!
ee
«
O
::
<>
;***!
&a
;■*#
o
Ö
1
H
S3
sCO
DU
I
••
O
3
o
10
7-85
fä
a.
2024
CM
*s«Ss
O
o
o
o:|:*«t;:;
O
ö
«im
u
3
i
:
••5
s
■II
o
Q
••
H
Z
Ö
o
v«
Uli
co
to
o>
CJ
CJ
CJ
co
oj
IQ
CJ
CJ
CO
CD
co
co
1-H
CO
CD
cö
cö
CO
m
cö
CO
CÖ
o
o
o
o
o
o
o
CJ
<N
o
CJ
o
CJ
OJ
O
CJ
CJ
CM
O
CJ
cj
OJ
o
CJ
O
CJ
o
o
ö
o
o
CJ
CO
co
CO
co
CD
CD
00
OJ
CJ
co
CO
O
US
O
CO
OJ
co
CD
co"
s
co
C-
©
s«3
CD
US
00
©
US
01
IO
o
c»
CO
CO
CJ
CD
CJ
US
CD
es
co'
CD
CD
co
CO
O
co
O
00
*o
llllil
«iHi
HEB
§
¥5
z
o lllllllll
tf
w lllllllll
>^&:::*::i:i::::::::
lllllllll
&^
H iS
«5
fe^
CJ
^
llillllÄ
S
lllllllll
3
«3
CJ
00
o
00
o
o
o
o
-
llllllll
llllllll
:-S-:wÄ?:^^-:.:"..
1
••
■;.-■
liillll
D
ca
8s
E
o
:-:*SW:*:aüaKv:-:-:-:-:-X:::
IX
co
Z
D
löiliiii
H
W
X
co
A<
£
O
<
H
££;?SÄ8:
fc
H tllillii
H
Z
ip«llfl
ipi
«■
CO
o
llllllll
iHpilll
7-86
00
fr-
2024
(N
5M
O
(N
©
Sä©£
©
©
1
eo
o
©
if!**
1
o
<—<
■■■'W: :>:i
1
o
©
eo
00
CO
CM
CO
CO
CO
tCD
eo
co"
CD
CO
CM
CD
OS
CO
CO
to
CO
CO
CO
mi
■©
«3
Q
W
Q
to
eo
CO
CD
CO
1—1
V)
O
<y,-,
z
o
KJ N
CD
-
CO
00
CO
-
d
-
CO
CO
CO
CO
CO
o
d
Ü
e4
US
Ö
©
©
-
o
©
o
Ö
eo
d
o
d
o
d
o
d
l>
Wpj
M
Q ^
/■■■■Op-
W
o
X £■■)
s
a.
U
2
1O
fc.
ft
OB
00 c
£■< o
Ü
Ou
7-87
us
CO
CO
CO
2024
CM
«>
O
If;
i-i
o
Hi
IäII
■If
lÄll 111
IlllfSI
&3*
§
w
§§|pi||||
ffl
01
TO
IO
s
CO
11
eg
00
10
CO
o>
eg
CO
if
;:¥:;*s;
ÜÜÜ
;*»
GO
■»*
o
TO
to
00
OP
8
CO
CO
S
01
s
CO
CO
tH
id
d
tO
o
o
5
to
o
CM
•>*
o
d
t-
5
n
o
CO
CO
CM
CO
9
OJ
o
CO
eo
ci
»-t
o
o
IO
9
8
•H
o
so
n
?$*
iÖfcA'K:"
PQ
lilliii
ip
&i ***
«
i|ll>:I
IO
o
d
■
I
3
I
o
d
d
IO
CD
09
a
-
-
-
ra
TO
IO
IO
IO
«-4
TO
le
CM
CM
d
o
d
d
d
d
d
9
d
d
-
-
W
IO
1-1
TO
IS
TO
TO
d
d
d
CM
d
£
E*
Ed
ea
S
fjpitiii
CO
O
E-
Cd
Ed
SB
50-
Ei
CO
«
6i
Ed
H
X
CO
E-
s
a
<
CO
A
>Ä*5^::-:E3:::':::::::::::::::::::
S'-H'^f* *:*:$:•:
B
8H
Willis
OS
1
a
g
ItillfSII
iÄillll:
en
IO
IO
B
P
11!
III
7-88
CM
B
IO
B
«4-1
o
■
fa
■a
o
41
5
ip
<
so
Ö
Wm
H
f-
a
a
X
m
Ed
E-
<
«J
cu
•a
O
5
§
IS
7-89
2024
T}<
CM
o
O
TH
©
«SO:::
W
-*
<
«
lllllll
O
H
O
<
fa
e
i—i
02
Z
H
H
Z
I-H
03
OS
H
ti
o
v.©
IO
s
h
iÄi
HI
<**
©
S
3 11Ü1I
©
■a
3>
3
tf '
o^
Jtf
t>
CO
s
CO
©
Ss gj lllllll
N
CO
CO
GO
CM
■ :0
8
Z
o
§g w
to
•*•
IO
CO
oi
CO
O)
•**
CO
o
s
CO
©
CO
CO
CO
CO.
CÖ
Ol
IO
CO
CO
rco
CO
CO
CO
CO
CO
CO
IO
**<
H iiili
Z iiiiii
b«
H
02 <
CO
w :£■■-.
CO
*ef
d
CO*
d
d
sd
©
CO
CO
I-
to
-©
to
CO
CO
IO
CD
e»
CO
t~
^p
IO
•*r
o
o
o
©
o
O
o
~H
•—<
-«
«3
Co
so
©
IO
*H
i-H
©
©
CO
CO
IO
©
o
d
o>
o
to
o
o
CO
CO
CO
•*r
Ol
©
o
o
IO
IO
CO
©
©
CO
d
CO
d
t-,
•—
o
o
CO
o
CO
o
CO
^*
to
©
IO
pH
to
5§s
QH
es
KO
;
'•#
■■■
o
d
o
©
CO
d
CO
CO
©
CO
d
d
d
d
CO
d
faO
gtf
£<
<*
PH
^
■•■•
ta
H
X
s°
0.
CO
H
lÜleÄI
0.
••
z :*:*:*>:^:-:->:-:\-::
o
H
H
Z
H
1—1
<
B
■
,.Z -
.■ -•-- fij
^
«illl
iOlplllI
co
o
ffl
7-90
©
d
2024
o
o
WftSAvAW:*:*
©
:^:^^:g:::i:;^;
••H
o
o
■:;:;:;.;:;::.;.;.v.v.v.v.
•-".--
"
:
':
■Hi
'-■:.'
■Mp
5
•:::*i!S^::::::::
CO
3
CO
CO
IO
CO
04
CO
o
CO
CO
CO
s
C4
CO
=>
ft;
3
§
iiiiln
<
o
©
CO
CO
o>
50
o
liiliil
O
llllllll ■4?
d
CIN
io
CO
©
©
o
«3
CD
o
■&
•
©
CO
CO
©
©
d
CO
us
CO
o
CO
r*
CO
CO
1-«
©
o
o
d
©
•:.
H
w
F-
s
0?
:S^;:
b
llllllll
^
::::::::::::::::::
£
ft s
IO
CO
o3
lllllll
IO
©
©
CO
CM
©
■a
.CO
;0:«:"■■,■
::::::::;::::::::
CO
io
©
©
CO
CO
CO
llllllll &*
;^^:|x|:|j::;:i:;:;:
eq
CO
IO
C-1
©
©
IO
r~
©
©
CO
IN
©
«1
N
■islill§i-:8-i-l-i-:
1
«3
CO
IO
CO
©
fllllll
llllllll
üiHÜÜ
ssslllll
IN
•5»
SSSÖSSSft
z
1-5
©
■^
t
Q
H
O
©
IO
Ä ,
7-91
■O
©
©
©
©
d
IO
IO
©
o
d
©
o
IO
o
d
IO
■o
IO
o
©
2024
CM
O
Ö
SSOH
O
CO
o
©
IO
Ü
ST
itIUt
2
ifes«
mmmm
•M
3
■8
02
Z
p
H
Bz
Q
P
P
Z
i—t
Z
O
Ü
t>
i-5
io
t>
P
P
3
CM
©
©
c00
CO
CO
^3"
t
i-
SSäKS*"*;:*:;
3
ft;
U3
©
CO
1—
d
CM
CO
©
c©
©
CO
©
CO
CM
a
t©
CM
CO
CM
1ÄII
P IIIÄI
o
S
©
©
US
Z lilllll
O
P
o
CM
Z
GO
CG
©
to
U3
>o
o
©
©
■-H
©
O
lO
<N
«<
**
S$SS-S-:-S^:S
B p tf
©
©
fa
Op P
p
p
I
©^
CC
©
CM
o
©
o
CM
U3
CM
CO
CO
■V
©
us
©
©
CM
©
CM
o
lO
©
©
©
©
CM
lO
©
©
©
iO
U3
»o
©
©
P
OH
3 sp
Q
P
ZO
fa O
P
£
CO
o
©
■*r
©
*c
■V
©
©
lllllflll
Q
5
%
^IS^^^^^oS:-
»1
s©
H
3El"§
i&ifliiii
PL.
P
••
Z
O
I—1
H
£
z
<
H
IpPllii
P
1—4
op
Z
0
llilplli
P
7-92
•V
©
©
2024
CM
o
■o
ssos
w
:::::::::::::;:;:::;:|:;:;:i:::::
•iSi-SftSiwS'i'ft-
O
:•:■:•:■:■:•:•:•:•:•:•:-:•:■:■:■:■
>:•:•:■:■:-:•:■:■:•:•:-;■:•:•:■:•:
:|!!!::j£|;||||
o
o
:•:•:•:■:■:-:•:•:•:•:•:■:•:-:■:•:■
H
Ü
2
CO
£
H
H
£
:^V
Q
Q
P
O
o
i-H
H
i-3
1
tf
&B
feg
CO «aJ
llilll
3
wmm®
««I
3 IIIÜ
■111
o
■a
M
a
3
1
w$fam
55
o
©
©
©
©
IO
lllllllll
tf
IO
w
©
©
CM
m
to
©
S
CM
CO
©
IO
CM
CO
■<r
©
CO
©
©
©
*"•
a
•-<
^4
*«i
CM
eo
00
©
©
©
<y~
lllllllll
©
en
©
©
©
CM
©
CO
CM
©
CO
©
o
C©
CO
mumm®*
••
i—<
CG
CO
Ö
©
a>
©
IO
IO
|5
©
co
o
CM
o
©
©
-a*
©
CO
*«r
O
s
CO
©"
©
©
©
CM
©
©
CM
©
CM
IO
w
~H
IO
O
o
to
©
©
O
w
©
CM
©
©
o
CM
to
©
CM
CM
©
IO
^
o
©
CM
©
O
$:§:§:-l£$S-iS
QH
tf
00
00
o
o
00
©
d
©"
o
SO
feO
g«
H. . .
Hi
»«ill
WS
2
O
tö
D
s
0.
Ed
w
S
CO
s
CL.
a
fr.
H
iJ
••
o
Ü
M
U
55
o *lll££l$lf
1—1
H iisiliil
I111&II
<
gH
::
: S?;:S:!";:1
ttS§:£§;;:8£l
%
Zi
Mil
»"1
o
P
Ü
I
B
BIB
IO
CO
8&
7-93
CM
©
IO
©
6-
2024
o
s
<
O
H
SSKSKSSS5
SSsSp
SÄ*»**::
&
CO
CO
Ü
CO
»—'
+
O
*»«
i>.<%::
:;.«'
:■•'■'*—««
ÜH
to
OS
ipi
:•■'•©
: IS
CO
iM+MJMJMiÜMJM^
w
B
Ü
m
i
o
d
5«
o
Hi
H
O
Ö
H
o
B
C5
7-94
2024
CM
Üji;
O
m
®m
o
S
&::::*:::¥:äiäjx;:;
&$!£!$$$&
Illgl
•
llipl
•
H
CO
••
CD
03
CO W
fa
05
o
H
b»j
o
*-*
&
tlllllllt ■
igpil 11
IIIIIII
iliil Uli
ill«
n
00
io
tt>
cn
00
oo
to
00
a
<*.M>
wt
•* 3,
o
-
rt
o
io
cn
CM
00
oo'
oö
IO
<
^r
t10
to
•*00
o
o
o
«i
c.
:*:*$:
H
0?*-*
IgfiISi«®
GO
ÄÖlli
;^il&:^';^:S^:s^5;.;;Xv:;
id
H
d
ö
;•"«..■■:
IO
©
d
09
d
d
IO
d
CM
d
o
es
o
d
oo
o
d
00
d
o
d
6H
ifiiyill
H
J
••
Ipiiitili:
cw
63
5
w
03
Oi
03
X
X
tä
<
0Q
0.
a
X
fc
O
HH
|
§1
OH .;,:.;
t-4
IN
io
o
s
Ob.
7-95
I
IO
2024
CM
O
E|
<
i
O
H
■p €
SÄ*:™:**
m
Ip
00
Mi
ipi
W%
S»S
-
(3
rH
s
IS
Ed
i
2
o
CO
••
o
5
o
I«
s
I—I
1
7-96
2024
<
■
O
H
i
CM
O
I
s
"5-
4
+
si
ip
111
Ml
ill
O
IS
I«
01
d
:,.'«0
E3
«5
W
Söss
ia
W***tt«W>MI**«**W4****************W************
10
!■• £8:!
d
Wtf
in
Hi
8
io
o
l-H
7-97
2024
o
SÄ
■I
mm
+
O
v
ip
ill
■
ii
■
I
0>
mi
i&i!
oo
d
1—1
10
f&£
p
HI
d
0*
0*
IS
O
l-t
7-98
2
CM
O
CO
i
SSSSfofWSt
S'V>':
:
■
S£©es
Q
id
W
O
c4
10
l>
Ö
HJ
M
<
E^
03
hJ
H
W
iJ
Q
7
M
tM
OH
WMMHÜMä4MM4«MMMWMM4HMUM
w
B
o
o
M
m
S ©
81 '
«
EH
Cd
Ed
a
CO
lii
H
O
o
S3
ü
o
7-99
2024
O
^
•8!
lpt1
$i
t
o
OS
i-xisi i
Ipl
111
E
l-H
id
1
ÜI
EH
EH
Ed
Ed
Ed
Ed
X
S
co
CO
s
IS
7-100
Ed
0-,
2024
(4-1
O
i
a ■
e
+
o
i.x:»—'."-:
Si
J
3!
mm
■>-**.
10
d
Hi
sä»;
id
Ö
IO
iÄ
Ö
PQ
H
W
6a
X
CO
EW
fä
X
a>
■
I
5
s
o
S
7-101
I
J
6.
2024
CM
O
o
C!
©
*•«
:•:■:■:•:■:■:■:■:■:■:■:•:■:-:•:■:
::::::::
: : : : :: ::
o
©
©
H
wan
J~\
•8
2
i4
55
1355
H llipl
Z
8
i—i
z
o
H
B
tf
CO
O P
r-i
1
llllltll
w ällilillill
d
CO
CO
©
sCO
CO
CD
ei
P5
N
o
o
d
IN
^H
o
d
o
pi K
©.
rCÖ
o
a
o
a
C-
eo
to
CM
a
d
u:
ro
c-
CM
CO
CO
CM
CO
CO
.-t
o
CO
; JO
tf~
CO
CO
CM
Ol
CO
CO
©■
©
«C
%
CO
co
©
©
>
3
liii
Äiiii
••
«2
CO
a
IWII
3 ill«
42
o
es
CO
50
nigi
CO
o
co
d
-?
o
o
d
CO
o
t-
CM
«o
o
—
■V
o
o
CO
a
CM
■v
cc
o
o
d
d
©
lliilllli
lllllll
o
-
©
U3
O
Ö
d
d
CO
CO
d
d
CO
TO
d
CO
o
d
00
o
d
o
o
o
U
Sei
op
i-3
o
o
M
R
<
H
fc
P
tf
0
Jo
o
fa
H
H
H
lilt
H
■Z:.-.-
S:£:-:£:•A-Si-i-:-:
^H
ÄS
&ä
Sittl
5S
ifilllil
S-* S
CM
E-
«lili
Ü
I
2
111
H
••
55
O
w
HH
Q
p<
w
HI
7-102
CO
CO
CO
©
2024
Ct-I
o
Ö
o
O
••■«
o
©
JO
«♦:>>>?:¥:¥:¥:¥:
/-V
•3
**«
■8
-?
^
o
SwS^SISBS
o
illpl
o
:::Si¥S::*>>(SS
3
••
H lilli
Z
B
ü
Z
O
l>
Ö
<*
CD
CO
*
o
z
«3
1w
>o
_
o
CD
es
CM
1
O
^
fVJ N
$$££§:SK£*
m
IIIIIIII
aQ H
Illiilll
H
s
Zo
.
■■■«
o
U3
o
o
o
O
o
o
IIIIIIII
5
•H...:.,:.::,-'
FORM
I»
oi
o
Q
W
c4
CM
CO
CM
CO
lllllll
y
Ü
o
CO
CO
©
W8&
3
MÜÄ$ Mm
c
IIIIIIII
s°
j
H
••
to ü
llllllll At
' ' '. '
:
S:::::::::::::::::::::::*::::
Z s*s;^Sss;
O WIMMW
?8&8$8$8*$*
<
M^M%38&
H
Z
H wMMSm Ä-H
Z
A»«
• ' • • .'.•'>• ' og
a :*:*:*:*:*:
: : : : : : £1 >
:-:■:•:■:•:■:■:•:■:•:•:*:•:&
M
o
:::::::
fcä
£ °
lllllll Oh
7-103
o
o
o
2024
CM
O
Hi
lpt1
■fc
o
3
»I
III
CD
CO
to
to
^
Ed
H
W
Cd
«
i
X
X
os
s
12
p
CO
g
■
••
O
Ü
5
IM
o
7-104
2024
«
to
X
<
a
X
<
X
Q
<
Q
CO
%<
a
OS
CJ
OS
a>
£5
D
2>
rf
o
l
ri'
rfis
»■*•
00 ä
a
CRACK
LENGTH
(in.)
A
IG £
to
Iß
in
o1
co
Ci
Cft
<G
00
cn
A
CO
c-
O)
e-
"*
CO
CO
CO
CO
CO
CO
CO
CO
a
o-
CC
CN
IO
c
o
o
er
^
s
«
IO
CO
IO
. a»
CO
CO
R
s
©
CN
CO
8
CO
CO
CN
CM
so
so
S
8
CO
CO
8
CO
CO
CO
eo
CO
e»
o
so
so
CO
CD
o
§ so
g
©
o
©
o
e»
u
E-
o
H
U
E->
&o
s
o
g
g
s
8
©
—
8
8
8
g
8
CN
CN
04
CN
oo
IO
CO
to
8
■*«
ao
s
8
O
s
8
so &
©
CN
8
3
©
o
CO
CO
s
53
3
8
©
O
s
P
o
o
g
03
©
o
E-
CO
CO
CO
CO
CO
CO
S
CO
8
a
c
c
s
o
CO
CN
CB
to
o
8
H
U
H
U
8
o
g
o
©
00
8
IO
CO
to
8
g
s?©
CO
3
8
O
©
CO
co
O
o
g
s
§ 8
CO
S3
5
s
fr,
f-
u
H
U
H
O
F-
u
H
U
E-
CO
*o
o
CO
CO
p
0
s
CO
8
CN
CO
s
CO
CN
c
o
tN
CO
00
s
K
o
a
c
9
o
CO
C-
<
Q
o
to
CN
o
*
■
z
e
^"
N
IS
z
P
o
w
0.
z
as
R
d
<<
sen
s
B
- -<
i -*
eÖ
N
to
o
Q
es
a.
CN
o
co
en
s s
o
Q
2
o
o
o
■*•
©
Oi
■*r
8
8
8
a »
- "*
8
^
a
8
0)
CM
C4
CO
CO
IO
o
CO
O
10
to
IO
IO
^r
CO
O
*■
<0
CM
o
t*
a
8
sa-,
H
T!<
®
^
o
H
U
8
H
PÄ
8
o
fO
CN
Jl
8
H
u
8
H
s
H
U
E-<
"
§3°
fS
u
S
tN
UK
B*
s
pa
_
X ^
YIELD
BTB
PQ
tN
u
TEST
TEMP
CF)
o
m
M
Q
8
-
s
**
O
J
g
Ü
t^
o
S
CN
CO
■^
^
g
^
CO
s
*-
8
8
8
CN
CO
CO
o
o
S
CL.
£
«
s
CO
P
P
p
W
« 8^
*"
^
Ü
7-105
8
^M
r-
"H
o
©
o
«
ä
8
CO
CO
to
to
CO
CO
o
o
o1
o
©
8
£
£
CN
CN
CN
CN
0>
to
e»
CO
■*«
CO
CO
IO
•*•
CN
J
tA
J
Jl
to
to
o
CO
CO
OS
s
s
8
s
CN
CN
CN
■^r
05
as
8
8
CO
CO
8
to
c
«
9
0
E
E
s
£
IO
to
IO
p
£
p
1
X
«-"
P
■v
J
E-
ob
CN
cn
■«■
TH
8
4>
P
•w
,-
o
cd
o
«-4
<N
z0
b
a
CN
H
8
8
8
s
CO
8
o
u
o
J
f~
H
ob
fc^
s
0)
u
p
8
8
CO
CO
2024
s
n
<
a
IB
rf3H
is £ e
Q
H
Z
O
*
z
2
SS
K
Q
o
£
a.
u
a.
vu
ü
go
**
E"
a. o
c6
Ei
fei*
E«
B5
§2
s
Q
§a.
o
2
2
■fi
K
Z
o
oo
7-106
|
X
■<
a
2>
w
m
^
s
CD
»UP
z
23
EH
EH
EH
O
U
EÜ
EH
ü
EH
u
u
go
•5*
SP =
QQ
J
J
EH
EH
CO
-5
E«
EH
EH
J
EH
EH
g?
a
Q
0.
o
2
O
E"
O
U
7-107
2024
S
2>
feo
tf
rfan
00
d
P
p
Z
O
53
«
2
g
53
a
a
E«
u
EU
E->
U
EU
U
>S*
o- -
8? s
alb
09 '
E-
E- ■
E"
03
B*
P
a
o
K
o
PL.
ES
Z
o
o
u
7-108
EU
E-i
O
EH
U
ES
2>
8
S
8
S3
I C s
M
z
a
5ü
U
U
Q
i*
Sj
Ö
Q
eu
g
z
o
7-109
1
2024
u
z
2
S
is
w
ttf Sl-ä
• ET
Q
P
H
Z
O
O
Si-
63
M
z
g
X
K
EÜ
EU
a
w
■S*
gig
5»
I" o
als
15 =
p
a
§a.
o
a;
o
^ T3
0
u
7-110
E-
U
EO
EU
2024
o
3>
is
tf
^
rfgl*
'«T
SI-»
!*£*
«
zo
(a
E«
U
Ü
Q
i*
gig
fc o
03
E«
si
§2
P
Q
o
ft.
2
O
O
u
7-111
E"
U
EU
2024
!
5s*
tf
QD
• £ t
■a C a
Ö
Si-*-
P
Z
z
o
2
2
S
Ed
a
S e pa
w «s "
l-S*
9*5
E* o
^ E
es s
Q
a.
m B
o
Eh
I
— ?3
s
7-112
°ä
CO
CO
CO
CO
CO I
CO
CO
eo
Ift
CO
CO
ä
to
CO
en
en
E'-
t-
t>
s
S
s^
eo
U
GO
u
§
CO
eo
CO
CO
CO
CO
§
c-
o
cen
o
U
s
U
U
a
8
*
a
*
a
*
a
U
&
U
§
•v
*
£
*
S
■*•
*
g
c-
CO
CO
*
CO
CO
CO
CO
en
en
en
S
Q
33
5 M
*
feS
o
vl
o
4£
CRACK
LENGTH
On.)
A
Q
W
.
*
04
o
94
g
p
25
H
pa
CO
. o
o
o
O
CN
©
CO
en
en
en
©
CN
en
CO
eo
S3
©
O
eo
«t
s
CN
O
CM
£
CN
O
t»
o
a
O
en
a
§
CO
©
S
CM
CM
S3
en
O
©
sso
CN
O
o
ift
en
en
B
s
*
8
CO
en
o
en
co
ä
o
eo
en
CM
©
©
eo
o
e*
o
©
eo
s
a
8
o
ao &
:
:
S3
O
sen
CM
o
•*•
eo
O
o
o
CM
CO
CM
CM
a
o
©
■*•
o
o
s
S3
8
S
8
00
o
o
CM
CM
CM
CO
CM
a aö
a
8
8
g
©
©
©
O
o
•
!
CM
a
CO
E-
CM
s
©
o
z
K
Ed
E*
U
p3
a
p3
FU
F-
u
z
s
CO
e-
S
S
■"■
o
I
©
2
v
•v
8
s
EO
pg
2
H
U
£
3
%
EO
Ft
EH
O
O
EU
CO
*
5
ao
H
N
u
EU
E-.
U
E-.
<J
CO
©
1ft
S
s
S
©
©
©
2
u
H
U
EU
t-
s
ift
8
u
u
O
z
o
THICK
(In.)
B
Z
H
Z
O
ü
CO
1
S
to
l
III
0.
on
3
Oi
"*
S __
a
i-s*
5~
3
CM
9g|
1
O
ig
8
CO
t>
**
^
_
CO
g
o
eo
§
S
o
N
CO
CN
CM
CM
IO
lO
CD
ift
1ft
CD
1ft
Ift
CO
Ift
1ft
CO
CO
1ft
CO
1ft
g
o
-*
s
o
CO
f*
o
CO
en
©
1ft
CO
CM
1ft
to
t>
2
_
8
©
2
o
©
s
a
CO
©
CO
CM
CCO
eo
a
s
o
o
N
**
*"
©
o
o
o
C4
CM
CM
CD
CO
a a
c-
s
en
s
CO
CO
CO
CO
CO
CO
s
t»
CO
CO
CO
CO
CO
CO
CO
eo
8
O
^.
CO
**
1ft
t»
o
£
*"
CO
**
CO
"H
tCO
co
w
*■*
8
"
04
CO
©
s
to
H
« S
seo
o
©
T3
l^£
gg«.
g^
en
o
"
MM
§2
©
ob
J
sJ
CM
BS
so
eo
o
CO
eo
o
©
s
©
CM
CO
©
1ft
e©
8
o
ift
8
©
CO
s
e^
^
"
a
8
§
s2
©
Eh
E£
E
'S
K
lO £
ift
lO
o
z
o
£
2 s
o
w
7-113
s
P
5a
2>
tf
t^SLi
«9 £ S
tf
z
g
Ed
E-
EU
u
EO
U
0
Ö
■2*
M
6-
6- ■
15 s
0.
o
Eb
z
O
IM
2s
7-114
EO
EO
U
U
as
«
§
6
<
o
CO
R
s
OS
ai
4
o
»
• ^
©T
S
t-
GO
CO
co
«
CO
eo
eo
CO
CO
CO
CO
eo
eo
CO
CO
CO
CO
CO
CO
CO
CO
CO
CO
CO
CO
00
CO
CO
CO
CO
CN
CO
CO
CO
CO
CO
CO
eo
CO
CO
CO
s
eo
a
eo
CO
CO
CO
CO
CO
CO
R
s
to
CO
CO
eo
as
e»
t-
t-
o
o
CM
CO
a»
t»
to
§
o
«
00
to
CO
a
©
o
©
o
Si«
§
3
o
v
^<
s
CO
S
■V
a
e»
C\
G
CC
o
CM
0)
CM
« B.
OJ
o
CO
M-
CM
©
CM
o
eo
eo
eo
CM
CO
CM
CO
CO
s ff
B
P
s
s
s
CO
CO
o
©
o
CO
•w
CO
to
CO
CO
o
01
o
o
o
o
to
IO
e-
CO
to
o
to
to
©
CO
s
s
©
©
©
s
CO
CM
$
CM
so a
to
to
to
eo
to
JO
to
O
OS
O
©
o
©
©
o
o
©
©
©
o
ao
3
o
©
o
©
o
c©
H
CJ
H
H
U
H
u
H
O
H
so So
8
o
so
g
8
8
CO
CO
■V
o
o
O
o
©
o
H
O
F-
o
H
U
H
CJ
H
O
EU
f-
F->
H
s
8
8
en
8
8
Ö
ao s ao
(3
K
CM
s
8
o
CM
CO
00
en
04
©
o
eo
eo
CM
CO
©
s
to
©
t-
CO
00
CO
o
CM
©
o
CN
o
ss
s
o
to
o
o
CM
s
s
©
CM
so
cS
o
S3
©
©
o
O
©
o
o
o
o
o
H
L>
H
U
!^o
F-.
U
H
O
FH
E*
to
o
©
LO
to
M
-
04
i>
g
g
z
g2
00
w
z
o
Ed
ft.
as
3
3
u
o
u
o
u
L>
a
a
THICK
(in.)
B
*>
eq
o
8
&^
£
ei*
©■
s
3
CM
CM
O»
CO
CO
CO
o
©
o
o
o
o
o
s
§
8
8
8
LO
io
to
CO
CO
CO
CO
CO
©
_
£
8
8
8
CO
CO
CO
o
©
to
o
©
o
©
©
o
t>
o
Si
©
©
©
t>
©
co
t>
o
ss
a
©
a
©
©
S
a
©
8
K
a
CO
to
_
to
2
a
o
©
*"
9«?
gig
oh
m
Jl
CO
CO
CO
CO
H
S^fr
ßul
B
p
a?=
£
s
£
£
a
CO
CO
eo
CO
CO
CO
CO
00
CO
to
eo
to
CO
to
to
to
H
Ob
J
ob
►A
eJ
J
£
CO
CO
CO
g
S
©
CM
CN
CO
£
to
CD
CO
eo
eo
eo
s
£
£
E
03
£
8
8
8
8
CO
CO
CO
CO
^
CN
8
eo
8
s
8
CO
CO
CO
Q
§0
ft<
«
CO
CD
a
CO
CO
03
0)
ca
E
E
K
fcü
K
a.
tu
fcu
^
^
t-i
^
,_
to
to
9
CD
0)
©
9
J5
o
£
10
«■4
to
s
,-.
lO
s
s
p
7-115
_
to
s
iß
s
to
s
s
2024
CO
CO
eo
CO
CO
eo
CO
eo
CO
eo
00
CO
CO
(3
ff
s
S
B
35
Oi
s
O)
Z
o
CO
o
CM
CM
o
©
u
U
©
Ü
©
U
00
s
eo
s
00
en
Oi
CO
C-
en
CM
CM
eo
CO
■o £ a
8
CM
CO
en
to
o
o
S
9
©
so
to
o
g
c-
s
to
to
©
CM
CO
o
o
o
o
o
CM
Z
o
m
M
Q
u
H
E-
E-"
E-
E-
EU
O
o
CM
CO
o
CO
r-
§
©
eo
CO
s
s
CO
t-
to
s
10
CM
CO
to
O
o
o
o
o
en
8
CM
CM
CD
s
en
to
CM
CM
CM
CM
CM
H
O
H
Ü
H
U
H
U
H
U
so 8
00
o
o
en
en
"
8
CM
CM
CM
•M*
CM
£
_
s s S
**
^
s«
^<
s
8
IO
LO
^
en
IO
CO
to
CO
o
to
CO
CM
©
s s
s
CO
©
^
©
m
©
tCO
eo
CM
CO
©
o
en
en
so
o
CO
s
8
©
o
CO
CO
c-
CO
8
IO
IO
eo
CO
O
©
o
o
CO
s
©
©
g
E-
o
EO
8
8
^H
©
CO
^» S3
o
to
©
o
CO
©
CM
en
CM
g
•*
■*■
CO
M*
t-
s
IO
CO
■«
c
O
c-
©
f-4
tCM
GN
©
o
u
U
CO
CO
s
o
U
ff
5
CD
CM
o
u
ä
©
o
U
g
O
CD
CO
U
s ä ä ä ä ä ä
■*"
to
U
§
o
a
u
ä ä ä ä ä
CRACK
LENGTH
<in.)
A
D
Z
se» s
o
CM
f/iil
ST
P
H
Ü
©
4
o
f3
en
s
CO
•#
2>
ri"
00
CO
s
CM
o
o
S
CO
8
o
«
T)<
N
O
64
5
z
z
o
£ °B
ft.
£=
CD
IO
o
s
i -*
§
9«|
^
o
s
©
Ü
so
•1
s*-*
«.8
*"*
0»
a»
en
»a
10
LO
g
u
o
to
O
«~l
V
IO
w+
IO
00
to
to
CO
8>°
J)
E
J
fei*
««£
S
eo
e3
frJ
K
seo
6
c0
8
8
CO
CO
seo
s
eo
Q
Q
s
S3
a.
0
1
g
o
o
)
a
a
s
B
s
Ü
E
?
a
©
CM
CO
CO
E-"
J
H
£
s
V
s
•M"
8J
r-
^«
o
&•u
H
U
H
U
E-
f-
E-
H
a
•~
©
CO
en
o
p
o
o
«
©
^
CM
eo
CO
jo
o
a
seo
CO
CO
CM
s
•v
£
g
CM
CM
CM
CO
S
en
u
■"
s
"
a
Ti-
LO
CM
CN
to
CO
CO
8
8
LO
CD
u
o
8
*■*
©
$
o
CO
^
TJ-
TT
©
CM
©
CM
CO
CO
J
E^
j
E-
J
J
Ei
E-
Oil
H
fri
OS
frl
EU
f^
E-J
«
s
•V
o
8
•««
g
CM
8
■«■
8
^«
CO
CM
s
«
8
CO
CO
8
CO
|
1
s
w
u
X
Cd
w
w
to
to
B
S
B
B
B
C
5
7-116
«
8
eo
s
e
e
"E
ob
c
X
seo
8
CO
o
*S
5
"x
w
B
2024
s
is
*
i^SLH
QO
DE. E
Q
H
Z
O
III6g
«
z
o
3
U
Ed
a
SB -S
'i*
ill
&o
S&G
EK
6o
a
o
IM
z
o
7-117
K
H
S.
1
is
s
^3li
8
d
£
8
Q
gg
M
•z
a
3
u
a
Z
O
O
e8
i*
9P?
feie
§2
B
e8
a
oa.
Z
o
o
u
7-118
ob
ab
EK
E-
o
s
PS
s
«
t-
t-
00
ao
00
00
CO
a>
©
OS
en
OS
»
©
t
:
3>
CO
is
rf
i
B
tti'
^ii
«0 E B
e
1
Q
ö
Q
P
Z
O
U
3
©
00
IO
o
eo
s
o
t-
CO
e»
ao
o
°o
3
so
ao
©
03
CO
M
CO
«
CO
00
00
CO
CO
CO
CO
CO
CO
CO
CO
as
OS
©
©
©
©
^
01
©
IO
s
O
CO
o>
§
§
c*
g
o
OJ
8
o
«c*
CO
t»
o
o
S3
S3
©
©
©
so
LO
CO
LO
OS
o
©
o
$o
o
EO
H
U
H
u
eC>
EU
;;E*
8
g
LO
OS
o
8
O
o
o
s
s
s
s
o
C©
eo
P3
2
e*
u
H
8
S3
©
CO
04
C4
04
CO
CO
CO
CO
i
*
j
„
©
»M
©
©
©
©
i
to
l>
CN
53
o
« «
CM
CO
I
OS
CO
©
c-
©
CO
M
©
©
IO
CO
«
CO
■w
s
CO
04
s
a
M
©
to
CO
8
o
to
to
©
CO
t*
©
©
8
3
8
CO
s
04
■*•
LO
o
o
o
©
ao
eo
8
©
$o
CO
LO
so
^
so
t»
^i
C4
©
LO
t»
©
o
^«
•
FU
EN
H
U
E-
H
U
EU
F-4
e-
H
Ü
u
H
O
ao
so
r-
©
00
©
s
s
■■a-
« s
i
S
O
so
J2
w
•2
2
v
N
O
N
P
z
§
Ö
o
C
o
O
eo
CO
E
ia
g
»A
T3
CO
«
O
tf
eo
CO
w
00
M
2
!?■
f
«o
a
g
©
o
I"*
flg|
s
s
s
©
o
**
to
CO
to
CO
©
CO
N
LO
CO
CO
V
IO
LO
3
LO
LO
EJl
J
E-
J
CO
CO
s se-
z
o
w
a.
to
39^«
IS
■a
TEST
TEMP
o!> g
B?
S
o
o
BS
Ü
e-
Ü
c;
U
ü
a
jS^
St
s
"Xf
s
■V
c 2
©
o
so
Ä
•v
s
o.
"
s
t»
*"*
c-
3
'& C
•&
h
|5
£
'ft
fa
B
g
0
"
" ~
"
LO
O
©
o
s S
«
"
s
s^«
Tl«
■9*
04
to
H
Jl
m
E^
•*«
■w
S
^
©
O
©
s
s
"
"
LO
N
04
■fl»
■0"
CO
J
E*
F-.
ob
en
J]
ao
CO
00
sfr-
se- se»
c
'Si
c
'5>
fa
IO
H
$
en
8
LO
LO
e-
o
t-
a
■V
©
■^
8
C-
so
c
CO
S
t-
LO
v
00
s
8
to
V
bo
t>
o
g
g
©
04
01
©
04
©
©
©
h3
f-
E^
03
J
ob
04
LO
^
■*•
DO
N 2
ffi §
g
■v
C4
04
©
LO
f-.
J
E^
LO
©
04
LO
^
^
04
•*
8
8
LO
8
8
8
LO
LO
■*
CO
LO
CO
be
be
bO
c
bo
C
bo
'&c
c
'GO
c
■a
c
■a
c
■a
■a
-a
•a
fa
•ft
fa
fa
fa
fa
fa
fa
fa
fa
fa
LO
LO
LO
M
LO
Dt
04
LO
04
CM
g
B
B
B
B
g
B
«
B
g
Z
0
£
a a a
*" " "
B
0
u
7-119
N
Q
5>
rfi
tf
I
2>
fea
S
rf
£5
3
ab
Sa
li*
111
&o
a
as
as
s0
D
Q
a.
0
Eg
Ü
7-120
2024
as
e
I
5>
rfl
2>
feD
w
Q
H
D
Z
H
Jj
rf
IS*
O
O
1«*
°S
.hi
i>
S3
Is«
Sen
o
Ed
eu
8
id
w
3
"*
9g =
|6c
si
is
p
D
0.
o
*£
rt s
II
7-121
2024
as
E
I
5>
fed
*i
rf
s
5
S
t£2
s
is
4
Q
S
D
8
8
H
O
N
in
t>
tig
8
8
p~
ö
d
Ii*
9p5
E- '
j
03
E»
E■5
E-
E«
BS
as
E-
as
PS
ö
o
ft.
o
0
M u
s
Ep
P
ii
7-122
I
5>
5
gow
rf
»?1
2>
go
«
>?
J
o
ö
p
z
I—<
H
Z
O
ü
IN
c4
10
i>
I«
ii
5 5«
II-"
SS e as
15°
pa
ii*
w as
J
fi
eg-
PS
B, O
frei
§2
s
o
o
7-123
si
2024
Q
2>
t?i
rf
S
2>
M
ö
ö
P
z
jf
tf
t—I
Ss
O
ü
N
32
8a
a
3
t?
li.
(L,
S £«
Cd
0.
£*
so
9*?
E-
E- ■
H BS
BS
go
D
o
-1
E-
E«
0.
6-
CD cj
§ä
7-124
2024
as
I
5>
go
rf
rft
J3
tf!
2>
M
J!
rf
Hi
Ss
iu
| 9 °*
i*
9p?
si
H 8
B. O
Si
K
Q
0
1%
§1
Si
7-125
es
g
a
2>
rf
&?S
IS
i
2>
is
W
J!
6s
5=«
5=Ä
ITT
g~
9P5
fr-
B, O
eg1-
frei
6-
a
§
£
I5?
7-126
ied
2024
I
2>
£
IS
3
t-
t»
c-
r-
GO
00
CO
•o
«
00
•
•a
CN
00
* g
2>
fee
M
4
Q
H
P
Z
i—t
■I
H
Z
O
o
Ü
N
®?
lO
l>
Ö
J
pq
111 B
S3
I2i
1
"FT
SD:
U
W
f*
CD
sis
H K
-3 '
el*
E-
Ei
a
a!
S.
s
CO Ü
CO
B-7
g
8
§1
£1
8S
7-127
2024
as
e
i
5>
go
rf»
rfi
2**
Q
P
Z
^
I
6?
IS
Z
O
Ü
^^
II
l>
Ö
ft.
»3
e
e
IF«
PQ
i*
9gi
Si
gas
6-
ö
J
fi
EM
BS
s
Ö
Ö
Q
a.
E-
o
*5
7-128
EK
I
fco
rf
rfl
2>
SB
*
J!
Q
Ö
P
Z
H
Z
O
U
*
i
t—<
IS
ii.
N
Ik
H
S3 Is*
fi IB
s
i*
9e?
eis
f-
J
fi
a, 0
fi
.1
fB!
s
p
oa
o
Bi
BJ
5
E
as &
II
7-129
BS
2024
g
2>
uS
e
2>
go
4
Q
P
Z
H
Z
O
O
i>
8*
s
aa J
ol
&5 .
IS*
OS
3-* SS«
S3 |2rf
6="
W
B->
»on
M
a.
ii*
05
3
es
go
Q
cu
o
Si
8
7-130
2024
I
2>
aM
it
§
*i
5>
18
M
Q
H
P
Z
H
Z
O
JS
^
.1*
Ü
•w
N
CJ
>C
I>
■IIJT
II
3S
I C- w
W
pa
S3 -S «
u
w
eu
li*
OS
9|
E3
>«
J
j
U B
^
£
£
eg-
B
D
2
li
7-131
2024
as
Q
Q
8
O
O
Q
g
§
O
<
Q
3>
SB
rf
*?
is
«
Q
H
P
Z
4
*r
3ai
z
o
Ü
Id*
5s"
«a
B c eg
3
s
on
if*
Sei
-
H S
fi
frit:
X
9
n
§a.
o
CO u
?
7-132
s
er
et
es
a
a
Q
O
Q
O
B
Q
a
Q
w
2
feo
rf
is
W
jf
Q
z
h-1
H
5 *
•
o
ü
tu
ia
i>
Uf
H
M
i*
9P =
j
fr-
tr>
Ms
es«'
8-
05
OS
D
Q
80.
o
fear
r
BB
7-133
05
03
!
2>
£
15
3>
*
J
Q
H
D
Z
So
ii
Z
o
.hi
fa
W
s £ Da
:i*
Jl
Jl
Jl
feis
eefc
05
D
Q
a.
Ji
o
7-134
OS
I
5>
tf>
*
5>
2w
feQ
i
O
rf
i—i
H
Z
go
o
li.
S
B
K
6
M
8s°
eg*
OS
8
©
8
Ö
8
8
Ö
Ö
s
D
§a,
o
h.
7-135
2024
1
Q
5>
M
4
Q
H
P
H
Z
O
£s
o
5 c ■
SB"
N
»A
i>
- aa
ü
a
i*
Ok
CD
Spi
J
fi
J
6i
E-
d
0
Q
O
si
0.
£
81
7-136
2024
•
s
2>
tf
**
Is
M
Q
H
S
*
31J
t—i
H
Z
O
I*'
Ü
a s 05
n
B5
BE«-
D
Q
80.
to ü
7-137
as
2024
S
2>
rf
IS
5>
fee
M
3
s
S
Q
t-H
13?
z;
o
o
SI«
id
t>
W
Hi
S a es
M
»*
sis
6- :
Si
§2
a
0.
£
^ 33
7-138
2024
I
is
rfS
rf
i§
X
A
\n
Q
P
Z
H
Z
O
B
e4
i>
H
S5o
a.
1-5*
CD
3*S
ce
to
J
I
fi
§2
Q
o
fa
°1
Eg
7-139
fi
fi
<fi
Q
is
*;
£
>?i
«9
8
©
CO
CO
CO
s
8
CO
en
eo
CO
t-
w
2>
fen
«
Q
H
P
Z
I—I
H
Z
O
O
<N
N
«O
A
rf
S?
o
a
5 s«
3S
w
"d i
$1*
I-5*
H g
a. O
frei
eg63
Q
§
ft.
o
^ TS
7-140
2024
DS
I
is
rf
»??
u
2>
W
Q
W
Q
P
H3
Ü
6«
O
Ü
(N
N
1«
5 d <r
g3
t>
Ö
- o CO
M
i*
H
w OS
J
J
8s°
feie
S
P
Q
§
o
7-141
.a
c
CN
O
.2
"55
o
EC 0>3 i_ C m_._ i_
0N2002L.tyJl-N
°noooooocoro
_OinOtNMOCNCNO>
en c
oo —
9 o>
o o
1.1 9
•öd^^dddddd
q
v
n
oi
a «-
ÜJ
>
Ü v
-He
IT) • —
<
<
o
c ••
.* x:
_o
en
c
°ao
!5 I- 5
E
DC
c c c
o «
O
aj u o o
r> o CD «9
0
E E
a. a.
_o
Lü
O
u
O
<
I—
V)
O
.*
u
.c
■f.
c
CO
UJ
CD
i
1
03
ce
5
Ol ^
o m
•5S äo
■«*•
c
o
-•->
Shee
6.73
X
S-5
*:
5<
LJ
•■
4)
O
C
UJ
CO
'S ^
1
*J
.o
CN «+-
5
0 ü
c
E
□
n
Ceo
Ü
?o io ..o *Ü Ic
ULLMKU
T^a^
O
O
(ui/us>|)
O
o
*>\ A}isua}U| ssaj^s
Figure 7.5.2.3.1
7-142
.aa
O
I
o
o
CM
.o
CM
O
-a
a
c
.o
3
Si
o
Ec o»3 i_ c ©.—,_ i0NZUU21L(APN
X
a
_
c
OD
^roooooootoro
oowr^oincMT-oo
—
in •—
a. Jj °.
a tn
■a
••
O
C .* .C
v
T-
LU
>
Z>
O
<
<
.c
O
m c ««
v o w ^"
I 5 £ =S
5 o I- *
£
c c c
W ffl ffl «
C
° E E E
ö *o *o 'o
D. CD
O <U
taa
a
_o o
H?(/] to </>
ÜJ
O
O
<
>
o
■qJ2
I—
{/)
Ld
u.
e
to
u
CO
"IS
I
•m
_c
J5
o to o
Ic?
ct..
22
0)
8 i
o
o o o » c
ü Ü. M Q: UI
i
o
o
n
i
r
a
o
1
T
r
1—«r
O
O
CM
(UJ/US>|)
*y\ A}jSU8}U| SS9J^S
Figure 7.5.2.3.2
7-143
.O
o
.o
1
CD
^- -o
a
c
(N 3
O
<N Xo
o
S*>
o
•
1
_
EC 0»3 l_ C ©_
CQ
00
CD
§1" ca
•u i:
0
ü 53
01 ■*■
s«
ES
ü c J£ X
Lü
>
o
Lü
O
Z
<
_o
1 .*
9
O h- #
-M
c c
CD
Z>
«.£
.2 cJ^ "Voodoo
v
o
a J] o
d -—
c
J*
_o
^000*0000)
_ r^ CD CD O "*•*—!-CM
c
V
E E
ö o O ü
n, CD CO V
£ o- c/ia. (na.
KW
o
<
o
□
(/)
(/)
Ld
D
IE
ro
if
<D
• ?■ o
■° 5
x es m
o
V
oc co u 0)
o u. ^ a:
'na,
T
o
o
1
1
1
o
o
1
CM
(UI/US»)
1
\
o
o
1
1
*!
T-
«>i Ä}|SU9}U| SS9J}S
Figure 7.5.2.3.3
7-144
1
«
o
o
.o
cd
**■
CM
•a
a
c
o
o 3
S«9
CN X
a
2
O
a.
EC 0>3 l_ C 0 —,_ i-
1
_
c
o
S.s^rsi
jj q
oO
*■a t:
m
C
••
•Sä^'+odöddö
»
u
•
jZ o « «
O 53
«.£
°ioooooootoro
—oirooMh-mcacMO)
oainr^ointNi-oo
—
« <N
<
<
ES S O c .* .n
Lü
>
Z>
O
Lü
O
Z
I .2
© »—
o XJ
ti.
iL c j; ^
«OH?
m c c c
w a> o 0)
c
•*■«
° E E E
ö o o o
Q. o o u
>; Q. Q. Q.
Pvitfltfl
_o
o
o
<
>
(/)
(/)
ü
.q «+-
h-
iSj
Lü
01
n
o
0)
o
o « o
c
CD
-° 5
o
C -C
c
o
ü
«
■«*■
£
ü
T
o
o
1
1
1
1
O
O
eg
(UI/US>1)
1
1
1
1—«T—
O
O
T-
«>i Ä}ISU9}U| SS9J^S
Figure 7.5.2.3.4
7-145
1
O
.o
a
„o
i
1
CD
^
CM
O
(N
c
o
£
o
Q.
SUU2L.U1PN
^loooooootoro
_0) K30 CNr^mCM CNO
n
_o
in .—
DOWNOWCMT-OO
| 5J c
o
Jj
c
o • • d CM
O
CQ c
c .O 01
09
.yd^^ddoodd
<
• t
z
*3
ÜJ
>
Z>
O
Lü
O
u
a
5c .¥c03 Ü
■3^
•4-"
!E ■o
Q.O 1- ?
E c c c
o
ü <D o 0)
E E E
o o
o '5
D. m o V
>, Q. Q. CL
</J (/>
P
C
ü
o
1
■4^
u
o
'
z
>
<
O
(D
Lü
^ |c
OJ •^
o
TJ
C
■
«D
*•
C
iZ
*: ^
•»
m•
00 o
c
LÜ
C
D
-e d
« o
■u
1
•«
X
c
•+
> o
'5
C\j M—
□
OU
* Ques
SeeS
m m
.o M—
le data
2.4
1
if)
o
i)
• « »ü
o o o
°a
V
CJ lt. ^ OC
i
O
o
i
T
i
CM
V
rJ3BT
U>1 Ä}ISU9}U| SS9J}S
Figure 7.5.2.3.5
7-146
T
r
o
o
o
o
(Uiy^lS>|)
1
.o
O
.a
CD
CM
O
D
c
JO
X
*55
o
Q.
EC 0>3 i_ C ©_
3
■+*
o
^000*00001
_r* op oo 0-* v—r- tN
^ O CM
■o "
O
• 5 m «H
O 5= g CN
LU
—/
«+■
M-
a
a
(D
<
<
o•
CP
£ O H ^
CD
U
O
v
.üd^^ddddd
v
.C
o
ü c .* £
>
o c
in
c
C C C
(0 <D 4)
EEE
a
m '0 'u 'Ö
Q. CD
CD
<D
_J
_*
□
V
>; Q. O. Q.
Pt/J tV) </>
a
K)
ÜJ
CJ
Z
Ü
o
i_
o
<D
>
<
■+-»
tC/D
o
O
CN H-
(/)
LÜ
Ld
c
•—
"IE
Ü
u>
n c
o
.c
z «to
o
5 ..??
C
C
•€ «*-
o o o V
o u. i£ a:
T—i—i—i—i—i—i—r
o
o
O
o
o
CM
(UI/US>|)
b>| /fysil9}U| SS9J;S
Figure 7.5.2.3.6
7-147
T**T
.q
d
1
1
1
'
^J- ■o
a
CN
O
o
£
-
o
n
C C 0>3 l-i; 0}.—._ »-
2
gN2UU2LUpN
l
^E
ü
_
_ m r*» oo es op w r^ to w
00tf5Or^*-IOOtD00
Pan
L-T
D.20S
in.
"5
<D
•• ~Z
JS
o «
o
Z>
o
E5 2 »
9 g-Si
-3so>
»- Je ■*= s
jg O f- 3s
C
C
0
<
<
u
ü SS g <N
a
w
ü
"S-'c
w ~-
.2d «-^ öci do do
c
>
cd
c
5
OJ X
o
üü
O
1
c
C
_1
a «) o
E E E
© ü O O
Q. O O V
>; Q. Q. Q.
H M C/J (/>
Lü
ü
ü
□
~z_
<D
>
<
Lü
2"
m
CD
1
1
&■
ü
a:
o
a
e
Lü
a
C
D
C
- 8 «;
CD
□
a
□
ndition
rm: Pl
: 153.
ferenci
vironm
\ a So»
o
O
o
©
_c
a
□
o
□
a
□n
C
uiL^oruj
a
1
c3
c
■>
K-i
1
1
1
o
a
1
CM
(UI/US>|)
I
1
o
o
I
i
~ I
T-
«>1 X^SU9^U| SS9J}S
Figure 7.5.2.3.7
7-148
1
o
c3
d
1
•
'
1
I
1
««d<N
<D
c
.o
«
o
-
(N
glM ZCJ OZ ü-(/}|=N
fs.
Ifi
_ m rv oo CM on m r*^ K3 m
ü
C
Ji . m
Fo»
.2 "
o>
-
E
Q o o o
Q. O O V
>; Q. D. Q.
KM CO CO
<
1—
CO
^^—
00
Lü
DU
_1
ü
-S o
o
u.
o
IT)
S"
—
1
Ion/H t: T351
Plate (1 in. thic
30.45 KsiVfiT
ince: IDA004
nment:: LAB AIR;
•
o
•»
D
CD
•>
—
a
O
-. CD
08
□
es
D
tionable d
ection 2.4
Lü
O
Z
o
: CoiTipact
imen Orien
imen Thick
imen Width
Z)
O
CD
<
<
V
M 5 ü
c o n *a 53 8 *~
• 1- -M
_9 ?
C.
-^"c
in .—
0Q tf) OI-». r-lO O 00 00
DT- ^iTO 03" (Nr- Or
MÖ-^"tÖQÖÖÖÖ
n
Lü
_
c
r ^ -
>
(O
-
Q.
1
a
'
c
D
a
CD
D
a
0)
~2 o
a
D
D
O
a
*
"2c t£ .. «E«5 •->
-9 w-
a
o o o « c
s,
Dn
UL^KLü
I
I
1
I
c>
c>
1
s
(HiA! >0
1
1
1
l
c>
T—
b y\ A}jsu8}U|
o•
D
o
Figure 7.5.2.3.8
7-149
1
o
o
o
es
K)
1
ss9J^s
o
.o
cd
J:
c
.o
v»
•^
o
n
o
Ecjg>3 k.£ «.-,_ •0N2üU2ü-(flpN
Ü
OOONOO(OCMW
Of-^FtooincNooo
oo c
J2c5^*6d6do6
u
^ CN
c
o
o o
ot
••
CM
ta «©
>
ID
O
<
<
sz
u
II a
Ld
in •==
.o
2.5 l|
O
CO
11
c
c c
0 u
E E
D
e "5 coo Vu
o. Q.
(/) c/>
O
D
■
LU
O
Z
a
<
a
«
O
D
e
m
to
in
Ld
01
u
-
I
es
D
D
cö
D
Ü
<D
.O
CN «4-
LÜ
a
EC
*-
>
D
-2« ^o
• c
□
CD
en
O o
1= -2 m .. c
■° 5
O
□
§ a
3$
D
o
X
o o o a> c
U h. * £K UJ
N*.
O
o
o
o
O
o
CN
(ui/qs>|)
ö>|
Figure 7.5.2.3.9
7-150
A}!SU8}U| ssaj^s
.o
O
>
et:
O
Lü
O
Z
<
I—
(/)
(/)
ÜJ
(UlyV!S>|)
u
>i A!SU8^U| SS9J}S
Figure 7.5.2.3.10
7-151
.a
CO
CN
O
a
3
X
a
3s
o C
mN
I
-''
"5
it
oo —
M-
«4-
T CM
0
°§
o
03 CN
■* o a
w
U 53
9
>
EB
°i £•
5•!- 5
o
<
n«
c ..
-f-»
0>
c
c c
O V
CD
_J
Ö o *o 73
^
E E
O
a u
o
o• n
O. CL
C/l V)
K)
L±J
Ü
z
a
>
<
h-
-H»
o
(/)
if)
i-
o
CD
O
<N M-
u
ÜJ
LÜ
C
52 -
CD
CP
Oc
o
ID
c
o
o
1o §o ..o £«
—i
°
o
K>
1
1
1
1
So
CM
(UlyMS>|)
T
1
1
r
a
o
«>| A}ISU9}U| SS9J}S
Figure 7.5.2.3.11
7-152
r
.a
a
Lü
>
O
Lü
O
Z
<
C/)
in
ÜJ
(uiyvis>j)
«>i Ä}isua}U| ss9J}S
Figure 7.5.2.3.12
7-153
ÜJ
>
O
Lü
O
Z
<
I-
(/)
C/)
Lü
(ui/us>Q
a>i Ä}|su8}U| ssaj^s
Figure 7.5.2.3.13
7-154
.a
CD
CM
O
a
c
.o
Ä
n
3
(N X
a
O
EC 0>D i_ C 8>~,_ w.
0N2UU2L(/]pN
_ ■«- op r* o T- m at ■<*■ o
■a
••
(P c
•«
•Ü d r *t ö d ö d d 6
»
.c
o
o•
v ft oi <<r
23 S -
_o
O «= .* £
LÜ
>
Z)
O
I
<
<
» O Ä
5 O H ^
£ c c c
u a o o
E E E
ö u o u
C
Q. o o v
•£ Q. Q. Q.
I^tfl c/i (/>
Ü
UJ
o
Ü
>
<
\-
O
C/)
.o
in
CN
Ld
ÜJ
As
IS --^
s
ro
? o
»- *- "5
C^ -M 'T
o a. in
=
in
O
■a
c _
o o u a>
o u. M a:
o
o
i—i—i—i—i—i—i—r
a
Q
o
o
CM
(ui/usy)
«>] /fysua}U| ss9J^s
Figure 7.5.2.3.14
7-155
.o«
a
.a«
to
CN
a
J3
o X
a
.o c
I
in VwX
o
«+«+0
0J c
■a y
d to
o
o
<
O 53 8*
ES c ..
LU
>
(Z
Z)
O
o«
sc*5c i|
c c
O*
c
a)
o o «
_j
Ö o u "5
u
a- S e
a. a.
j*
E E E
o
o« n
(/) (A
KJ L_
Ld
O
Z
<
a
v
>
I—
■*->
o
tn
0)
O M—
<N M-:
C/D
Ld
Ld
C
0)
"S 8
^ **
x o
en
a« c
a
Ü
_c
O
o OT < c
cO O§ Ü.. £V
CJ ü_ M £K
O
O
(ui/v.is>i) «>i /tysu9}U| ssaj^s
Figure 7.5.2.3.15
7-156
Lü
>
et:
o
Lü
ü
C/)
(/)
LJJ
01
(ui/us>|)
M>|
Figure 7.5.2.3.16
7-157
X^isu9^u| ss9j;s
CM
O
"D
O
a
2
ec
c
a. _ _. c.
~° ^
ffl
C
o
"""
(i _.
ES 8 ..
LU
>
Z>
O
I • ° ft
""
o c c c
u a a o
E E E
ö "o *o "o
Q. o a u
5; a. a. a.
LU
O
<
in
UJ
(UI/US>1)
H>] /fySU9}U| SS9J}S
Figure 7.5.2.3.17
7-158
.o
cd
-«CN
O
<N
c
o
Jp
«
o
Q.
EC 0>3 v. C 8) —,_ l-
a
c
tn
i-■
i_
'i
• 4
<0
ÜJ
>
O
Lü
ü
O 00
in .=
u
x:
o
•
kness
h: 11
Br
oQtnor>N«-no«ooQ
_ in r^ oo CN cp io r* n «
.
C
_o
*". *
•«
*5 C
o
c
o
QN2UU2L(flpN
0
<
<
_o
u w
n
0>
D.O h- #
c
c c c c
o CD
03 O
o
E E E
01 ü o u
Q. Q 03 0)
DL Q. Q.
«*
o
c/i io
o
•>
—
^2
O
-
ÜJ
es
Q)
.o H-
55
Lü
CN M—
2 o
O u
O
D
o_
T
o
o
T
r
Q
O
CN
(UI/USN)
T
o
o
r
i
H
)
«>| /fySU9}U| SSSJ^S
Figure 7.5.2.3.18
7-159
r
.O«
o
_a
CO
CM
O
CM
•o
o
c
o
3
■f
X
D
CD
O
^OOlßOIN. — roanotD
-9?
10
O
_inpvcocvj cpmr^fow
Or- ■«•too
.2d ^000000
fc
0
0)
c
O
•« -~.
v
o oi
o
<
1
4.0
u
Z)
o
co »
«£ Q. Q. Q.
Q. CD
Pc/i (/I (/>
'
LJ
O
£ O H ?
£ c c c
o o <D «o
E E E
ö o o o
'
>
1
3.0
LJ
<
1
2.0
C/)
(/)
LJ
0£
1
a
□
> o
1
1.0
m
^ 5 ts
a
c
■a
ange in Effective Crack Length A
°- -J ^
o c•
O
0)
c _ .. .
o o o «
a
o u. * £K
a
1
o
o
to
1
1
1
o
o
1
1
a
o
1
'D
'
W>| A}|SU9}U| SS8J}S
Figure 7.5.2.3.19
7-160
1
T-
CM
(UI/US>|)
1
.0
o
d
.o
CO
^~
■o
C
CM 3
O
(N X
o
.o
*5>
o
1
■ffl
_o
c
ü
OJ
_ w r^ co CN on io r* tn w
CO WOrs«.*-K) 0(000
in •=.
d c
•üd «-^ öd öd do
v
M-
rä o
S w
ü
5*7 01
Q. JJ
T3
"
J£ O
ü US
E3
--J-
<
<
O c ^ £
ÜJ
i'l
>
© O K- 3t
•*->
Z>
ü 1 E E
CD
o
Lü
O
C
c c
V
o
ö u ü
CD 0)
Q. O
ü
£ Q- Q. Q.
KM (/) C/>
tn
O
>
o
.q o
C/)
»4-
«4-
Lü
Lü
c
O
.o
o
■
o
o
n
o
o
o
o
CM
(UI/US>|)
«>i A}!SU9}U| SS9J}S
Figure 7.5.2.3.20
7-161
*
a
cd
_o• C
in v• —•
—'
MM-
■■
0
O
<
..—
o ja
Q
Lü
o>
c
o
>
01
Z>
O
_J
_^
o
n
K) i_
•
Lü
O
Z
o
<D
>
<
I—
00
-+-•
o
_q
CO
Lü
01
CM M—
L±J
C
•^~
o
o>
c
« ö
o
o
o
(UI/US>1)
a>| X}ISU9}U| SS9J}S
Figure 7.5.2.3.21
7-162
CO
_o c
to
HV+-
~
Q
ö
<
n
■+-»
Lü
o>
c
o
>
_I
Z)
O
_*
o
_q o
Lü
ro v_
ü
O
<D
>
<
-4-1
o
C/)
C/)
Lü
_o
<N M-
Lü
er
c
O
0>
o« c
o
_C
O
(UI/ÜS>|)
»y\ X^ISU9^U| SS9J^S
Figure 7.5.2.3.22
7-163
.o
cd
_q C
in s»^
MM-
™
©
o
<
— o«
u>
c
ÜJ
>
0)
-J
Z)
O
^
()
K)
Lü
O
z:
ö
l_
o
0)
>
<
\-
•+■>
o
tn
_q
co
evj M-:
Ld
Ld
et:
C
—
•■™
0)
_o•
ö>
ö
_c
o
.o
o
(UlyMS>|)
«>1 Ä}ISU9}U| SS9J;S
Figure 7.5.2.3.23
7-164
CD
•a
-cj- D
CM 3
O
X
a
c
■3
in •—
I
a
CM
.
* C
§T
a.
Jj CM —
•a y
O IO
C>
ö
.*• o5 ä •
U 53 §<n
ES c ..
° £ je s:
>
ZD
O
Lü
O
Z
.2 o
c
S c c c
° E E E
a "0 "5 *o
Q. a o v
>; a. a. a.
Pin t/i (n
_o
O
a)
<
#>
I—
(/)
o
o
<D
.a »4-
3C
o
CM «4-
LÜ
01
ö
Uo C
la"< 8
O
x •
V.
o o o «
u li. ^: Q:
T
o
o
1
r
T
o
CM
(UI/US>|)
r
T
1
r
*>j /fysU9}U| SS3J1S
Figure 7.5.2.3.24
7-165
1
a
o
O
Lü
>
Z)
O
Lü
ü
<
(/)
in
Lü
(uiyvjs>|)
w>j X}isu9}U| ssaj^s
Figure 7.5.2.3.25
7-166
Lü
>
O
Lü
ü
CO
Lü
(UI/US>|)
a>l Ä}ISU9}U| SS9J^S
Figure 7.5.2.3.26
7-167
.a
•o
a
o
3
X
D
.o C
I
in
• _M
O
m c
a. _!J CM —
a CM
■a "
o
oi°
■*
.P.
u =
3= CO
S*
M-
«+.
0
o
° 5
E3 c ••
<
CD
L±J
>
O
I CD
o•
n
U>
c
u
c
a
c c
CO (0 V
E E E
_l
CD
U
_*
0
°- S COa. a.
o
n
KJ i_
o
Lü
Ü
o
Z
<D
>
<
I—
■+-•
if)
O
CM M-
O
(/)
!E
LÜ
ct:
tc
ro ^J
o
a»
O« c
o
o
o
c
E ..
o o
u •£
v
o u_ n: Q:
■*h
—i
o
o
1
1
1
1
T
r
r
o
a
a
o
CM
(UI/US>1)
«>i A}ISU9}U| SS9J}S
Figure 7.5.2.3.27
7-168
•
|
1
«CM
O
N
.
|
n
i
(0
a
3
-
-
—
-9
c
in —
X
D
2
1
__
c
O
~~
— ^""^
v-/
S. Jj w
o
.
—
O
o
• 5 t!
■* .9. £ _■.
<
E5S..
3
O
Lü
O
iter-C
Orion
Thick
Width
ÜJ
>
Q
C
5 c c c
_l
° E E E
ö *ö o 'S
0.0 0 0)
>; a. o. o.
K-?(/l w w
-<=> n
ü
-yT
•
<
#>
ü
-~ (D
rf>-N
JE
S "5
ro w
«o
S
•*
2
24
(U
u>
o c
sz
ü
ndltlon/H
rm: Plate
: NA
ference: 1
Lü
Ql
o o o o
o L. x. tr.
^n
c)
c)
f)
Q
a•
lii|lll|ill *aa
o
a
a
c>
o
o
CM
S
i-
(HA! >0 "X A!SU9^U| SS9J^S
•
Figure 7.5.2.3.28
7-169
Ld
>
O
UJ
o
<
I—
C/)
GO
LJJ
T
1
1
1
r
o
o
CM
(UI/US^)
a>j A}ISU8}U| SS8J^S
Figure 7.5.2.3.29
7-170
.a
CD
<«CM
O
CM
■o
a
3
X
a
2
U<
3 C
in.—.
_
c
a
c
c ^ rn •*=
o
0.
•a "
0
o o
o
••
o
?
-*
.P. n CM
O S3 a «LÜ
>
Ol
O
° £
5o
9
c ••
II
c
wJ c
a c
© c
v
° E E E
ö "ö *ü "ü
Q. O O V
>: a. a. a.
LJJ
Ü
o
<
>
c/)
O
z
.q
C/0
Lü
01
J- o
Q
x •
ö
O
a
co i..
J»
o u V
T
o
o
to
1
r
T
1
1
1
V
r
CM
(ui/us>|)
a>i /fysu^ui SSOJ^S
Figure 7.5.2.3.30
7-171
.o
o
Lü
>
Cd
Z>
O
ÜJ
CJ
<
f-
c/2
(/)
Lü
Cd
(UlyVIS>l)
a>| A}ISU8}U| SS9J^S
Figure 7.5.2.3.31
7-172
ÜJ
>
o
ÜJ
O
<
00
{/)
ÜJ
(UI/V.IS>i)
«>1 Ä}ISU9}U| SS9J^S
Figure 7.5.2.3.32
7-173
.a
<D
CM
O
CM
■o
D
3
X
□
2
o
(O —
o o
q
.* o n cs
0
O
<
■a "
U S 0
je x:
Ld
>
O
L
3c o
II
_o
—
CP
C
Ü
0 c c c
a 0 s o
E E E
a o o "S
°- S a «
o
a. a.
O
2
o
<
>
fO
LJJ
z
Ü
o
.o *♦-
J«
if)
u
CM*
Ld
L±J
C
0
to oj
••
■^
■*■■
o o-
o
O
2 £
XI
c _
O
0
O
.0
O 0
U ü_ * Q£
■T—r
O
O
n
a
CM
(UI/US>|)
«>j A}|SU8}U| SS8J}S
Figure 7.5.2.3.33
7-174
„a
CO
^d-
c
CM
O
CN
•^n
o
■
EC 0>3 i_ c aj.-,_ i-
in
^oo mo rv^ roo DOOO
_ io r>> oo CM op m h» ro us
\ "3 00
•Ö C» ^-^ Ö O CD o o o
0N2UU2LV)pN
h- n c
• €
"5
c S3
H-
Ld
>
01
=>
O
Lü
O
Z
o
n
O 00
O)■
• a
in •=
u
-C
o
ness
: 11
L_
_o
<
5C .* s:
Q.O H #
C
c
o c c c
u 0 o «
E E E
o o
o o
CO CD U
n Q.
Q. Q.
••■—
£ 01
»^
O
o
K)
O
(/) CO
<
I—
Ü
(/)
in
-
«
D
<D
.q M—
D
CN
»+ÜJ
_o
c
o
es
LJJ
01
D
a
a o
D
o u
53 S
D
a
a
CO QQ
o
—i
o
o
IO
1
1
1
o
o
r
(HiA!s>0
b
1
j—_I—^
o
o
CM
>l *HSU81UI
Figure 7.5.2.3.34
7-175
_)
V
SS9J
1S
.o■
o
.o
cd
c
o
S
«
o
CM
O
CM
gN2UU2L.(/lpN
0QlftOrv*-tOODD00
U
o
H 0J
l_
in •—.
_ m r^ öD t>4 a? m i-» to m
.üd^-'i-'dddcJdo
a>
'. ■* m
^-
•* o o
c •«
6
c .0 n
09
1- O c
c 2C if
-4->
O
U
n •c 'r ■o
Q.O h- #
c c c c
0
u o a V
<
<
JZ
■*■•
LU
>
Z>
O
LU
O
c
E E E
u o o
o o u
n Q.
a. a.
>,
01
o
o
IO
_o
K </j </J V)
o
>
u
CO
if)
-
.O <D
es
es
LÜ
LÜ
c
^~*
• Ic
« o
n > o
*"~ «- '5 Q
D
D
o u
5: ■§« ••
n
05 0Q
0)
SI
o
0*02
c i.. A
o o o »
o Ü. a: oe
ob
i
o
o
1
1
1
1
o
o
1
1
1
1—*r-
o
o
CM
(uiyvjs>|)
1
T-
H>|
Figure 7.5.2.3.35
7-176
A}isu9}U| ssaj^s
.o
o
.O
1
cd
^r
c
CM
O
<N
p
•^
n
o
Q.
EC 0>3 l- J= 0>.-,_ i0N2üü2lLlflpN
J£
^ooinoh»--roooooo
_ m r«-oo CM op «r^ n m
o o-*oooooo
CM
1- o
L.
U
CD
c
•• o m
'l w —
O)
o
ä »
<
<
u
o •4->
r J£ -E
ü w
h- B
Ld
>
01
Z>
O
Lü
O
in •==
.Q
*i
a
Q.O i- *
c c c c
o
ü OD o a>
E E E
0) o o u
D «D V
»^
D.
£
c
MB
o
Q. Q. Q.
K)
O
>
<
• ■—■
U
C/)
<D
in
lü
01
-
LÜ
es
u
c£
K3
MCM M-
CÖ
2 o
> O
*" - «ö
3
x «_
O u
u>
o
O
□
09 CO
>. a i*3 u
__o C
n
D
*
o o U V
o ü. a: tr
-Ä-
o
o
o
o
a
o
CM
(ui/us>i)
a>{ /fysu8}U| ss8j;s
Figure 7.5.2.3.36
7-177
.o
d
.o
CO
c
C\l
O
OJ
o
O™
rEC ("S L C
DM- ._
I-
0N2UU2L-M^N
Ol
CM c
O "
_■* epr^o»-loo» *o
• • o>•
©
x:
u
_o
in •—.
OT-^FUJOWCSOOO
q <£>
o ..
'II
03 <r(0 «-
<
<
c ••
LÜ
>
°ao
!5
E
c
c c c
5 | E §
CD
O
V
••
o •;;
ü 'G 'o
r»
©
D
03 V
Q. Q.
c/i in
r—
ÜJ
n
<
□
□
O
>
O
.o <D
if)
a:
O
Ö
O
C/)
Ld
,
CM «4-
LÜ
o
•d <*
0) N
-2eö s
0
ä •IN
Ü
0)
a
a
a
0 ©
D
0
t» 75
> a o o
O
□
a
0)
O» 0Q
s •« 2 P
"?c cP •• «♦j>
_o C
O
D
o o u »
u it. ^ or
%
o
o
n
o
o
a
o
CM
(UI/US>|)
a>| Ä}ISU8}U| SS9J^S
Figure 7.5.2.3.37
7-178
.o«
o
CD
c
.0
v»
*«
o
CM
O
CM
Q—
Ec
o>3
»_ c a>.-,_ «-
QN2UU21LUPN
ü
OOONOOWNfO
_■* opr^ o^-moi "*o
c-1 <
o .. z
v
<
<
-C
O
<
a z
o
0]
c
•° r-
JX. .c
LÜ
>
If
O
OB
01
ri
O
9
_o
in •—.
«^
fl
C
0)
c c
E E
O O
o «
a. a.
UJ
a
o
D
>
D
Ü
C/)
if)
Lü
01
cd
'S -^
O
D
□
& «
-2eö ofl
o
a
□
o o
(0
a
^ Ö
S •
in i
l^d g
Mi
"0
D
D
t
*
.. V
oc co u
o u. X. on
o
o
I
o
o
a
o
eg
(UiyVIS>])
«>i /fySU8}U| SS9J^S
Figure 7.5.2.3.38
7-179
O
03
CM
O
CM
-a
a
3
X
D
2
8*8
Q. _ *- c
O
"Ö "
0
a
00
.2 § a °J
ü
LJ
>
Z>
O
Lü
O
<
_o
CJCX
«OH*
C
o <= c c
° E E E
<D *0 "Ö *0
n O O JJ
£ Q. D. Q.
p« 01 (/>
■
f
to
Ü
Ö
o
>
<
Ü
CO
LxJ
,ü
IE
or .
.o <D
e4
o
o
LÜ
C
o c
CO 'I c
in m
m «
x J>
>£
c
D
ö E °^ 8 i
O
£ S
Ct..
o o u V c
\
T
o
o
n
1
i
r
a
o
CM
(LnyVIS»)
1
1
o
o
1
r
*-
«>1 A}ISU9}U| SS9J^S
Figure 7.5.2.3.39
7-180
i
.o«
o
.a
<D
^h
o
CM
O
3
Ol
o
X
1
o
_C
(0
in
.
1 CM C
s
?
°- -J
H-
«4-
d I-*
a>
ca m
a »—
S5 c •-
0
ö
■a L:
O c
.S
o
U S3
<
o«
ü c .* X
Ld
>
Ol
O
Lü
O
c
• ■—
*"—^
I-s ?2
l- *
-M
c c
<D
_J
ö '5 o o
o u
n. *" Q_
Q_
J*
ö>
c
<3 | E© E4)
q o
o
£ °pM C/J c/>
rn
i_
O
0)
>
■+->
o
C/D
LxJ
01
o «4-
li.
o
O
<N M-
ü c
IT
C
CM W
DO
<D
u
«w« —
Lü
O
I-0|C"-J
o«
c
vT -E «q i: £
0)
^°*
So- ts
cn
c
o
o
E
c
Q
00
■a
« .=
ct..
O O ü 0)
%
o u. :* er uj
|a q
o
o
CM
(UlyVIS>j)
«^ Ä}ISU9}U| SS9J^S
Figure 7.5.2.3.40
7-181
.o
«0
^d- •aa
C\l
3
X
a
2
in.
O
(N
O
I
in .—
^
Ü- Jj ^ .
o c
T3 i:
•-
ö
<
Ü£ o « o>
O *3 £ *~
ES 8 ..
ü c -* -5
Lü
>
iL -c £ s
«Oh?
ffl
c c c
W <D ffl 4)
c
*J
° E E E
O
ö 'o o *u
D. O O «
>; n. o. Q.
PM(/im
o
O
v_
ÜJ
O
O
>
o
Lü
<D
D
□
^ ö
O
i
o
o
1
i
r
o
o
1
1
1—W-
o
a>j Ä}ISU^U| SS9J^S
Figure 7.5.2.3.41
7-182
1
O
CM
(UI/\JS>|)
1
.o
o
.a
CM
O
D
3
X
a
2
in ._
o. ^ 2 £
T3 ••
CD
O
<
1 o « °5
U5«W
ES 2 ..
Ld
>
Q:
O
Lü
O
Z
_o
JJ£g
j5 O H- 3S
c
£ c c c
w o «9 ©
° E E E
b o o o
Q. a a> «
>;aaa
Pw 1/3 </)
O
<
f-
o
(/)
u.
o
o
if)
ar
.
.o »4c4
ÜJ
•*
CD c
CM W
(0 'I
H O
H-
<D
SL£
£ •>
>-2 S£
o Q- (N
~
?ct..
E*°
ü I
O
8£ Ii
o o o » c
O ü_ *
\x
T
o
o
n
1
i
r
1
1
1
o
r
^
CM
(UiyVIS>|)
*>j Ä}!SU8}U| SS9J^S
Figure 7.5.2.3.42
7-183
.a
<6
<«CM
a
CM
X
3
O
a
1
o c
c
Panel
T-L
0.125
in.
in • «■■
TJ y
ffl O
5
.*
U IP
M-
M-
C5
O
<
O)
«
0J o.
3«
EB .* X
Lü
>
o«
O c
iL1 .•
c
© o H #
■+J
c c
<*• ■+■>
■Pl
U>
c
<D
-J
affl g1 E E
<D
O
Lü
ü
ö u üO 4)ü
JX
O
£ °- (/)Q. (/>Q.
Pw
El "
a o
4
KJ
i_
O
ü
<D
>
■+-»
O
C/J
CO
Lü
o
O
<N ^-
S CD
CD
iö-o * S i
to £ 2
•a
o
c
©
Lü
cjr .
o c
CD —
c c .. V c
o o o Q: U
1
o
o
ro
r
"l
1
r
«>j Ä}ISUS}U| SS8J}S
Figure 7.5.2.3.43
7-184
i
r
O
O
O
O
CM
(UI/US>|)
1
.o
d
■o
CM
O
(N
a
3
a
2
I
oc
o
a.
<N
T-
.
C
~~ o
5 o ä °?
OSgB
O c .* .c
I «SS
>
O O I- ?
c c C c
o
u <D 0 0)
O
aa. oo o(D ou
Q. a. a.
•t
E E E
Lü
O
C/)
C/)
Ld
u
1=
CD T.
O
'■SIE
x" o>
1
M
c S.
o a. O)
c c ..
o o o
U Ü- XL
(UI/US>|)
«>| /fySU9}U| SS9J^S
Figure 7.5.2.3.44
7-185
Lü
>
Z>
O
Lü
ü
<
\(/)
in
Lü
er
T
!
1
o
o
(ui/us>i)
1
r
a>] A}isu8}U| ss8J}S
Figure 7.5.2.3.45
7-186
1
„a
CO
CM
O
■a
D
3
X
O
2
U<
3 c
a- _L *■:
■a y
«4-
o 00
o
O
<
2 5 2 ..
ÜJ
>
O
«oi-J
c
a)
c c c
o CD CD V
E E E
Ö O
ü Ü
CD CD V
>; a.
a. a.
Q.
LJJ
Ü
O
<
#>
z
O
o
CO
CO
Ld
"IS
D
a
et:
c
o
o
T
o
o
r
T
1
r
«>| A^ISU9^U| ss9j;s
Figure 7.5.2.3.46
7-187
1
o
o
a
o
(UI/US>0
1
.o
o
■D
CM
O
CM
a
3
X
a
CD
(0
c _i CN
0- 1-
.
i- c
■a "
.* o a in
c
Ü
Ld
>
O
m
^1 2 ;=
m O
c c c c
u«3 Eo oE oE
ö o o u
Q. 03 03 4)
>; a. a. a.
UJ
o
<
(/)
Ld
a:
T
o
o
n
1
1
1
1
CM
(uiyvjs>|)
r
»y /fysu9}U|
Figure 7.5.2.3.47
7-188
1
a
a
a
o
SSOJ^S
<«- a
CM 3
O
Oj
X
D
1
c
's
(0
c
.
I es
T- C
0. Ho
TJ •«
CD
CD L: ~ O)
.
J< o a
ü
8 w
«
»■*■
■*->
Lü
>
01
Z>
O
UJ
O
02
tn
s B sz
o c JSC
o Ä
5
lo2
l- 3=
<5
*J
c c c c
o
Q V
o <D
E E E
ffi
Q.
o o o
o CD V
</) l/l (/>
>, Q. Q. Q.
P
je
o
Lü
i.i
es »o
CO
I- o
<:
in CD
o
o
a
e>
ca
•ü
'£
—
** _
t:
> 2 00 ü« Vh
C
r:
O
J»4) Ä
eh..
o o u u
o la. ^ Q: üJ
-
(UiyMS>l)
«>| X^SU9^U| SS9J;S
Figure 7.5.2.3.48
7-189
a
CO
_o C
in • ^—
MH-
0
™
Ö
<
o■
Ld
>
OH
O*
c
-
Z)
O
_J
_*
_o« o
m
LU
O
z
L_
o
(D
>
<
-H"
Ü
__q tu
CN M-
LÜ
LU
OH
O
o
d
(UI/US>|)
a>] A}ISU9}U| SS8J}S
Figure 7.5.2.3.49
7-190
CM
O
a
3
X
a
C
n
l
■a
•«
a. Jj
LJ
>
CM
c
a
• • a>
a
0 03
u +J a m
S a .* szw m
o c
0 o •o
r
L9 o l— '■£■
■*->
C
c c c
a Eo E0 E0)
O
Lü
O
00
V)
Ld
01
»—
o o
<n u
o
V
n Q. a
Q. a.
>,
f- Ui w (/>
©
Ü
o
oQ ^
o5
-y „ > o jj
1 cS 11
o o o fl) c
(UlyVIS>j)
M>j
Figure 7.5.2.3.50
7-191
/fySU9}U|
SS9J}S
Lü
>
O
Lü
O
z:
<
i—
SD.
in
Lü
(uiyv|s>i)
a>| /fysua}U| ss9J}S
Figure 7.5.2.3.51
7-192
.O
CM
O
TO
O
3
X
a
2
.o C
in v
—'
o
CM
T-
■
■a
•'
° o5
.*
Ü +3
LU
>
DC
C
MM-
a)
Ö
»^
<D
• * OS
<
©
o
°a
■
©
w
JS -»- s»
u>
c
<u
0 O
U
»«
O
o
.
c
a
c
at
c
«
»™
»^
»^
_l
E E E
D u u u
Q. o a> oj
>; o. a. a.
-*
o
n
ro v_
O
Lü
O
O
z:
<D
>
<
i—
V)
-+-'
O
e
O
O
CM M-
ir
•C
—
o ffl
o 5
IS03 oa
<D
O*
O« C
Ö
ÜJ
DC
LU
i- o
c
0)
00 u
o Qco £
XI
c
o
4)
o
E
□
>
c
Lü
a
a
*,J
H3.
o
o
n
CN
(UI^.IS>i)
«>| A}ISU9}U| SS9J^S
Figure 7.5.2.3.52
7-193
«0
•«-
CM
O
CM
■o
a
3
D
1
o c
c
in
o |
Q. |_
■a
"
c
o
JE O
U *3
0.1
(0
C —1 CM
• «
HM-
©
O
<
c
•■—
01
« CD
n
ES
ü c .ac x
Lü
>
Z>
O
üJ
O
'*—'
1 • r 2
O O H *
U>
c c
a o
<U
_I
ö ü ö ö
_*
c
■*-<
oS g1 E E
O V
£ D- Q. Q.
Q. O
Ot
Pw (fl (/)
K)
z
n
L.
o
CD
>
<
-H"
I—
o
(/)
C/)
üJ
01
(D
O **CM ^-
Ll_
©
U
O
ÜJ
—
co
i- ö
if
x o
■ST ■**
m
o
o
Q
-a
c
o
o£
Uo c
^ ö
O
a O
•» c
» fl>
ü
o o- in c
in u
t"
E
• 4
U V c
an I±J
T
o
o
n
r
i
CM
r
i
r
H>1 A}ISU9}U| SSGJ^S
Figure 7.5.2.3.53
7-194
T
o
o
a
o
(UI/ÜS>Q
r
.q
o
Lü
>
et:
z>
o
Lü
ü
C/D
if)
Lü
DU
(U|/US>|)
*>j A}ISUS}U| SS9J;S
Figure 7.5.2.3.54
7-195
R
I 2024
Condition/Ht: T3
Form: 0.9 in. Sheet.
Specimen Type: CT
Orientation: L—T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
Yield Strength: 45. ksi
Ult. Strength:
Specimen Thk: 0.089 in.
Specimen Width: 1.502 in.
Ref: DA005
(1 of 1)
AK (MPaVin)
1
4
i '
40
100
1—i
I
i
I
MM—
i 'i'i'i—r
AK (MPaVin)
1
10
— Stress Ratio: 0.05
4
t I
10
' I 'I'I'I
40
I
100
' I 'I'I'I
— 10
-2
— 10
10
10
10
10
-3
10
10
io~2 ü
o
4
^io"
—j io"2 °
O
o
o 10
- io"J E
^10"3E
10
10
10
o
XI
10
a
~°
-
-5
-5
10
10
10
. I.I.I.
4
10
10
a
.-8
.-8
10
. i i mi
10
40
I I I I III
4
100
da/dN (10"6in/cycie)
AK (KsiVin)
Life Prediction Ratio Summary
0.
'
10
I I I III
40
100
AK (KsiVin)
AK (KsiVin)
RMS %
Error
a
T3
-6
10
10
10
_*T3
10
—i
1
1
.5
.8
1.25
RMS %
Error
Figure 7.5.3.1.1
7-196
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
r0.
—I
1
1—
.5
.8
1.25
2.
2024
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: L-T
Frequency: 1 Hz
Environment: DIST WATER; RT
Yield Strength: 45. - 52.5 ksi
Ult. Strength: 67.5 ksi
Specimen Thk: 0.089 - 0.09 in.
Specimen Width: 1.499 - 1.503 in
Ref: DA004;DA005
(1 of 2)
AK (MPaVin)
4
10
40
100
I I I I HM
R
(2 of 2)
AK (MPaVin)
1
4
10
40
- I I I in'!
I
— Stress Ratio: 0.8
31
100
1 1 'I'l'l
-I
— 10
10
— 10
:
10
—
—
_Q
O
-3
10'£
o
4
6^10"
—
c
_
— 10"3E
Z 10
"O
:
j
:
/
_R —
10
— 10
o
— 10
10
—
-= 10
10
4
10
40
- i , I,I,I,
4
100
AK (KsiVin)
RMS %
Error
17.17
i
1
1
.5 .8
100
1
1.25
0.326
0.453
0.993
2.80
3.55 (min)
4.
5.
6.
3.59
6.11 (max)
Life Prediction Ratio Summary
+1£> a
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.854
1.50
2.52
3.80
5.35
11.8
22.1
46.8
115.
148.
6.16 (min)
7.
8.
9.
10.
13.
16.
20.
25.
26.42 (max)
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
i , i,i,i,
1—
2.
RMS %
Error
Life Prediction Ratio Summary
en A
18.33
0.
Figure 7.5.3.1.2
7-197
.5
.8
1.25
R
\ 2024 I
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: L—T
Frequency: 5 Hz
Environment: DIST WATER; RT
Yield Strength: 45. - 51.2 ksi
Ult. Strength:
Specimen Thk: 0.089 in.
Specimen Width: 1.499 - 1.5 in.
Ref: DA005
(1 of 1)
AK (MPaVin)
1
4
10
- I i I TH
40
| ' | »i'l'l
— Stress Ratio: 0.05
AK (MPaVin)
4
100
1
10
-Ml 'I'l'l
-
40
100
1 ' I 'l'l'l
n
—
-2
10
10
— 10
— 10
—
10
—
_0)
— 10
o 10
\
c
4
fri o"
~~~
\—
o
Ü
E
ü
10"3E
_
2 10
10
;"D
L."0
™~~
-o
10
03
—
— 10
o
-R\10
- 10'\
D
xi
XI
_K I—
10
— 10
— 10
10
10
10
~
an
~
1 , 1,1,1,
1 , 1,1,1,
4
40
— 10
— 10
10
.-8
10
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS S5
Error
10
40
100
AK (KsiVin)
Life Prediction Ratio Summary
da/dN (10"6in/cycle)
AK (KsiVin)
RMS 55
Error
Life Prediction Ratio Summary
i
,
1
,
1
r-
1
1
0.
.5
.8
1.25
2.
0.
.5
.8
Figure 7.5.3.1.3
7-198
—
,
1--
1.25
2.
2024
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: L-T
Frequency: 1 — 5 Hz
Environment: DIST WATER; RT
Yield Strength: 45. - 51.2 ksi
Ult. Strength:
Specimen Thk: 0.089 in.
Specimen Width: 1.5 - 1.502 in.
Ref: DA005
(1 of 2)
AK (MPcVin)
4
10
-Ml 'I'l'l
40
100
I ' I Tl'l
- Stress Ratio: 0.05
(2 of 2)
AK (MPaVin)
1
1
-
4
10
40
100
-= 10
— Stress Ratio: 0.8
—
10
10
—
:
— 10
—
10
10
*—~
~—
2
— io" £
o
6^10"+
— 10"J E
—
T>
10
-* T5
— 1(T\
o
—
2
o
6-10-4
c
_
—
■a
a>
— 10" Ö
o
\
— 10"
•I
:
-z.
^
— m u
x>
—
-= 10
10
10
10
— 10
n
10
10
-5
_ m
—
-= 10
— 10
10
R
1 , 1,1,1,
" 1 , 1,1,1,
4
10
40
10
4
100
RMS %
Error
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I , I,I,I,
~ I , I,I,I,
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—!-■
0.
2.
Figure 7.5.3.1.4
7-199
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
1—
—I-'
.5
.8
1.25
2.
F
1 2024 I
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.8
Environment: LAB AIR; RT
Yield Strength: 45. - 51.2 ksi
Ult. Strength:
Specimen Thk: 0.089 in.
Specimen Width: 1.5 - 1.502 in.
Ref: DA005
(1 of 2)
AK (MPaVin)
4
1
10
40
-1
=
i ' i M'l'i
—
r
1
1
100
4
I
I I I Mil
— 10
Frequency: 15. Hz
(2 of 2)
AK (MPaVin)
10
' I M'l'l
40
1
100
' I M'l'l
— Frequency: 30. Hz
— 10
-2
10
10
— 10
— 10
10
10
.3?
O
o
6^10"
-•5
— 10
e-
E
—
o
o 10
c
_
-5
10
■o
10
o
.-6
2
_0)
"O
10
10" ö
o
\
_
10"
■I
—'
-z.
—
m^
u
X)
_K —
10
10
-5
10
10
10
10
— □
10
i
i' iin
1A
4
'
10
10
111in
40
10
□
10
'
100
RMS %
Error
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
,—
0.
1
1
1
.5
.8
1.25
10
i ' i in
40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
I I llll
4
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.5.3.1.5
7-200
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
1
—i-'
.5
.8
1.25
2.
2024
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: T—L
Frequency: 1 Hz
Environment: DIST WATER; RT
1
4
10
pr—i—i | i 11111—
Yield Strength: 45.1 ksi
Ult. Strength: 65.8 ksi
Specimen Thk: 0.091 - 0.092 in.
Specimen Width: 1.501 - 1.502 in
Ref: DA004
(1 of 2)
AK (MPaVin)
R
(2 of 2)
AK (MPaVin)
1
40
100
i I i I iMI—
4
- I
10
40
■ I M'l'l
1
100
' I Tl'l
— 10
— Stress Ratio: 0.8
— Stress Ratio: 0.05
-2
10
— 10
10
_0J
o
6-10-4
\
ü
10
E
10
-J10 >
10
— 10
10
— 10
10
4
10
40
100
'
i i nil
4
10
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
7.65
.5
.8
0.773
0.911
2.33
5.14
10.0
4.76 (min)
5.
6.
7.
7.85 (max)
Life Prediction Ratio Summary
a
0.
da/dN (I0_6in/cycle)
AK (KsiVin)
4.79
5.50
12.0
22.6
53.6
154.
613.
9.31 (min)
10.
13.
16.
20.
25.
29.99 (max)
I I iI Hi
40
100
1.25
RMS %
Error
3.02
Figure 7.5.3.1.6
7-201
Life Prediction Ratio Summary
T-
.5
.8
1.25
R
\ 2024 I
7
Condition/Ht: 13
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: T—L
Frequency: 1 - 5 Hz
Environment: DIST WATER; RT
Yield Strength: 45.1 ksi
Ult. Strength: 65.8 ksi
Specimen Thk: 0.091 in.
Specimen Width: 1.5 - 1.503 in.
Ref: DA004
(1 of 2)
AK (MPaVin)
4
- I
10
i I 'I'l'l
40
I
4
100
- I
1
' I M'l'l
-
- Stress Ratio: 0.05
—
10
— 10" °
o
—
-3l
"—*
_
— 10
E
~~
— 10"2 ü
o
U
o 10
-3 I
— 10
™~*
c
_
E
z: 10
Z 10
— 10
—
—
-r:
o
iff
:■
10
10
&
— 10
10
10
T3
/
1/
-5
—
-= 10
— 10
— 10
10
J
—
2
-6
100
' I 'l'l'l
—
— 10
10
\
o
"°
40
I
10
—
c
10
I I Min
— Stress Ratio: 0.8
~=
10
o
o 10
(2 of 2)
AK (MPaVin)
1 , 1,1,1,
~ 1 , 1,1,1,
4
10
40
10
- i ,I,I,I,
4
100
da/dN (I0"6in/cycle)
18.4
1.68 (min)
2.
2.5
3.
3.5
4.
5.
39.1
69.5
6.31 (max)
1.32
2.25
3.48
9.18
0.
;
.5
,
.8
1
1.25
0.0863
0.162
0.275
0.380
0.504
0.684
1.47
3.92
6.
Life Prediction Ratio Summary
I
100
da/dN (I0"6in/cycle)
AK (KsiVin)
0.390
0.677
6.34 (min)
7.
8.
9.
10.
13.
16.
20.
23.38 (max)
RMS %
Error
4.29
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i , I,I,I,
10
1
2.
RMS %
Error
9.75
Figure 7.5.3.1.7
7-202
5.54
Life Prediction Ratio Summary
tn
r~
—i
,
-i
0.
.5
.8
1.25
1—
2.
2024
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CT
Orientation: T—L
Frequency: 5 Hz
Environment: DIST WATER; RT
1
4
10
40
- I ' I M'l'l
Yield Strength: 45.1 ksi
Ult. Strength: 65.8 ksi
Specimen Thk: 0.091 in.
Specimen Width: 1.503 in.
Ref: DA004
(1 of 1)
AK (MPaVin)
100
I ' I Tl'l
- Stress Ratio: 0.05
AK (MPaVin)
1
-1
4
10
tl'l M'l'l
40
1
100
' I M'l'l
— 10
— 10
10
10
10
—
—
10
10
2
— io~ £
o
:
o 10
\
c
R
_
_
ü
_
10
-Jl0
>
—
■o
10
<o
2
10" o
u
\
5^io-4
c
—
—
_o
-a
•O
_
10
10"
-5
■1
z
—
m^
u
T7
_e —
10
10
— 10
—
10
10
—
10
□
! < 1,1,1,
" i , 1,1,1,
4
10
— 10
10
40
10
RMS %
Error
10
I I I III
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I
I
4
100
Life Prediction Ratio Summary
i
1
1
r
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.8
7-203
da/dN (10"6in/cycle)
AK (KsiVin)
.5
.8
1.25
R
\ 2024 I
Condition/Ht: T3
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 13.3 Hz
Environment: LAB AIR; RT
(1
AK (MPaVin)
4
I
10
40
I1
' I 'I'l'l
Yield Strength: 50 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.125 - 0.126 in.
Specimen Width: 4 in.
Ref: 86213
AK (MPaVin)
°f 1)
1
100
4
- I
' I 'I'l'l
10
' I 'I'l'l
40
1
100
' I 'I'l'l
^
10
Stress Ratio: 0.0
-2
-2
10
10
10
— 10
10
10
_0J
_Q)
—
o
_03
io"2^
—
o
o
o
4
5M O-
10
10"JE
■Z. 10
Z 10
10
o
T3
p
"o
_e I—
10
10
10
O
•D
-5
10
10
10
10
— 10
10
10
E
10
i I i I Hi
40
100
i I i I Mi
4
10
4
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
15.3
28.6
76.3
184.
16.84 (min)
20.
25.
30.
35.
35.36 (max)
390.
410.
RMS %
Error
Life Prediction Ratio Summary
20.55
0.
i
10
AK (KsiVin)
1
1
.5 .8
1
1.25
RMS %
Error
1—
2.
Figure 7.5.3.1.9
7-204
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
2024
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.05
Environment: LAB AIR; RT
4
10
Yield Strength: 15-52.5 ksi
Ult. Strength: 67.5 ksi
Specimen Thk: 0.089 in.
Specimen Width: 12.009-12.01 in.
Ref: DA004;DA005
(1 of 2)
AK (MPaVin)
F
(2 of 2)
AK (MPaVin)
1
40
100
i I i I MM
4
10
40
- I ' I M'l'l
I
100
-1
' I M'l'l
— Frequency: 10. Hz
~ 10
—
— 10
_aj
—
o
— 10
:
c
_
—'
-2
10
10
■o
<P
2 T;
ü
\
— 10~
■I
-z.
10
— m^
u
m
XI
10
—
M
— 10
10
— 10
10
4
10
40
~ I , I,I,I,
4
100
da/dN (10"6in/cycle)
6.
7.
8.
9.
10.
16.
20.
30.
40.
60.
77.51 (max)
RMS %
Error
14.23
0.
.8
0.0669
0.0672
0.0823
0.117
0.269
0.599
1.18
2.97 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.00 (max)
Life Prediction Ratio Summary
.5
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0614
0.0767
0.110
0.229
0.460
0.875
1.57
2.67
4.34
36.8
94.0
387.
947.
8309.
37569.
3.17 (min)
3.5
4.
5.
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I < Mill
10
1.25
RMS %
Error
14.00
Figure 7.5.3.1.10
7-205
2.01
3.01
4.10
7.96
13.7
31.2
69.2
Life Prediction Ratio Summary
0.
—T-
—i
1—
.5
.8
1.25
R
\ 2024 I
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 5 Hz
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
- I
10
I I llllll
40
I
Yield Strength: 15 ksi
Ult. Strength:
Specimen Thk: 0.089 in.
Specimen Width: 11.012-11.016 in
Ref: DA005
4
100
' I 'I'l'l
- Stress Ratio: 0.05
(2 of 2)
AK (MPaVin)
10
I I 'I'll
40
-i-
- I
1
—
— Stress Ratio: 0.4
100
' 1 'I'l'l
-"
—
10
10
~~~
— 10
— 10
—
10
10
o 10
\
c
Z10
"O
-2
— io" ^
—
—
o
O-10-4
_
—
c
— 10
E
z 10
CZ
—
— 10
m
10
—
fffli
10
I
I III I I III I
_a>
o
2
o
o
"°
-6
10
10
10
— 10
10
I ml llllll
I , I, I, I,
4
40
10
10
— 10
—
_
— 10
E
E
-= 10
o
-3
=J
-
rt/
1
a
" 1 , 1,1,1,
4
100
RMS 56
Error
12.62
0.120
0.195
0.444
0.868
1.52
2.42
3.62
5.11
11.3
20.0
37.2
75.5
150.
□
0.
1
.5
1
.8
1 , 1,1,1,
10
40
100
r-
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
0.0831
0.0868
0.110
0.154
0.222
0.470
0.951
1.80
3.17
5.25
8.19
23.4
49.4
109.
237.
2.32 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.37 (max)
0.0368
0.0373
0.0694
Life Prediction Ratio Summary
i
— 10
AK (KsiVin)
da/dN (10"6in/cycle)
2.49 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
29.22 (max)
o
\
— 10
AK (KsiVin)
AK (KsiVin)
O
—
1
2.
RMS %
Error
13.62
Figure 7.5.3.1.11
7-206
Life Prediction Ratio Summary
a
0.
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T3
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 2 Hz
Environment: H.H.A.; RT
4
10
Yield Strength: 49 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.128 in.
Specimen Width: 12 in.
Ref: 86212
(1 of 1)
AK (MPaVin)
40
100
i I i I MM
R
AK (MPaVin)
4
10
40
100
- I ' I Tl'lI ' I MTI
=q
=
10
— 10
10
io"2£
Ü
o
c
,0-1
_
z: 10
— 10
o
10
10
10
— 10
-8
10
4
10
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
10.0
19.1
35.3
69.0
13.10 (min)
16.
20.
25.
30.
35.
135.
235.
299.
37.88 (max)
RMS %
Error
20.44
10
AK (KsiVin)
Life Prediction Ratio Summary
AO
i
0.
1——i
.5
.8
1
1
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
—i
0.
Figure 7.5.3.1.12
7-207
1
.5 .8
1—
1.25
2024 I
R Condition/Ht: T3
Yield Strength: 52.5 ksi
Ult. Strength: 67.5 ksi
Specimen Thk: 0.09 in.
Specimen Width: 3.861
Ref: DA004
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 Hz
Environment: DIST WATER; RT
(1 of 2)
AK (MPaVin)
4
1
10
1
4
10
- I I I llll'l
40
100
a
I ' I Tl'l
— Stress Ratio: 0.8
— 10
— Stress Ratio: 0.05
(2 of 2)
AK (MPaVin)
40
100
1—I I U 'Ml—
- i ' i M'l'i—r
3.864 in.
—
-2
-2
10
10
— 10
— 10
—
10
10
— 10"
o
u 10
o
o 10
10
E
-5
—""
c
— 10"
_
10
10
—
^-^
— 10
-7
—
10
10
—
-r: 10
10
' i i i in
i I ill
4
10
40
10
-
100
I , I, I,I,
I , LLL
4
40
da/dN (I0"6in/cycle)
AK (KsiVin)
i—■—i
.5
100
1
1
.8
1.25
da/dN (10"*in/cycle)
1.95
3.96
6.88
12.2
24.2
31.4
5.05 (min)
6.
7.
8.
9.
9.34 (max)
Life Prediction Ratio Summary
a
0.
AK (KsiVin)
5.49
6.16
13.4
23.9
70.0
137.
9.64 (min)
10.
13.
16.
20.
23.09 (max)
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
6.94
'I
TJ
H
10
10
o
\
— m^
u
D
-6
10
ü
-z.
Z 10
10
o
"°
2
^~
1—
2.
RMS %
Error
10.81
Figure 7.5.3.1.13
7-208
Life Prediction Ratio Summary
0.
.5
.8
1.25
I
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 Hz
Environment: DIST WATER; RT
AK (MPaVin)
4
1
10
°
40
4
1
""""
_
10
100
io-2
-i
-1
—
2
o
\
o 10
, E
c
10"3E
■—-
z
2 10"5
■o
4~°
10 \
\
o
"° -6
<o
<u
o
u 10
io" £
Ü
10
_3 E
—
i—
Z10-5
\
o
E
Js
M
s
-z.
10 \
-5
— 10
-
-
io"7
-s
— 10
-6
— 10
1
4
I , I . I. I.
10
40
m"8 -
-
1 ,1,1,1,
I , I,I,I,
4
40
1
100
da/dN (10"6in/cycle)
8.31 (min)
9.
10.
13.
16.
18.65 (max)
RMS %
Error
12.46
5.27 (min)
6.
7.
8.
8.86 (max)
Life Prediction Ratio Summary
E5
1
0.
.5
1— ■
.8
100
da/dN (10~6in/cycle)
AK (KsiVin)
3.57
4.59
6.35
14.6
23.4
53.7
i
10
-
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
o
XI
_
-5
" I , MM,
E
"-^
-<C?
^B
w
i—
-6
10
10
— 10
m-8
o
\
~~
v■a
"°
io"2^
—
c
^-'
o
-o
io"7
10
io"3
a>
<D
-1
— 10
' I 'l'l'l
10
IQ"3
' P
(2 of 2)
40
-Ml 'I'l'l
I
- Stress Ratio: 0.8
10"2
_
I
4
AK (MPaVin)
100
-1
— 10
02 A
Yield Strength: 45. - 51.2 ksi
Ult. Strength:
Specimen Thk: 0.089 in.
Specimen Width: 3.95 - 3.952 in.
Ref: DA005
of 2)
-Ml M'l'l
I ' I 'l'l'l
— Stress Ratio: 0.05
A
i
i
1.25
2.
RMS 5?
Error
8.06
Figure 7.5.3.1.14
7-209
2.33
3.47
6.34
12.1
29.7
Life Prediction Ratio Summary
□ ©
i
i
i
i
i
0.
.5
.8
1.25
2.
R
] 2024 I
:
Condition/Ht: T3
Form: 0.09 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 10 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
1
- I
10
' I 'I'l'l
Yield Strength:
Ult. Strength:
Specimen Thk: 0.09 in.
Specimen Width: 4.01 in.
Ref: FR001
AK (MPaVin)
4
40
100
"I—i I i I Mil—
1
h I
10
'I 'I'l'l
40
100
1—i I i I MM
— 10
- Stress Ratio: 0.2
=q
— 10
10
— 10
— 10
10
-Jio"2£
O
o
u
u 10
—O
10
f-
— 10 JE,
E
■D
10
10
10
o
10
— 10
10
10
10
10
10
4
10
40
'
100
da/dN (10-6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
9.49
10.2
11.2
14.9
29.5
85.0
125.
Life Prediction Ratio Summary
—r
0.
40
0.107
0.244
1.81
4.87
7.77
4.73 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
27.13 (max)
RMS %
Error
17.02
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I . I.I.I.
i i 11 n
4
1
.5 .8
1
1.25
RMS %
Error
Life Prediction Ratio Summary
—i-
.5
2.
Figure 7.5.3.1.15
7-210
-1
r
.8
1.25
2.
2024
Condition/Ht: T3
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 3.3 Hz
Environment: LAB AIR; RT
4
10
i MIHU
40
Yield Strength: 45 ksi
Ult. Strength: 69 ksi
Specimen Thk: 0.039 in.
Specimen Width: 16 in.
Ref: 87398
(1 Of 1)
AK (MPaVin)
R
AK (MPaVin)
4
100
1—I MINI!—
= I
10
40
' I U'l'lI
100
' I 'I'l'l
=
10
— Stress Ratio: 0.33
10
10
10
— 10
10
10
—
ü
o
^10"4
_a>
—
o
0^10c
_
10
E
Z 10
10
L"0
10
x>
_K —
o
T3
— 10
o
10
10
10
10
-7
10
10
— 10
10
.-8
10
o
■o
I , I.U.I
4
I
10
10
I I I I III
40
4
100
da/dN (10-6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
17.6
19.7
47.0
197.
869.
3141.
5315.
12.30 (min)
13.
16.
20.
25.
30.
31.48 (max)
RMS %
Error
Life Prediction Ratio Summary
o x«&
18.50
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.16
7-211
.5
.8
1.25
F
\ 2024 \—
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.4
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
I
10
Yield Strength: 45.0-52.5 ksi
Ult. Strength: 67.5 ksi
Specimen Thk: 0.088-0.089 in.
Specimen Width: 12.012-12.014 in
Ref: DA005;DA004
40
(2 of 2)
AK (MPaVin)
1
100
4
10
- I i I Tl'l
' I 'Ml'
40
— Frequency: 15. Hz
Frequency: 5. Hz
100
1 ' 1 'ITI
m
A
~= 10
10
10
—
— 10
(—
—
—
10
10
_0
-5>
o
Ü
o^io-4
— 10
-s
z: 10
xi
10
tz
""~
E
—
Jio->
_p
X
XI
10
10
~~"
r
— 10
10
10
— 10
10
10
4
10
40
-
\
4
100
da/dN (10"6in/cycle)
RMS %
Error
9.02
40
100
9.
10.
16.
20.
30.
40.
51.23 (max)
9.28
19.7
36.6
84.2
203.
i
1
.5
.8
1.25
0.0616
0.0860
0.129
0.198
0.453
0.966
1.90
3.45
5.85
9.34
62.1
134.
653.
2663.
24121.
5.
6.
7.
8.
6.57
—i
da/dN (10"6in/cycle)
2.53 (min)
3.
3.5
4.
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
0.0777
0.0857
0.119
0.179
0.278
0.646
1.36
2.55
4.29
2.21 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.21 (max)
, I,I,I,
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I
, I,I,I,
2.
RMS %
Error
14.32
Figure 7.5.3.1.17
7-212
Life Prediction Ratio Summary
i
1
1
1
i
0.
.5
.8
1.25
2.
2024
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.8
Environment: LAB AIR; RT
(1
AK (MPaVin)
1
4
- I
10
40
' I 'I'l'l
I
' I 'ITI
1
-
-
j
j
—
—
—
V
T3
MS
6
E
a;
o
u
o 10
-1
jty
c
-^
— 10
v
\
o
—
\
o
"° 10«-•
"D
-5
-5
— 10
-
10"7
-6
-6
m-8 ~
10
10
-on
1 • I.I.I,
I , I , l,l.
4
40
1
10
m"8
1
100
I , I,I,I,
I , I , l.l.
4
40
da/dN (10"6in/cycle)
1.19 (min)
1.3
1.6
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
13.76 (max)
RMS %
Error
30.14
10
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
z
-<C?
10 >
o
10
lO"7
E
s
-^
■o
T3
M
10"^
2M0"5
— 10
\
O
10
^-s
Q>
lO'3
\
—
__
0
10
1°"2£
o
~
~ 10
-1
2 10"5
10
100
10
>—'
~°
40
10~2
<D
c
10
— Frequency: 15. Hz
~~
v
o
c^10-4
4
0
— 10
—
lO"3
(2 of 2)
AK (MPaVin)
100
— Frequency: 10. Hz
-
lO"2
Yield Strength: 15.0-52.5 ksi
Ult. Strength: 67.5 ksi
Specimen Thk: 0.086-0.089 in.
Specimen Width: 11.998-12.012 in
Ref: DA005;DA004
of 2)
1
F
da/dN (10~6in/cycle)
AK (KsiVin)
1.64 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
13.09 (max)
0.0531
0.0528
0.0611
0.0888
0.155
0.274
0.471
0.779
1.89
3.98
7.45
12.6
19.8
29.0
67.9
79.7
Life Prediction Ratio Summary
□
o
i
1
r
i
i
0.
.5
.8
1.25
2.
RMS %
Error
9.02
Figure 7 .5.3.1.18
7-2 13
0.0528
0.0853
0.146
0.231
0.352
0.525
1.12
2.24
4.15
7.14
11.7
18.5
73.4
76.7
Life Prediction Ratio Summary
a
0.
.5
.8
1.25
2.
R
] 2024 I
Condition/Ht: T3
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 2 — 10 Hz
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
- I
10
I I 'I'l'l
40
I
Yield Strength: 45.1 ksi
Ult. Strength: 65.8 ksi
Specimen Thk: 0.088 - 0.089 in.
Specimen Width: 9.68 - 9.72 in.
Ref: DA004
4
100
' I 'l'l'l
- Stress Ratio: 0.05
—
— Stress Ratio: 0.8
-1
a
' I 'I'l'l
— 10
*™~
—
10
2
— io" "
I—
— 10
E
—
—
—
c
■o
7
10
\
_
—
—
XD
-7
10
10
•z.
— m \
u
T7
if
— 10
— 10
I , I,I,I,
I , I, I,I,
10
40
I , I,I,I,
10
4
100
da/dN (10"6in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0655
0.0991
0.172
0.286
1.64 (min)
2.
2.5
3.
3.5
4.
5.
0.0466
0.0635
0.0998
0.154
0.337
0.665
1.20
1.99
3.09
4.55
21.1
42.4
242.
1204.
2.66 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
16.
20.
30.
40.
45.93 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
■I
'—'
4t TJ
wrP
— 10
O
4
RMS %
Error
— 10"
i
_K I—
10
— 10
-
u
u
o 10
"—
—
o
—
2 <u
— 10" ü
■Z. 10
2 10
13.49
I
—
-3 10
o
fcl 0"+
.-8
I I 'I'l'l
100
10
——
—
10
40
- I
10
JO
10
a
-2
10
(2 of 2)
AK (MPaVin)
0.461
0.723
1.65
3.34
6.04
6.
7.
8.
10.0
16.6
28.9
100.
9.
10.
12.29 (max)
4349.
Life Prediction Ratio Summary
□
i
1
1
1
1
0.
.5
.8
1.25
2.
RMS %
Error
8.21
Figure 7.5.3.1.19
7-214
Life Prediction Ratio Summary
□
0.
—i
1
1—
.5
.8
1.25
2024
R
Condition/Ht: T3
Yield Strength: 45.1 ksi
Ult. Strength: 65.8 ksi
Specimen Thk: 0.089 in.
Specimen Width: 9.705 in.
Ref: DA004
Form: 0.9 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 0.5 — 15 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
- I
10
i I i|i|i|
40
|
AK (MPaVin)
4
100
' | U'l'l
1
-
= I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
— Stress Ratio: 0.4
-2
-2
10
10
— 10
— 10
—
-3
10
v
o
2
—
—
o 10
\
c
10
-Ü2
2
o
O
o 10
^~
_
— 10
E
10"
m
-10"^
—
10
ra
—
"o
p
_K -
t"°
\
o
x>
10
— 10
— 10
10
10
—
10
■1^-^
z
10
- —
<D
10" T3
o
\
— io" ^
ZIG"5
"o
n
— 10
— 10
a
10
— 10
~ 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
4
100
AK (KsiVin)
AK (KsiVin)
10
40
100
AK (KsiVin)
da/dN (I0"6in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
0.0651
0.0788
0.120
0.195
0.316
0.783
1.71
3.29
5.67
8.84
12.7
45.8
2.18 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
16.
20.
30.
36.70 (max)
108.
783.
5126.
RMS %
Error
Life Prediction Ratio Summary
10.16
0.
.5 .8
RMS %
Error
1.25
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.20
7-215
-i
1
.5
.8
1—
1.25
R
\ 2024 I
;
Condition/Ht: T3
Form: Sheet
Specimen Type: CCP (max stress specified)
Orientation: T—L
Frequency: 30 Hz
Environment: LAB AIR; RT
(1 of 3)
AK (MPaVm)
4
- I
10
' I M'l'l
40
I
' I M'l'l
-o
^
_K —
10
Ofy
—
,**P
—
Jw
Jti^f
-7
10
—
J*»
—
10
4
I , I,I,I,
- I , l,l,l,
4
10
40
—
—
—
—
-2 U
— io
— Stress Ratio: 0.4
— -3 I
— 10 E
—
— 10 o
—
— 10
—
— 10
-
i I 'HM
100
' I M'l'l
-1
—
— 10
:
10
a>
— 10
—
2 -7T
O
o
o
\
■I
G^10-4
~~
_
c
— 10" s
—'
-z.
10
,i "n
4
10
-
i
:
'
— 10 \
u
XI
— 10
10
— 10
10
- i , i.i.i,
4
1
10
i 1 11 ill
40
100
AK (KsiVin)
da/dN (10"<in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
0.323
0.946
1.92
2.19
4.24 (min)
5.
6.
6.24 (max)
0.116
0.110
0.120
0.146
0.258
5.
6.
7.
0.497
0.974
1.89
3.56
5.03
8.
9.
9.56 (max)
Life Prediction Ratio Summary
o A + x
i
I
10
100
2.63 (min)
3.
3.5
4.
RMS %
Error
33.90
40
- I
L
AK (KsiVin)
AK (KsiVin)
10
-
o
(2 of 3)
AK (MPaVin)
100
— Stress Ratio: 0.05
—
10
—
—
—
-3
10
—
_0J
—
—
o
—
fri o-+ —
c
_
—
—
10
—
—
Yield Strength: 47.2 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.09 in.
Specimen Width: 13.985-14.03 in.
Ref: EFM01
1
r
1
1
.5
.8
1.25
2.
RMS %
Error
4.73
Figure 7.5.3.1.21
7-216
Life Prediction Ratio Summary
0.
T-
-r
.5
.8
1.25
2.
2024
Condition/Ht: T3
Form: Sheet
Specimen Type: CCP (max stress specified)
Orientation: T—L
Frequency: 30 Hz
Environment: LAB AIR; RT
4
1
10
40
I 'I'l'l—I
Yield Strength: 47.2 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.09 in.
Specimen Width: 13.985-14.03 in.
Ref: EFM01
(3 of 3)
AK (MPaVin)
AK (MPaVin)
4
100
- I
' I 'I'l'l
10
40
' I 'I'l'l
1
100
' I 'I'l'l
— 10
— Stress Ratio: 0.6
R
3
— 10
10
10
— 10
— 10
-3
10
10
o
o
>>..„-+
ü 10
■o
-o
10
\
o 10
-3 I
10
ü
O
\
c
E
-5
-3 |
_
10
E
— 10
o
x>
10
—
-Jio >
_. —
o
~°
10
-sl-
10
-5
10
— 10
10
10
10
10
10
i
I I i I ill
4
10
10
i i 11 n
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.248
0.361
1.24
1.23
3.58 (min)
4.
5.
5.02 (max)
RMS %
Error
4.94
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—r-
1—
0.
2.
Figure 7.5.3.1.21 (Concluded)
7-217
.5
.8
1.25
R
\ 2024 I—
"
Condition/Ht: T3
Form: Sheet
Specimen Type: CCP (max stress specified)
Orientation: T-L
Frequency: 5 — 10 Hz
Environment: LAB AIR;140°F
(1 of 2)
AK (MPaVin)
4
10
40
-I 'I 'I'l'l
10
—
jjl
~
M
.-6 —
10
10
10
—
—
—
I ' I 'I'l'l
iSr
. m
m
W
—
—
"
I , LI,I,
I , LI,I,
4
40
10
4
a
—
—
—
—
—
—
o
\
—
— 10 E
—
_*T3
— 10
o
XI
—
— 10
—
— 10
—
- I
10
8.
9.
10.
11.11 (max)
RMS %
Error
10.55
—
—
—
-3
10
—
—
o
—
6-10-4
—
c
_
—
2 10
10
10
10
—
s
—
Sf
S
s
—
—
—
0.
—
—
— 10
—
-z: io
—
- io
—
m
—
V
Ü
E
\
o
x>
—
— 10
-r:
m
—
—
—
I , LI,I,
~ I , LI,I,
4
10
40
—
— 10
-z.
-
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.153
3.05 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
11.74 (max)
—r-
.8
_L
—
2 ü
—z. io"
100
Life Prediction Ratio Summary
.5
100
' I 'I'l'l
10
0.153
0.181
0.279
0.790
1.95
3.66
5.25
6.77
8.90
13.3
6.
7.
I
— Stress Ratio: 0.7
—
da/dN (10-6in/cycle)
3.16 (min)
3.5
4.
5.
40
' I 'I'l'l
AK (KsiVin)
AK (KsiVin)
(2 of 2)
AK (MPaVin)
100
— Stress Ratio: 0.4
—
10
—
—
—
-3
10
—
—
Ü
—
—
c
_
—
—
X>
Yield Strength: 47.2 ksi
Ult. Strength: 68.2 ksi
Specimen Thk: 0.09 in.
Specimen Width: 36 in.
Ref: EFM01
1.25
RMS %
Error
7.08
Figure 7.5.3.1.22
7-218
0.341
0.675
1.78
3.47
5.83
9.17
14.1
21.6
41.5
Life Prediction Ratio Summary
i
,
1
1
0.
.5
.8
1.25
1—
2.
This page intentionally left blank
7-219
R
1 2024 I
Condition/Ht: T3
Form: 0.25 in. Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 20 Hz
Environment: LAB AIR; RT
(1 of 3)
AK (MPaVin)
_
I
4
10
1 I lMlj
— Stress Ratio: -1.0
(2 of 3)
AK (MPaVin)
4
40
100
1 1 Tlll
1
Yield Strength: 50.9 ksi
Ult. Strength: 68.5 ksi
Specimen Thk: 0.25 in.
Specimen Width: 3 in.
Ref: UD006
-I
10
40
100
- I I I llll>l
I ' I >l'l>l
— Stress Ratio: -0.5
—
-I
— 10
10
10
— 10
—
— 10
—
—
-3
10
10
2
— 10" "
o
—
Ü
6-10-4
V
— 10~
—
o
o 10
— 10
E
^~
c
_
— 10"
:
10
■o
:
I
_c —
.-6
10
*""
— 10
tr
-O
:
rHa
— 10
10
10
4
10
40
: I
10
— 10
~ i , i ,i,i,
4
100
da/dN (10"6in/cycle)
RMS 95
Error
23.58
40
100
Life Prediction Ratio Summary
i
1
i
,
.5
.8
1.25
0.0630
0.165
0.880
4.59 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.91 (max)
72.5
241.
0.
da/dN (10"6in/cycle)
AK (KsiVin)
0.148
0.464
1.33
3.17
6.28
10.4
22.8
36.1
5.03 (min)
6.
7.
8.
9.
10.
13.
16.
20.
24.85 (max)
i , i.i.i,
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
^-^'
— 10
1 , 1,1,1,
- 1 , 1,1,1,
'I
■o
— 10
10
o
\
-= 10 \
u
/
-R I—
10
ü
z
Z 10
■a
a
2
1—
2.
RMS %
Error
24.24
Figure 7.5.3.1.23
7-220
2.55
5.19
8.52
12.2
24.0
37.9
68.3
158.
Life Prediction Ratio Summary
.5
.8
1.25
2024
Condition/Ht: T3
Form: 0.25 in. Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 20 Hz
Environment: LAB AIR; RT
4
1
10
40
1
= i M 'i'i'i—r
Yield Strength: 50.9 ksi
Ult. Strength: 68.5 ksi
Specimen Thk: 0.25 in.
Specimen Width: 3 in.
Ref: UD006
(3 of 3)
AK (MPaVin)
AK (MPaVin)
4
100
1
1 I I Mill
10
40
I 'I'I'I—I
100
' I 'I'I'I
— 10
— Stress Ratio: 0.05
— 10
10
10
10
— 10
10
10
_Q)
o
Ü
-dio"2^
—
Ü
O
\
o 10
^io"4
-3 |
10
— 10
E
z: 10
10
10
o
E
-5
x>
TJ
10
10
— 10
10
.-7
10
10
— 10
— 10
10
10
4
10
40
i i i nn
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
i
10
i 11111
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.269
0.367
1.26
3.25
6.35
9.80
21.9
5.78 (min)
6.
7.
8.
9.
10.
13.
16.
19.55 (max)
RMS %
Error
10.60
R
46.7
105.
Life Prediction Ratio Summary
—i
r-
.5
.8
RMS %
Error
Life Prediction Ratio Summary
—i
0.
1.25
Figure 7.5.3.1.23 (Concluded)
7-221
1
1—
.5 .8
1.25
2.
1
1
2024
Condition/Ht: T3
Form:
Specimen Type: CCP (max load specific d)
Orientation: L—T
Frequency: 20 Hz
Environment: DRY AIR; RT
(1
AK (MPaVin)
1
4
- |
ID"2
10
i | 'ITI
40
I
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 in.
Specimen Width: 6 in.
Ref: PU001
°f 9)
100
' I 'I'l'l
-"
— Stress Ratio: 0.2
—
__
ID"3
+
6^10\
c
j
o
M
Z10"5
X>
\
o
"°
io"2£
-31E
10
M
C3-
-
-6
10
-1
0
— 10
' I ' I'l'l
-1
— 10
—
Q)
—
— 10^
—
—
Q)
O
o
\
4
c^10\
c
^^
J
M
M
ZIG"5
ir
—
XI
\
O
~°
10
=
-6
-5
10
—
XI
-5
10
— 10
-
—
10'7
-6
-6
~~zz 10
— 10
^"8 "
I , l,l,l,
I , I,i,i,
4
40
1
10
-
100
m"8 -
1 , 1,1,1,
i , i,i,i,
1
4
40
da/dN (10"6in/cycle)
7.86 (min)
8.
9.
10.
13.
16.
20.
23.17 (max)
RMS %
Error
15.44
10
—
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
E
"^-^
z
ir
X>
ID"7
°f 9)
100
IQ"3 —
CD
—
^
40
—
10
a;
10
10"2
-1
ü
4
- I ■ I ' I'l'l
I
- Stress Ratio: 0.2
0
— 10
(2
AK (MPaVin)
1
da/dN (10"6in/cycle)
AK (KsiVin)
7.86 (min)
8.
9.
10.
13.
16.
20.
23.18 (max)
1.43
1-55
2.53
3.66
7.53
12.0
23.0
54.0
Life Prediction Ratio Summary
X42H
i
1
1
1
i
0.
.5
.8
1.25
2.
RMS %
Error
13.15
Figure 7.5.3.1.24
7-222
1.57
1 -68
2.54
3.63
7.78
12.7
27.0
48.8
Life Prediction Ratio Summary
a-»
0.
.5
.8
1.25
2.
2024
Condition/Ht: T3
Form:
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 20 Hz
Environment: DRY AIR; RT
4
10
40
_ I i I vh
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 in.
Specimen Width: 6 in.
Ref: PU001
(3 of 9)
AK (MPaVin)
1
4
-1
— Stress Ratio: 0.2
(4 of 9)
AK (MPaVin)
100
i ' i 'i'i'i
R
1
10
40
100
I I I Mill—
I MT
— Stress Ratio: 0.2
—
10
10
— 10
—
10
10
2
— io" £
_
—
_Q5
o
+
6-10\
c
6^10"*
_
10"3E
z: 10
10
■o
X>
=
i
_e —
10
o
-10
/-'
>
o
10
— 10
—
10
10
— 10
10
"
I , I,I,I,
I , I,I,I,
4
40
10
=
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
9.
10.
13.
16.
20.
23.16 (max)
RMS %
Error
11.58
Life Prediction Ratio Summary
—i-'
0.
.5
.8
40
1.25
AK (KsiVin)
100
da/dN (I0"6in/cycle)
1.49
1.63
2.60
3.61
6.66
10.7
22.2
45.1
7.84 (min)
8.
9.
10.
13.
16.
20.
23.16 (max)
1.48
1.61
2.62
3.72
7.69
13.7
26.7
55.2
7.86 (min)
8.
10
AK (KsiVin)
AK (KsiVin)
2.
RMS %
Error
16.78
Life Prediction Ratio Summary
X5E*
T-
0.
Figure 7.5.3.1.24 (Continued)
7-223
.8
1.25
R
\ 2024 I
Condition/Ht: T3
Form:
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 20 Hz
Environment: DRY AIR; RT
(5 of 9)
AK (MPaVin)
4
- I
10
i I M'l'l
40
I
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 in.
Specimen Width: 6 in.
Ref: PU001
4
100
—
— 10
- Stress Ratio: 0.2
10
10
—
-I
—
__
— 10
E
10
10
=
i
o
^
T3
10
H-\
- 10'J E
o
:
-7
-7
10
I III I
10
10
— 10
10
10
—
-= 10
— 10
—
o
^10"*
\
c
_
-3 |
10
2
— io" ^
f—
-2>
o
ü
10
100
10
_
Ü
o
40
1 1 in'!
— 10
—
10
10
_ I 1 I <lllll
1
— Stress Ratio: 0.2
A
' I M'l'l
(6 of 9)
AK (MPaVin)
~
I , l.l.l,
4
10
10
40
4
100
da/dN (10"6in/cycle)
RMS %
Error
12.62
.5
.8
100
1.25
1.43
1.57
2.65
3.87
7.82
12.6
25.6
57.0
7.86 (min)
8.
9.
10.
13.
16.
20.
23.18 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.37
1.51
2.70
3.98
7.66
12.0
24.5
51.2
7.86 (min)
8.
9.
10.
13.
16.
20.
23.16 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
- i , I,I,I,
=
RMS %
Error
10.68
Life Prediction Ratio Summary
—r
0.
Figure 7.5.3.1.24 (Continued)
7-224
.5
£JKr-
.8
1.25
2024
Condition/Ht: T3
Form:
Specimen Type: CCP (max load specified)
Orientation: L—T.
Frequency: 20 Hz
Environment: DRY AIR; RT
1
4
= I
10
40
-I
'I 'I'l'l
1
1
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 in.
Specimen Width: 6 in.
Ref: PU001
(7 of 9)
AK (MPaVin)
(8 of 9)
AK (MPaVin)
1
100
4
- I
I I I INI
— 10
- Stress Ratio: 0.2
10
40
100
—I—i
I i I UM—
I
' I 'I'l'l
10
— Stress Ratio: 0.2
10
10
10
10
10
10
»"a
ü
o
6^10-+
10"2 ü
.2
o
6^10-4
Ü
-3 |
10
— 10~ E
E
-5
-z.
10
-a
10 \
a
-z. 10
T3
-=Jio >
10
10
10
10
10
10
— 10
10
-8
10
LL
10
I I I I III
i I ilMi
4
10
40
4
100
0.
.5
1
.8
100
1
1.25
1.65
1.76
2.64
3.69
7.74
13.4
27.4
52.5
7.85 (min)
8.
9.
10.
13.
16.
20.
23.15 (max)
Life Prediction Ratio Summary
1
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.59
1.70
2.57
3.61
7.66
13.1
25.3
49.1
7.86 (min)
8.
9.
10.
13.
16.
20.
23.17 (max)
i
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I I I I III
I I I I III
AK (KsiVin)
RMS %
Error
10.79
R
1—
2.
RMS %
Error
11.20
Life Prediction Ratio Summary
i
1
1
1
1
0.
.5
.8
1.25
2.
Figure 7.5.3.1.24 (Continued)
7-225
^ 2024 I
R
Condition/Ht: 13
Form:
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 20 Hz
Environment: DRY AIR; RT
(9 of 9)
AK (MPaVin)
-
I
4
10
I I .Jill)
AK (MPaVin)
1
40
100
I I llllll
I
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 in.
Specimen Width: 6 in.
Ref: PU001
4
- I
-1
10
40
' I 'I'l'l—I
100
' I 'I'l'l
=
— 10
— Stress Ratio: 0.2
10
10
—
— 10
—
10
10
O
— 10
—
&
ü
+
G^10c
_
o
\
o
u 10
10
- 10"J E
E
-5
TJ
10
10
-
=
4
_x"0
10
^
o
z: 10
- io \
o
■o
■D
_„ —
10
— 10
— 10
10
10
— 10
— 10
10
1 , 1,1,1,
~ 1 , 1,1,1,
4
10
40
=
10
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
9.67
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.54
1.74
2.85
4.06
7.84
7.79 (min)
8.
9.
10.
13.
16.
20.
23.16 (max)
RMS %
Error
10
AK (KsiVin)
12.4
24.9
40.0
Life Prediction Ratio Summary
,
,
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
i
1
1
1—
—!-•
2.
0.
.5
.8
1.25
2.
Figure 7.5.3.1.24 (Concluded)
7-226
2024
Condition/Ht: T351
Form: Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 6 Hz
Environment: LAB AIR; RT
4
10
40
= I ' I 'I'l'l
I
— Stress Ratio: 0.0
4
a
' I 'I'l'l
c
—
—
o
3
10" E
—
—
—
-
-Z. 10
^
i
_i"0
10
■o
—
_e I—
10
—
—
10
=
—
-—
o
_2?
o
o 10
\
c
Z 10
4
1 ,1,1,1,
10
40
— 10
—
—
— io"2 &
—
CZ
-o
. —
10
—
—
— 10
—
-= 10
10
-
1 , 1,1,1,
10
4
100
RMS %
Error
1.37
.5
.8
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
13.4
13.5
24.0
39.3
171.
497.
7.98 (min)
8.
9.
10.
13.
16.
17.04 (max)
5.09
6.14
13.7
23.4
44.2
92.7
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
da/dN (10"6in/cycle)
9.51 (min)
10.
13.
16.
20.
24.94 (max)
— 10
—
AK (KsiVin)
AK (KsiVin)
-3 |
E
i
_
10
—
- 1 ,1,1,1,
—
T3
— 10
10
-1
— 10
Ill 1
zz
100
10
_0)
—
_
40
1 1 'I'l'l
-2
10
=
o
—
£l 0"+
—
10
- I I I >l>l>l
I
— Stress Ratio: 0.8
—
—
—
(2 of 2)
AK (MPaVin)
100
10
10
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.181-0.186 in.
Specimen Width: 11.998-12.009 in
Ref: DA001
(1 of 2)
AK (MPaVin)
R
1.25
RMS %
Error
7.13
Figure 7.5.3.1.25
7-227
995.
Life Prediction Ratio Summary
0.
.5
.8
1.25
R
i 2024 I
Condition/Ht: T351
Form: Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 3 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
- I
10
' I M'l'l
40
I
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.184 in.
Specimen Width: 12.002 in.
Ref: DA001
AK (MPaVin)
1
100
' I M'l'l
a
- I
10
' I M'l'l
40
1
100
' I M'l'l
n
10
— Stress Ratio: 0.4
-2
10
4
10
—
"-" 10
—
10
o
ü 10
c
Z 10
-o
of
—
=
I
—
__
_
—
10
—
ri]
ff
V
2
10" Ö
>>
o
\
o
o^10-+
~
—
10"
z: 10
xi
—
—
10
=
—
—
_K I—
10
—
m~ ^
u
■D
10
— 10
10
-7
—
—
10
— 10
— 10
10
"
I , ! , l,l,
4
I
, I,I,I,
10
40
10
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
i
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
57.8
61.5
165.
406.
989.
1576.
15.81 (min)
16.
20.
25.
30.
33.80 (max)
RMS %
Error
1.77
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
^^
z
t:
o
—
10
'1
;
.5
;
.8
1
1.25
RMS %
Error
Life Prediction Ratio Summary
1
0.
2.
Figure 7.5.3.1.26
7-228
—i
1
.5
.8
1—
1.25
2024
Condition/Ht: T351
Form: Sheet
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 10 Hz
Environment: LAB AIR;-65°F
1
4
I- I
10
40
-I
' I M'l'l
1
I
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.184 in.
Specimen Width: 12 in.
Ref: DA001
(1 Of 1)
AK (MPaVin)
AK (MPaVin)
4
10
' I ' HUI
100
I I I III!
40
100
1—I I I 1 11 ■ I—
— 10
10
Stress Ratio: 0.8
R
10
— 10
— 10
-3
10
JP
—
O
_
o
10"
ü
ü
\
6-10-4
10"
10"3E
=1
■•—'
10
10
a>
2
-5
z
m" ^
u
o
"O
XI
- —
10
10
10
-7
10
-6
10
10
10
4
10
40
100
I Mill
4
10
da/dN (10-6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
5.92
3.25
1.44
1.96
4.12
9.62
21.2
102.
296.
455.
4.72 (min)
5.
6.
7.
8.
9.
10.
13.
16.
17.13 (max)
RMS %
Error
37.63
i iiHI
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
Life Prediction Ratio Summary
i
1
1
r-
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1
i
1
1
1
2.
0.
.5
.8
1.25
Figure 7.5.3.1.27
7-229
1—
2.
EF
I 2024 I
Condition/Ht: T351
Form: Sheet
Specimen Type: CCP (max stress specified)
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.182 - 0.188 in.
Specimen Width: 11.997 - 12 in.
Ref: DA001
Orientation: L—T
Stress Ratio: 0.
(1 of 2)
AK (MPaVin)
4
10
40
-l
I=—|—i I i I Mi
4
100
10
- I ' I 'I'll
1 I I I MM—
Environment: Lab Air; -65°F;
Frequency: 20. Hz
(2 of 2)
AK (MPaVin)
-rq 10
-2
40
100
-1
1 ' 1 'I'll
— 10
—
— Environment: S.T.W.; R.T.;
_ Frequency: 1. Hz
10
10
— 10
—
-3
10
10
2
— io" £
—
o
o 10
Ü
O
^10"4
c
-3 EI
_
— 10
—
10
10
10
10
if
:
— 10
o
— 10
—
10
10
— 10
10
10
4
10
40
4
100
da/dN (10"6in/cycle)
RMS %
Error
83.08
□
0.
.8
100
1.25
1.94
2.63
3.16
7.03
8.77 (min)
9.
10.
11.81 (max)
Life Prediction Ratio Summary
.5
40
da/dN (10"6in/cycle)
AK (KsiVin)
4.14
0.831
0.951
4.90
18.8
71.1
195.
9.16 (min)
10.
13.
16.
20.
25.
29.42 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I , I .f.
- i , i,i,i,
2.
RMS S
Error
6.03
Figure 7.5.3.1.28
7-230
Life Prediction Ratio Summary
a
i
1
1
—i
1—
0.
.5
.8
1.25
2.
2024
Condition/Ht: T351
Form: Sheet
Specimen Type: CCP (max stress specified)
Orientation: L—T
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.192 in.
Specimen Width: 12 in.
Ref: DA001
Frequency: 10 Hz
Environment: S.T.W.; RT
(1 of 1)
AK (MPaVin)
4
10
I ' I 'I'l'l
40
AK (MPaVin)
4
100
I ' I Tl'l
Stress Ratio: 0.33
- I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
10
— 10
— 10
-3
10
10
v
o
ü 10
Q)
Ü
2
t—
o
\
, F
_
10
a
10
"a
£
-z.
ZKf*
10
V
10~ ü
U
o 10
\
c
10
m" ^
ü
x>
_K |—
10
— 10
10
10
10
— 10
10
i l i l m
40
100
' i iiMI
4
10
10
4
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
18.6
25.6
48.4
116.
225.
11.68 (min)
13.
16.
20.
24.00 (max)
RMS %
Error
5.22
3
— 10
10
10
R
Life Prediction Ratio Summary
o
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.5.3.1.29
7-231
—i
1
1—
.5
.8
1.25
R
I 2024 I
Condition/Ht: T351
Form: Sheet
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 9 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
1
4
- I
10
i I •i'l'l
40
I
' I M'l'l
—_
(2 of 2)
AK (MPaVin)
4
1
100
— Stress Ratio: 0.0
10
Yield Strength:
Ult. Strength:
Specimen Thk: 0.163 in.
Specimen Width: 5 in.
Ref: BW002
10
' I M'l'l
40
1I
a
- I
~= 10
— Stress Ratio: 0.7
100
' I M'l'l
— 10
— 10
— 10
10
2
— io~
—
10" ü
°
o
\
o
ü
o 10
4
-3 I
~~"
— 10
V
2
10" s
E
—'
z
Z 10
^~
-o
— 10
m~ ^
o
o
-o
_B —
10
~~
— 10
10
— 10
10
10
10
~ I , I,I,I,
4
I , U.l,
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.
1
.5 .8
100
0.463
0.636
1.50
2.72
4.25
4.72 (min)
5.
6.
7.
8.
9.
10.
13.
14.38 (max)
Life Prediction Ratio Summary
—i
40
da/dN (10'6in/cycle)
AK (KsiVin)
1.43
1.76
2.70
4.18
8.90
12.4
7.32 (min)
8.
9.
10.
13.
15.05 (max)
RMS %
Error
18.10
10
AK (KsiVin)
AK (KsiVin)
1
1.25
RMS %
Error
14.45
Figure 7.5.3.1.30
7-232
6.13
8.42
19.4
28.1
Life Prediction Ratio Summary
—I-'
0.
.5
.8
1.25
2.
This page intentionally left blank
7-233
1 2024 I
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.01
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(1 of 4)
AK (MPaVin)
1
4
10
-Ml 'I'l'l
40
4
100
1 ' I 'IT'
— Environment: Lab Air; R.T.
(2 of 4)
AK (MPaVin)
10
40
100
-1
1 I I I Mil
_ i ' i M'l'i—r^
^
— 10
— Environment: Lab Air; 200T
-2
—
1
°
10
10
10
10
-3
10
10
Ü
O
o
E
c
Ü
frio-4
+
5^1 o"
— 10
io"2£
— 10
_
E
-5
10
10
— 10
T3
~
XJ
_, —
-Jio >
/
o
XI
■o
10
10
10
10
10
10
10
10
I
10
I 11 III
4
I i
10
M
40
4
da/dN (10_6in/cycle)
RMS %
Error
13.29
100
3.14
3.56
5.04
6.94
17.4
36.9
41.0
7.67 (min)
8.
9.
10.
13.
16.
16.64 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
2.85
4.05
5.96
14.8
28.3
52.1
64.5
8.19 (min)
9.
10.
13.
16.
20.
21.86 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i im
'I'"
10
100
—i
1
1—
—i-'
.5
.8
1.25
2.
RMS %
Error
9.98
Figure 7.5.3.1.31
7-234
Life Prediction Ratio Summary
—i
1
n—
.5
.8
1.25
I
1
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.01
Frequency: 20 Hz
4
-
|
I
10
(3 of 4)
40
| >|l|l|
|
'
1
-L
— 10
4
- I
0
10
40
i I i jTI
I
100
' I 'I'l'l
— Environment: Lab Air; 400T
->■
0
— 10
io'2
10"2
—
-
ID"3
a>
io'2£
<u
o
— io"2^
—
o
QJ
O
10
io"3
QJ
—
-1
—
-1
— 10
ü
O-10-4
ü 10
M
Jr
c
m
w
v-x
2 10-5
—
—
10
E
c
'—'
z:
Z10-4
\
o
O
6
—
"° -«"•
10
-
-6
-6
■ I , t, I,
1
4
I , l.l.ll
10
40
10
-
irf8 1
100
da/dN (I0"6in/cycle)
6.72 (min)
7.
8.
9.
10.
13.
16.
19.19 (max)
RMS %
Error
10.66
I , M.L
I , l.l.l.
4
AK (KsiVin)
AK (KsiVin)
-o
io-7
-— 10
I
>
o
-s
10
-5
m"8 ~
10
~*
— 10
io"7
E
'
—
JU
t^k
O
■o
10
—
T3
4"°
10 \
\
10
(4 of 4)
AK (MPaVin)
100
| 'I'l'l
— Environment: Lab Air; 300T
"~~
"°
02 4d. 'I r
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
AK (MPaVin)
1
n
z.
10
40
AK (KsiVin)
AK (KsiVin)
da/dN (10"'in/cycle)
6.52 (min)
7.
8.
9.
10.
13.
16.
19.04 (max)
1.92
2.31
3.69
5.12
7.09
19.8
38.3
65.2
Life Prediction Ratio Summary
RMS 55
100
2.00
2.44
3.55
5.01
6.88
16.3
35.8
67.8
Life Prediction Ratio Summary
Error
i
0.
1—
.5
i
i
i
.8
1.25
2.
17.98
0.
Figure 7.5.3.1.31 (Concluded)
7-235
.5
.8
1.25
2.
^ 2024 I
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.05
Frequency: 1 Hz
Yield Strength: 54.3 - 57 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.246 - 0.25 in.
Specimen Width: 2 - 2.008 in.
Ref: DA004;DA005
(1 of 2)
AK (MPaVin)
4
- I
-2
10
i I >|i|i|
40
|
1
100
4
-
—
— 10
-1
100
-= 10
Environment: S.T.W.; R.T.
—
—
I—
—
-r 10"
— 10
—
-3
10
10
— 10"2 u
o
ü
_
—
_Q3
2
\
_
—
— 10"
-5
-5
a
-6
— 10
o
—
"™*
NJ
("°
— m '\
fl
u
x>
X}
10
©
10
— 10
□
—
-= 10
10
10
—
-= 10
— 10
10
-I
z
10
T>
—
a
ü
O
\
c
— 10
10
o
"°
40
10
10
c
10
1
' I M'l'l
— Environment: Distilled Water;
_ R.T.
(2 of 2)
AK (MPaVin)
1 , 1,1,1,
- 1 , 1,1,1,
4
10
40
,-B
10
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
RMS %
Error
22.37
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.777
2.00
3.87
5.95
14.4
7.10 (min)
8.
9.
10.
13.
16.
20.
24.38 (max)
0.467
1.75
4.12
6.67
14.5
30.5
74.9
191.
334.
7.12 (min)
8.
9.
10.
13.
16.
20.
25.
27.81 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
Life Prediction Ratio Summary
□ o
i
1
1
1
1
0.
.5
.8
1.25
2.
RMS %
Error
19.03
Figure 7.5.3.1.32
7-236
34.5
85.0
180.
Life Prediction Ratio Summary
0.
.5
.8
1.25
2.
This page intentionally left blank
7-237
i 2024 I
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.1
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(1 of 4)
AK (MPaVin)
4
- I
10
' I 'I'l'l
1
40
100
1—i I i 11111
. _ .
. •
4
10
- I ' I 'I'l'l
10
10
10
10
_0)
10
u
o 10
o
\
o
6^10-4
-3 |
10
E
10
100
I ' I 'I'l'l
c
—
—
—
a
X>
10
10
' i i i HI
4
I
4
—
_
—
—
jr
—
■a _« i—
10
—
~
— 10
10
40
—
—
—z. 10
—
—
.-8 10
I I Ml
100
I , I ,l,f,
I , I,I,I,
4
40
da/dN (10-6in/cycle)
RMS %
Error
6.32
.5
.8
2.90
3.10
4.36
6.04
8.77
21.9
28.0
6.84 (min)
7.
8.
9.
10.
13.
13.54 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
4.02
4.07
6.21
8.51
21.4
23.0
7.96 (min)
8.
9.
10.
13.
13.55 (max)
10
-
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
—
— 10
Ü
-7 —
10
10
—
\
—
— 10"
^—'
z
~~
i TJ
m '\
O
-o
-
10
10
"U
<0
—
2
ö
10"
—
—
—
—
10
10
/
40
— Environment: Lab Air; 200T
"~~
— 10
- Environment: Lab Air; R.T.
(2 of 4)
AK (MPaVin)
1.25
RMS %
Error
21.69
Figure 7.5.3.1.33
7-238
Life Prediction Ratio Summary
0.
.5
.8
1.25
I
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.1
Frequency: 20 Hz
4
02'±4 I' F
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(3 of 4)
AK (MPaVin)
1
o
10
40
1
100
- | i | >|i|i|
| ' | M'l'l
— Environment: Lab Air; 300°F
—
4
10
= I ' I ' ITI
-1
0
— 10
io-2 "~~
(4
AK (MPaVin)
40
100
J
I ' I 'l'l'l
— Environment: Lab Air; 400T
0
— 10
10"2
-i
-i
10
10
^^
ID"3
G^o"
-3P
E
c
^~,
10
\
6
i
'
10
—
<D
O
—
o 10
*^^s
-z.
ZIG'5
>
\
a
-3E
io v«x
E
I
-z.
t
-s
10
10
io-7
"™"
-6
-6
10
— 10
"1,1 ,1,1,
1
4
I , 1,1,1,
10
40
m"8 ~
-
1
100
1 . 1,1,1,
I , I,I,I,
4
40
da/dN (I0"6in/cycle)
AK (KsiVin)
6.93 (min)
7.
8.
9.
10.
11.58 (max)
6.68 (min)
7.
8.
9.
10.
11.82 (max)
Life Prediction Ratio Summary
i
1
.5
1—
.8
100
da/dN (10"6in/cycle)
AK (KsiVin)
2.46
2.55
4.24
6.58
9-30
17.1
0.
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
4.50
Ü
10
—
^"8
io"2£
f
-5
—
io"7
,-v
c
10
5
\
o
"°
io"3
o
\
4
Z10-
°f 4)
i
i
1.25
2.
RMS %
Error
3.12
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.33 (Concluded)
7-239
2.39
3.18
4.74
7.08
11-2
17.9
.5
.8
1.25
2.
^ 2024 I
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.3
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(1 of 4)
AK (MPaVin)
4
10
P=—1—i I i Ml'
4
40
100
1 I I I Mil
-1
Environment: Lab Air; R.T.
1
—
(2 of 4)
AK (MPaVin)
10
' 'I'll
40
1
100
' I 'Ml"
Environment: Lab Air; 200T
1u
10
-2
-2
10
10
10
— 10
10
10
2
io" £
o
\
o
+
o^10-
O
o 10
-3 |
10
10"
E
10
10
o
o
10
10
10
10
10
10
10
10
.-8
10
I , Mil,
4
■ i' LLL
40
100
10
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.
1
.5
\
.8
1.54
2.19
3.24
4.70
7.21
5.35 (min)
6.
7.
8.
9.
10.
13.
16.
17.32 (max)
Life Prediction Ratio Summary
i
da/dN (10"6in/cycle)
AK (KsiVin)
2.09
2.79
4.63
7.34
10.5
25.0
47.0
53.2
6.16 (min)
7.
8.
9.
10.
13.
16.
16.29 (max)
i I i I ill
40
100
i I i I Mi
4
10
AK (KsiVin)
RMS %
Error
14.91
'I
—'
z
^
m" u
x>
-5
10
<0
10" T5
o
\
2
T3
—
1—
1.25
RMS %
Error
16.71
Figure 7.5.3.1.34
7-240
11.1
26.1
52.8
56.3
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.3
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(3 of 4)
AK (MPaVin)
4
10
40
-■
I ■ I 'I'l'l
—
I ' I Tl'l
—
-2
10
10
AJ
— Environment: Lab Air; 400T
—
— 10
—
—
— 10
10
io"2£
o
\
o
-3 |
10
10
" I , I,I,I,
I , I,I,I,
10
40
.T3
10
RMS %
Error
8.62
-S
10
10
10
-
10
' i i i in
4
100
40
Mill
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.54
2.17
3.78
5.96
8.80
12.4
30.3
62.8
5.49 (min)
6.
7.
8.
9.
10.
13.
15.83 (max)
1.48
1.94
3.46
5.64
8.56
12.3
29.5
60.2
66.3
Life Prediction Ratio Summary
5
10
AK (KsiVin)
da/dN (10"6in/cycle)
-r.5
O
T3
10
AK (KsiVin)
5.60 (min)
6.
7.
8.
9.
10.
13.
16.
16.43 (max)
E
X)
—
— 10
—
—
AK (KsiVin)
— 10
o
ff
4
40
100
1—I I M mi—
10
—
—
— 10'\
-
M
—
-R h10 —
10
— 10
^3
—
2
10"
«
—
Ü
\
—
-3 I
— 10 £
*
—
—
—
2 10
10
4
10
C=—1—I I I Mil
—
—
—
—
—
o
6^10"+ —
\
c
_
—
"o
_i
100
Environment: Lab Air; 300T
(4 of 4)
AK (MPaVin)
1.25
RMS %
Error
Life Prediction Ratio Summary
10.98
r-
—I
1
1—
0.
.5
.8
1.25
Figure 7.5.3.1.34 (Concluded)
7-241
-{ 2024 I
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.5
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(1 of 4)
AK (MPaVin)
4
10
-I ' I 'I'l'l
—
40
Environment: Lab Air; R.T
—
—
—
—
10
—
v
—
o
—
6-10-4
—
—
10
210
T3
p
■c
—
_» .-8
10
10
10
r
#
J
Jr
WF
—
—
—
—
—
- I , I, I,I,
4
I , I, I,I,
10
40
4
100
I ' I 'I'l'l
I
_J.
—
—
— 10
—
2 u
— io"
— -3 I
— 10 E
—
- 10 \
—
o
•o
—
— 10
— -6
— 10
-
RMS %
Error
15.68
10
10
_0J
io"2"
_0J
o
o^lO-4
-3 %
10
E
-5
10
10
o
10
10
10
-6
10
10
I
I 111 ill
I I I I ill
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
1.57
2.09
3.80
6.14
9.25
13.3
34.0
40.4
5.60 (min)
6.
7.
8.
9.
10.
13.
13.83 (max)
13.2
34.9
.8
— 10
-2
1.93
2.25
3.94
6.13
9.07
.5
100
10
4
Life Prediction Ratio Summary
0.
40
i I i I HU
— Environment: Lab Air; 200T
100
da/dN (10"6in/cycle)
5.77 (min)
6.
7.
8.
9.
10.
12.59 (max)
10
I I I IM—
AK (KsiVin)
AK (KsiVin)
(2 of 4)
AK (MPaVin)
1.25
RMS %
Error
6.66
Figure 7.5.3.1.35
7-242
Life Prediction Ratio Summary
—i
1
1
.5
.8
1.25
2024
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.5
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(3 of 4)
AK (MPaVin)
4
10
40
1
100
1 | I Mill
c=—[—I I I Mil
TT
Environment: Lab Air; 300T
(4 of 4)
AK (MPaVin)
4
- I
10
' I'l'l'l
40
1
100
' I 'I'll
— Environment: Lab Air; 400T
-=j 1 °
10
10
— 10
10
10
10
_0J
ja
o
2
—
ID" «
_QJ
O
o
Ü
o^lO"
o^10-
io
c
E
10
"°
io'2^
—
4
+
\
o
-=10
■a
-Jio
_
10
-5
-z.
-*^
—
10
"o
/
-sl-
10
_. —
10
10
10
10
10
-6
10
10
.-8
10
i I I I Hi
4
J_J. I Mil
10
40
10
100
—i
1
1—
.5
.8
1.25
1.50
1.54
2.50
4.11
6.48
9.64
14.1
43.2
4.93 (min)
5.
6.
7.
8.
9.
10.
12.26 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.65
2.32
4.22
6.59
9.31
13.4
30.2
41.9
5.46 (min)
6.
7.
8.
9.
10.
13.
13.79 (max)
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
i i i im
i l i 111
4
100
AK (KsiVin)
RMS %
Error
8.49
E^
RMS %
Error
16.69
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.35 (Concluded)
7-243
—i
1
1—
—I-'
.5
.8
1.25
2.
-1 2024 I
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.6
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(1 of 4)
AK (MPaVin)
1
4
- I
10
' I 'I'l'l
40
1
1
100
4
- I
' I Tl'l
10
40
' I 'I'l'l
1
100
' I 'I'l'l
— Environment: Lab Air; 200T
— 10
— Environment: Lab Air; R.T.
(2 of 4)
AK (MPaVin)
-=j 10
10
10
— 10
10
-3
10
10
,5>
2
IQ" «
J2
ü
ü
ü
o
4
G^o10
-3 f=
10 E
E
10
10
10
o
TJ
/
— 10
XI
10
10
10
10
10
10
10
10
10
I I 11 III
10
4
10
40
6.
7.
8.
9.
10.
10.96 (max)
Life Prediction Ratio Summary
0.
r-
.5
.8
100
—i-'
1.25
4.22
4.30
6.90
10.0
14.4
14.7
6.63 (min)
7.
8.
9.
10.
10.11 (max)
14.7
19.5
—i
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.63
2.19
4.12
6.54
9.92
5.67 (min)
10
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
I , 111 ill
' i i nn
4
100
AK (KsiVin)
RMS %
Error
6.32
O
X>
2.
RMS %
Error
5.17
Figure 7.5.3.1.36
7-244
Life Prediction Ratio Summary
—r~
.5
—!-■
.8
1.25
2.
2024
Condition/Ht: T351
Form: 0.5 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.6
Frequency: 20 Hz
Yield Strength: 51.5 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2 in.
Ref: UD009
(3 of 4)
AK (MPaVin)
4
10
40
= I ' I Tl'l
1
1
100
4
t I
' I 'I'M
- Environment: Lab Air; 300°F
(4 of 4)
AK (MPaVin)
10
40
' I'l'l'l—I
100
' I 'I'll
Environment: Lab Air; 400T
-=J 10
-3 10
10
10
10
10
-3
10
10
—I id"2 °
_0J
ü
_
o
o 10
c
_
J,.-I
i
-5
10
-o
_« —
10
-
_^"o
10
o
X>
10"2£
_
o
o
_
o^10-4
c
_
,„-I
r i-/
6
"° io- I
10
o
T3
t—
10
— 10
-7
10
10
10
10
10
i
4
.-8
LiL
i i i ii
10
40
10
I . I.I I_U
4
100
I I 11II
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
'
10
6.14 (min)
7.
1.02
1.58
2.88
4.97
8.33
13.5
16.3
16.1
4.18 (min)
5.
6.
7.
8.
9.
10.
10.12 (max)
3.03
4.62
7.24
10.9
15.6
19.8
8.
9.
10.
10.71 (max)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS 95
Life Prediction Ratio Summary
Error
5.84
i
1
1
1
0.
.5
.8
1.25
1—
2.
RMS %
Error
15.04
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.36 (Concluded)
7-245
—i
1
1—
.5
.8
1.25
F
\ 2024 I
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.8
Environment: LAB AIR; RT
Yield Strength: 54.2 - 57 ksi
Ult. Strength:
Specimen Thk: 0.247 - 0.25 in.
Specimen Width: 2.006 - 2.007 in
Ref: DA005
(1 of 2)
AK (MPaVin)
4
10
-Ml 'I'll
40
4
100
1 ' 1 'I'l'l
(2 of 2)
AK (MPaVin)
1
_L
10
I 'I'l'l
40
I
100
' I 'I'l'l
— 10
— Frequency: 20. Hz
— Frequency: 15. Hz
-2
10
10
10
— 10
-3
—
10
10
_<u
o
-2
—
—
c
— io
y
o
-3 I
— 10
_
io"2 °
o
U
o 10
-3 I
10
E
—
-5
■Z. 10
Z 10
-a
10
—
:
10
10
10
E
./
X)
-=
10
10
10
I , I,I,I,
10
40
10
c—
-= 10
- I , LI.I,
10
100
I
I I LLL
I III
4
10
da/dN (10"6in/cycle)
0.167
0.227
0.342
1.19
3.00
4.86
Life Prediction Ratio Summary
□
RMS 55
Error
-r~
0.
da/dN (10-6in/cycle)
AK (KsiVin)
0.0506
0.0657
0.120
1.87 (min)
2.
2.5
3.
3.5
4.
5.
6.
6.84 (max)
RMS 95
Error
10.02
I I I I III
40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
D
x>
10
~- J
4
x>
.8
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.37
7-246
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.8
Frequency: 1 Hz
Yield Strength: 54.3 - 57 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.245 - 0.25 in.
Specimen Width: 2 - 2.008 in.
Ref: DA004;DA005
(1 of 2)
AK (MPaVin)
4
I
-2
10
40
I
' I 'I'l'l
4
100
- I
' I 'I'l'l
Environment: Distilled Water;
R.T.
(2 of 2)
AK (MPaVin)
~d 10
10
10
-3
10
I I 'I'l'l
40
I
100
1 1 'I'l'l
-1
— Environment: S.T.W.; R.T.
—
—
— 10
—
— io" ^
-2
10
10
_0J
2
o
^10"4
\
c
_
Ü
4
^10"
Ü
— IQ"0 E
—
Z 10
10
■a
_. :
-
"o
/
T3
10
10
:
— 10
*
II 1 1
10
10
— 10
1 , 1,1,1,
10
10
4
10
40
100
4
da/dN (10"6in/cycle)
AK (KsiVin)
2.40 (min)
2.5
3.
3.5
4.
5.
6.
7.
6.
6.98 (max)
o DA
1
1
.5 .8
100
1
1.25
0.370
1.00
3.56
10.9
4.07 (min)
5.
Life Prediction Ratio Summary
i
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.0700
0.0711
0.0993
0.174
0.329
1.15
3.38
8.02
13.4
7.76 (max)
0.
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
17.63
_^"D
— 10
1—
2.
RMS s
Error
15.00
Figure 7.5.3.1.38
7-247
Life Prediction Ratio Summary
on
0.
.5
.8
1.25
R
\ 2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency: 1 — 5 Hz
Environment: S.T.W.; RT
Yield Strength: 54.2 - 54.3 ksi
Ult. Strength:
Specimen Thk: 0.245 - 0.247 in.
Specimen Width: 2.006 - 2.008 in
Ref: DA005
(1 of 1)
AK (MPaVin)
4
1
I
10
' I 'I'll
40
I
AK (MPaVin)
1
100
' I Tl'l
— Stress Ratio: 0.8
4
10
40
100
tl'l Tl'l—I ' I M'l'l
10
10
10
10
10
10
10
2
io" £
Ü
o
ü 10
CJ
E
c
.-5
10
O
_
\
6^10"
— 10
10~
_
-=1° >
X!
10
■D
-6 ~
10
10
— 10
10
ci-
10
□
10
— 10
10
'
I
I I I III
4
10
10
I I I III
40
4
100
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I I i I Hi
' i i i in
AK (KsiVin)
RMS %
Error
^^
10 \
u
o
"O
•I
■z.
10
—
0)
10~ Z5
2
-o
— 10
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.39
7-248
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
Yield Strength: 54.3 ksi
Ult. Strength:
Specimen Thk: 0.246 in.
Specimen Width: 2.006 in.
Ref: DA005
(1 of 1)
AK (MPaVin)
4
- I
10
i I i|>|'|
40
|
R
AK (MPaVin)
1
100
' | M'l'l
a
4
>- I
10
' I M'l'l
40
1
100
' I M'l'l
— 10
- Stress Ratio: 0.05
— 10
-2
10
10
— 10
— 10
—
-3
10
.2
— 10 £
10
_2
—
Ü
ü
Ü
-3 I
—
—
10
10
— 10"'\
a
_, —
-
10
— 10
10
n
10
—
LU
—
a
"
I , LI,I,
I , I .I.I.
Jr
40
10
— 10
10
10
100
i i i im
4
10
da/dN (10"6in/cycle)
AK (KsiVin)
I , LI,
40
100
AK (KsiVin)
AK (KsiVin)
RMS %
Error
o
10
10
10
E
■z.
10
Z10
x>
Ü
^io"4
Life Prediction Ratio Summary
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
Life Prediction Ratio Summary
—i-'
.5
.8
1.25
0.
2.
Figure 7.5.3.1.40
7-249
.5
.8
1.25
2.
R
\ 2024 I
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency: 10 Hz
Environment: DIST WATER; RT
4
10
= i ■ i M'l'i
40
1
r
1
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 2 in.
Ref: DA005
(1 Of 1)
AK (MPaVin)
1
Yield Strength: 54.3 ksi
AK (MPaVin)
1
100
4
10
40
100
- I ' I 'I'l'l—I ' I 'I'l'l
I I I MM
— 10
- Stress Ratio: 0.05
3
10
10
10
10
10
10
2
—no" °
Ü
+
^10"
■o
-o
10
-3 ^
10 E
o
b-10-4
c
l_
Z 10
"D
—
10
Ü
-■3
— 10
p
-=]io >
o
■o
_K -
10
10
-5
10
10
-7
10
10
-e-
10
10
10
1_^L 11 in
4
'
10
10
i i nil
40
4
100
da/dN (,1CT6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
RMS %
Error
r-
E
Life Prediction Ratio Summary
i
1
1
1
1
0.
.5
.8
1.25
2.
RMS %
Error
Figure 7.5.3.1.41
7-250
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
—i
1
1—
—i-'
.5
.8
1.25
2.
2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 — 5 Hz
Environment: S.T.W.; RT
Yield Strength: 54.3 ksi
Ult. Strength:
Specimen Thk: 0.246 in.
Specimen Width: 2.006 in.
Ref: DA005
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
1
100
4
= I
10
' I 'I'll
40
I
— 10
— Stress Ratio: 0.05
100
■ I 'I'l'l
3
10
10
— 10
—
10
u
o 10
R
— 10
10
2—
2
— io" £
—
— 10
—
o
u
E
c
\
_
10"
—
•I
-z.
10
10
a?
10" Ö
o
i"°
m \
u
—
■o
10
10
— 10
—
10
— 10
a
10
— 10
10
~ I , I,I,I,
4
— 10
I , U,!>
10
40
10
4
100
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
RMS %
Error
40
100
-1
1
1—
.5
.8
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.42
7-251
.5
.8
1.25
-=A 2024 h
R
Condition/Ht: T351
Form: 0.75 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 25 Hz
Environment: LAB AIR; RT
Yield Strength: 54.4 ksi
Ult. Strength: 69.3 ksi
Specimen Thk: 0.248 in.
Specimen Width: 2.5 in.
Ref: AL002
° °f 1)
AK (MPaVin)
1
4
10
40
— 10
— Stress Ratio: 0.33
"""*
ID"2 _—
4
6-10\
c
=
~~
—
■O
—
io~2£
o
\
-*!
10 sEx
-
5
Z10"
x
\
D
X
K
io"6
I
100
' I ' l'l'l
-1
io"3
io"2£
Q)
Ü
\
o 10
\
c
=
io
™
Z10"
XI
\
o
"°
10
I , LI,I,
1
4
10
40
X
10
-s
— 10
—
10"7
-6
10
-
1
100
4
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
5.32 (min)
6.
7.
8.
9.
10.
13.
16.
19.53 (max)
RMS %
Error
17.77
I , l.l.l,
" 1 , 1,1,1,
10""
AK (KsiVin)
AK (KsiVin)
>
-6
-6
"1,1 ,1,1,
'
XI
— 10
in*
E
■z.
5
2
-
"~—
v
^-^
-5
—
0
10
10
ID"7
-*■
—
^^
—
' I ' I'l'l
40
io"2 —
ID"3
_
I
10
10
10
—
4
-
0
—
—
—
Ü
AK (MPaVin)
1
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.145
0.402
1.28
2.97
5.41
8.21
16.7
26.8
48.4
Life Prediction Ratio Summary
□
i
1
1
1
i
0.
.5
.8
1.25
.2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.43
7-252
.5
.8
1.25
2.
2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 12 Hz
Environment: LAB AIR; RT
Yield Strength: 57 ksi
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 2.01 in.
Ref: DA005
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
1
100
4
10
b I ' I 'I'l'l
40
100
1 ' I Tl'l
— 10
— Stress Ratio: 0.4
— 10
—
—
10
10
JO
2
— io" "
o
—
^10"4
c
_
—
— 10
-Jio
>
—
ff
XI
10
—
— 10
J?
jo
o
o 10
o
\
10
E
z
tz
—
"o
10
E
—
10
x
_e 10
5
10
10
10
—
— 10
10
10
10
10
Z 10
-o
R
" r,i.i.i.
4
10
i,i,i,i,
10
40
10
I llllll
4
100
da/dN (10"6in/cycle)
2.47 (min)
0.0361
2.5
3.
3.5
4.
5.
6.
7.
8.
0.0391
0.108
0.196
0.294
0.570
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.16
2.49
4.81
7.80
10.7
26.3
60.5
9.
10.
13.
15.52 (max)
RMS %
Error
15.63
llllll
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
10
Life Prediction Ratio Summary
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.44
7-253
.5
.8
1.25
R
I 2024 I
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 54.2 ksi
Ult. Strength:
Specimen Thk: 0.247 in.
Specimen Width: 2.006 in.
Ref: DA005
(1 of 1)
AK (MPaVin)
4
_ I
10
i I 11 >|'I
40
I
AK (MPaVin)
4
100
a
' I U'l'l
- I
*"""
3
— 10
— 10
-3
10
■z. 10
100
' I U'l'l
10
10
o
6^10"+
40
1
— 10
— Stress Ratio: 0.4
_aj
10
■ I 'I'll
—
—
—
— 10
o
-3 |
tZ
X
_K t—
10
2
Q)
—
—
X
10
J?
E
—
-=Jio
>
XI
JOT
o
6-10-4
\
c
_
-a
10"
z
10
10 ^
u
X
T3
— 10
— 10
10
10
— 10
— 10
I
1 , 1,1,1,
i I i 11 li
4
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.585
0.729
5.85 (min)
6.
7.
8.
9.
10.
13.
15.93 (max)
RMS %
Error
3.64
■I
10
—
10
V
10" Ö
o
\
—
2.59
6.11
9.29
11.3
25.7
54.3
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
-r-
1—
0.
2.
Figure 7.5.3.1.45
7-254
.5
.8
1.25
2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 20 Hz
Environment: LAB AIR; RT
Yield Strength: 57 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.499 in.
Specimen Width: 2.003 in.
Ref: DA004
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
1
100
4
- I
— Stress Ratio: 0.8
I
100
' I 'I'l'l
—
— 10
=
— 10
10
10
O
ü 10
\
c
I—
■Z. 10
"O
tZ
<o
_o
—
o
6^10-4
—
_
—
10
' I M'l'l
40
10
:
10
10
—
10
_Q3
R
— 10
10"
10~
E
•D
10
— 10
10
10
— 10
.-8
1
10
1 , 1,1,1,
i 1 11111
4
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
0.0718
0.0810
0.134
0.184
1.92 (min)
2.
2.5
3.
0.261
0.455
3.5
A.
5.
1.79
3.68
5.80 (max)
RMS %
Error
5.60
= —1
z
m" ^
u
-Jio
\
—
~- J.
10
Ü
c>
\
10
: f
2
Life Prediction Ratio Summary
!
,
,
1
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.46
7-255
—i
1
1—
.5
.8
1.25
2.
R
\ 2024 I
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 20 Hz
Environment: DIST WATER; RT
(1 of 1)
AK (MPaVin)
4
-' I
10
40
. I llllll
I
—
—
—
--3
10 —
_0>
I—
—
U
—
o 10 —
c
_
—
—
Z 10 —
-a
t:
—
"o _K —
—
10 —
—
—
H
—
i
I
ill
II
t lifili
4
100
I ' I 'l'l'l
10
40
o
6-10-4
-z.
2 10
(~°
m '\
u
o
T>
10
— 10
10
10
4
100
Life Prediction Ratio Summary
i
0.
1
.5
1
.8
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
a?
2
io" Ö
Ü
\
3E
io"
— 10
i III
I i I ill
10
3
10
AK (KsiVin)
RMS %
Error
40
~~zz 10
—
10
10
- I ' I M'l'l
j.
—
—
—
— 10
—
2
— io' £
o
\
—
— 10 E
—
— ior\
o
XI
—
— 10
—
10
-
AK (MPaVin)
4
100
I I llllll
— Stress Ratio: 0.8
10
Yield Strength: 54.3 ksi
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 2 in.
Ref: DA005
1—
—i-'
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
i
0.
Figure 7.5.3.1.47
7-256
da/dN (10"6in/cycle)
AK (KsiVin)
1
1
.5 .8
1—
1.25
—!-■
2.
This page intentionally left blank
7-257
F
\ 2024 I
Condition/Ht: T351
Form: 0.25 - 1 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: —1
Environment: LAB AIR; RT
(1 of 3)
AK (MPaVin)
4
10
I ' I M'l'l
—
40
Yield Strength: 56.9-57.0 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.189-0.260 in.
Specimen Width: 11.939-12.005 in
Ref: DA001;DA004
4
100
I ' I 'I'l'l
(2 of 3)
AK (MPaVin)
10
40
- I i I 'ITI
_L
100
I ' I M'l'l
— Frequency: 6. Hz
Frequency: 3 . Hz
-=
-2
-2
10
10
— 10
— 10
—
:
10
10
jo
o
— 10
—
o 10
\
c
-3 I
J
_
—
&
o
\
/
— io
zio'
E
_Q)
—
—
u 10
c
\
-3§
/
_
—
— 10
o
XI
_R -
—"*
-
XI
o
XI
_
c —
-6
—
— 10
— 10
10
10
—
-r: 10
— 10
10
-A-O
— 10
—
10
10
E
/
_*TJ
— 10
o
:
10
-
—
x>
-1
" I , I , l,l.
4
I , 1, 1.1.
10
40
10
- i , i.i.i,
4
100
da/dN (10"6in/cycle)
RMS SB
Error
3.77
.8
13.7
17.0
31.8
62.3
170.
241.
11.83 (min)
13.
16.
20.
25.
28.16 (max)
Life Prediction Ratio Summary
a
.5
100
da/dN (I0'6in/cycle)
AK (KsiVin)
33.5
37.6
108.
253.
361.
673.
104-5.
15.24 (min)
16.
20.
25.
30.
35.
38.29 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i , I,I,I,
10
1.25
RMS %
Error
8.99
Figure 7.5.3.1.48
7-258
Life Prediction Ratio Summary
CD
0.
T-
-r
.5
.8
1.25
2.
2024
Condition/Ht: T351
Form: 0.25 - 1 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Stress Ratio: -1
Environment: LAB AIR; RT
1
i- i
4
10
i I ' I'l'l
40
Yield Strength: 56.9-57.0 ksi
Ult. Strength: 70. ksi
Specimen Thk: 0.189-0.260 in.
Specimen Width: 11.939-12.005 in
Ref: DA001;DA004
(3 of 3)
AK (MPaVin)
F
AK (MPaVin)
too
4
= I
10
' I 'I'l'l
40
1
100
' I 'I'l'l
3
— 10
-2
10
— 10
10
_5>
io'2£
o
o 10
Ü
10
■Z. 10
-
-J.-0
— 10
■o
E
o
_fi r10
— 10
10
— 10
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0438
0.0815
0.166
0.505
1.18
2.34
4.13
6.72
10.3
64.4
152.
755.
2534.
16606.
74461.
95591.
3.13 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
16.
20.
30.
40.
60.
80.
83.68 (max)
RMS %
Error
35.21
10
AK (KsiVin)
AK (KsiVin)
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.48 (Concluded)
7-259
—i
1
.5
.8
1—
1.25
R
2024 I
Condition/Ht: T351
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 — 6 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
1
4
10
i- I ' I Tl'l
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.26 in.
Specimen Width: 12.007 in.
Ref: DA001
AK (MPaVin)
1
40
100
n—i I i I MM—
I
4
10
= I ' I Tl'l
40
100
1 ' I Tl'l
10
Stress Ratio: 0.0
10
10
-3
10
10
0)
a
o
^E
6^10-'
\
c
_
10" v
io" £
O
10
\
■I
—'
z
Z 10
10
10
o
T3
_K —
10 \
u
-o
■D
. —
10
10
-5
10
10
-7
10
10
10
10
i I i I MM
4
|
10
i I i I ill
10
40
4
100
da/dN (I0"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
118.
149.
306.
548.
931.
2284.
2961.
23.72 (min)
25.
30.
35.
40.
50.
52.44 (max)
RMS %
Error
0.63
0)
2
10" Ü
o
2
10
10
10
10
■o
n
Life Prediction Ratio Summary
a
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
i
1
r
1
1
2.
0.
.5
.8
1.25
2.
Figure 7.5.3.1.49
7-260
2024
Condition/Ht: T351
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 10 — 20 Hz
Environment: LAB AIR; RT
1
4
10
40
—I
i- I ' I UTI
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.192 in.
Specimen Width: 4.003 in.
Ref: DA001
(1 Of 1)
AK (MPaVin)
AK (MPaVin)
1
100
1 I I Mill
1
4
10
b I ' I Tl'l
40
100
1 ' I 'I'l'l
10
Stress Ratio: 0.0
R
10
-2
10
10
— 10
— 10
-3
10
10
o
_
6^10-4
ü
Ü
\„-4
o 10
-5
"O
-o
10
—
z:
-J10 >
"a
T3
-o
_« —
10
10
-5
—
10
T7
_K —
10
10
10
-7
10
10
10
— 10
10
LLI
l
I
I I I I I I
4
10
10
I I I I ll
40
'
10
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
i I iI Mi
40
100
i i 11 ii
4
100
da/dN (I0"6in/cycle)
AK (KsiVin)
0.113
0.158
0.214
1.02
1.51
4.49 (min)
5.
6.
7.
7.41 (max)
RMS %
Error
Life Prediction Ratio Summary
a
12.07
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
r-
—1
1
1—
—i-
2.
0.
.5
.8
1.25
2.
Figure 7.5.3.1.50
7-261
\ 2024
F
Condition/Ht: T351
Form: 1 in. Plate
d)
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.05
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
10
- f ' I M'l'l
40
I
Yielci Strength: 57 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.494-0.496 in.
Specimen Width: 11.895--11. 937 in.
Ref: DA004
4
100
' I 'l'l'l
— Frequency: 5. Hz
—
~=
40
100
Frequency: 15. Hz
—
10
10
— 10
— 10
—
—
-3
10
/
jD
-^ 10" °
o
—
/
o^10-+
c
10
0)
2
Ü
-J
_
—
— 10
10
— 10
— 10"
—
—
V
^~
I—
o
_0J
2
u
6^10-4
E
x>
—
_K —
10
-a
"a
10
10
3
— 10" E
" 1
III I
—
10
40
10
" 1 , 1,1,1,
4
100
0.
1
.5
1
.8
100
1
1.25
da/dN (10-6in/cycle)
0.0825
0.168
0.407
0.941
1.97
3.65
6.04
15.2
24.7
45.4
111.
286.
498.
6.
7.
151.
327.
625.
1090.
2883.
7161.
15731.
8.
9.
10.
13.
16.
20.
25.
30.
33.13 (max)
Life Prediction Ratio Summary
i
40
4.09 (min)
5.
65.0
66.78 (max)
10
AK (KsiVin)
51.8
50.
60.
1 , 1,1,1,
AK (KsiVin)
da/dN (I0"6in/cycle)
18.57 (min)
20.
25.
30.
35.
40.
5.19
— 10
QGI
AK (KsiVin)
AK (KsiVin)
a
XJ
— 10
i , i,i,i,
4
RMS %
Error
— 10
_fi r-
— 10
10
°
o
10
— 10
10
10
a
-2
•a
(2 of 2)
AK (MPaVin)
1—
2.
RMS X
Error
12.77
Figure 7.5.3.1.51
7-262
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T351
Form: 1 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.05
Environment: LAB AIR; RT
1
4
- I
10
i I M'l'l
40
Yield Strength: 54.3-57.0 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.199-0.201 in.
Specimen Width: 11.895-12.014 in
Ref: DA004;DA005
(1 of 2)
AK (MPaVin)
1
' 1 M'l'l
— Frequency: 5. Hz
O
1
4
b I
-
(2 of 2)
AK (MPaVin)
1
100
F
10
' I M'l'l
40
1
100
' I M'l'l
~ 10
-2
10
— 10
:
10
—
I—
—
V
Ü
ü 10
—_
— 10
E
10
—
-=Jio
>
—
—
— 10
10
-5
10
— 10
10
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
4
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
910.
2079.
4902.
11048.
.8
0.0846
0.0836
0.101
0.144
0.349
0.834
1.77
3.25
5.19
7.28
13.0
20.5
42.3
82.4
176.
187.
9.
10.
13.
16.
20.
25.
30.
30.27 (max)
Life Prediction Ratio Summary
m
0.
100
da/dN (10"6in/cycle)
6.
7.
8.
30566.
78.46 (max)
40
2.80 (min)
3.
3.5
4.
5.
312.
556.
60.
70.
RMS %
Error
7.16
AK (KsiVin)
177.
25.33 (min)
30.
35.
40.
50.
10
AK (KsiVin)
1.25
RMS %
Error
11.27
Figure 7.5.3.1.52
7-263
Life Prediction Ratio Summary
0.
.5 .8
1.25
F
] 2024 I
Condition/Ht: T351
Form: 0.25 - 1 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.4
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
10
I I I Tl'l
—
40
Yield Strength: 56.9-57.0 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.197-0.261 in.
Specimen Width: 11.880-12.007 in
Ref: DA001;DA004
4
100
I ' I M'l'l
Frequency: 3. Hz
(2 of 2)
AK (MPaVin)
-1
- I
~ 10
10
i I M'l'l
40
I
100
-1
' I M'l'l
~ 10
— Frequency: 10. Hz
-2
10
10
—
—
-3
:
-3
10
—
10
~—
_Q>
Ü
— 10" £
I—
o
\
fri o-4
c
_
— 10
E
_S?
o
I—
o^10-4
\
c
_
■Z. 10
-o
— 10'\
o
—
-= 10"
:
—
-o
<o
v
-3 10"
o
\
2
™~"
_E —
10
■I
Z 10
"*"""
/
^-'
2:
— m" ^
u
■o
10
—
— 10
£
— 10
—
10
10
—
-= 10
— 10
10
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
~
I , I, I,I,
I , I,I,I,
4
40
100
da/dN (10"6in/cycle)
13.
16.
20.
22.69 (max)
RMS %
Error
2.49
0.
.8
0.0539
0.0938
2.57 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
16.
20.
30.
40.
53.56 (max)
Life Prediction Ratio Summary
a
.5
da/dN (10"6in/cycle)
AK (KsiVin)
16.9
28.6
67.9
242.
433.
10.67 (min)
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
1.25
RMS %
Error
9.92
Figure 7.5.3.1.53
7-264
0.161
0.255
0.546
1.02
1.72
2.74
4.13
6.00
34.4
83.9
475.
1746.
12144.
Life Prediction Ratio Summary
o
i
0.
1
1———i
.5 .8
1.25
1—
2.
2024
Condition/Ht: T351
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 5 - 10 Hz
Environment: LAB AIR; RT
4
1
- I
10
' I 'I'l'l
40
-I
1
1
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.188 - 0.19 in.
Specimen Width: 3.999 - 4.002 in
Ref: DA001
(1 of 2)
AK (MPaVin)
(2 of 2)
AK (MPaVin)
1
100
I I I III!
4
10
l=-T—i I i MM!—
— 10
— Stress Ratio: 0.4
40
100
i I i I m
w
Stress Ratio: 0.8
— 10
10
10
-i
— 10
—-j ia
10
10
10
o
\
Ü
6^10-4
c
E
-5
:z 10
■o
^10
10
_
- 10"J E
—
-1
-5
"O
.-6
. —
10
10
10
10
10
10
10
i
10
I i i i ii
4
10
40
'
100
9.76
100
1.05
1.42
3.12
5.36
7.24
4.71 (min)
5.
6.
7.
7.53 (max)
9.99
Life Prediction Ratio Summary
0.
i i 11 n
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.234
0.224
0.524
1.62
3.53
5.30
7.32
3.67 (min)
4.
5.
6.
7.
8.
9.
9.80 (max)
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
'
i i 11 II
4
AK (KsiVin)
RMS 55
Error
-4^
>
10
10
o
5-10-*
-3 I
10
T>
R
.5
.8
RMS %
Error
1.05
1.25
Figure 7.5.3.1.54
7-265
Life Prediction Ratio Summary
a
i
—r——i
0.
.5
.8
1
1
1.25
2.
R
] 2024 fCondition/Ht: T351
Form: 1 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 5 — 10 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
-■ I
10
40
i I 'n't
1
Yield Strength: 57 ksi
Ult. Strength: 70 ksi
Specimen Thk: 0.201 in.
Specimen Width: 11.897 in.
Ref: DA004
AK (MPaVin)
1
100
-1
' 1 M'l'l
4
10
-Ml 'I'l'l
40
100
1 ' I M'l'l
— Stress Ratio: 0.8
10
10
— 10
—
-3
—
10
—
_QJ
O
2
I—
o
+
frl 0"
~~
_
10
^
— io" £
"■—
c
n
— 10
a>
Ö
10"
u
\
2
o
frier4
■I
-3E
10" v
-3: 10
—'
•z.
■Z. 10
Z 10
m~ ^
u
—
-=ho
>
—
■o
■o
10
10
^~
-s
— 10
— 10
-7
10
10
— 10
— 10
10
1 , 1,1,1,
' 1 , 1,1,1,
4
10
40
10
4
100
da/dN (10_6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
5.50
7.26
11.9
18.4
27.7
107.
303.
742.
6.51 (min)
7.
8.
9.
10.
13.
16.
17.41 (max)
RMS %
Error
6.37
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
Life Prediction Ratio Summary
i
1
1
1
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.55
7-266
—i
1
1—
.5
.8
1.25
1 2024
Condition/Ht: T351
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 3 — 16 Hz
Environment: LAB AIR; RT
4
- I
10
10
o
o 10
10
' I 'I'l'l
10
10
' I 'I'l'l
_L
—
UP
—
Iff
W
—
—
—
—
—
4
10
40
—
— io" ^
2
_
—
—
— 10
ZIG"5
\
o
"°
o
-6
10
-5
—
10
-=
10
1 ,1,1,1,
- 1 ,1.1,1,
4
100
10
40
100
AK (KsiVin)
da/dN (10-6in/cycle)
AK (KsiVin)
2.56
4.19
8.87
17.8
32.6
56.8
263.
268.
Life Prediction Ratio Summary
RMS %
Error
r-
0.
^
— 10
da/dN (10"6in/cycle)
5.32 (min)
6.
7.
8.
9.
10.
13.
14.31 (max)
RMS %
Error
7.44
10
— 10
AK (KsiVin)
AK (KsiVin)
-1
—
"""*
c
I , I,I,I,
~ I , I,I,I,
100
' I 'I'l'l
o
u^lO"4
—
-= 10 E
—
—
o
—
— 10
— -6
"^
u
40
I
10
io" °
o
—
j
10
' I 'I'l'l
10
2
—
—
4
- I
— 10
—
—
— 10
-
=
—
10
I
AK (MPaVin)
1
100
— Stress Ratio: 0.8
~"
—
—
—
—
10
40
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.26 in.
Specimen Width: 12.007 in.
Ref: DA001
(1 of 1)
AK (MPaVin)
R
.5
.8
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.56
7-267
—i
,
.5
.8
1—
1.25
R
\ 2024 I
Condition/Ht: T351
Form: Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 1 — 10 Hz
Environment: LAB AIR; RT
(1 of 6)
AK (MPaVin)
4
- I
10
' I 'I'l'l
40
I
Yield Strength: 54.5 ksi
Ult. Strength:
Specimen Thk: 0.241 - 0.242 in.
Specimen Width: 8.995 - 9 in.
Ref: DA001
1
100
4
10
40
100
"1—I I I I MM—
= i ' i 'i'l'l—r
_L
' I 'I'l'l
(2 of 6)
AK (MPaVin)
— Stress Ratio: -0.5
— Stress Ratio: -1.0
— 10
10
10
10
— 10
-3
10
10
O
_J
- io
—
' j
: J
'I
E
/
1
10" v
-^
-z.
10
1"°
m '\
u
—
T3
10
10
— 10
-7
10
10
10
10
~
I , I, I,I,
1 , 1,1,1,
4
40
10
1
10
100
3.54
6.07
8.60
15.0
25.9
43.7
43.5
.5
.8
0.0851
0.0866
2.80 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
27.15 (max)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
0.201
0.163
0.149
0.272
0.691
1.70
3.28 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
20.76 (max)
I I I III
40
100
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
I
I I I I I II
4
10
AK (KsiVin)
RMS %
Error
11.80
2 -r:
\
6^10-4
Z10
10
10
— IO" "
—
o
frl 0"+
c
_
10
<a
2
1.25
RMS %
Error
18.86
Figure 7.5.3.1.57
7-268
0.104
0.141
0.295
0.625
1.25
2.31
3.94
6.24
16.7
28.6
45.7
111.
192.
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
II Z
° 02 A.
4
Condition/Ht: T351
Form: Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 1 — 10 Hz
Environment: LAB AIR; RT
•
(3
AK (MPaVin)
1
4
10
40
Yield Strength: 54.5 ksi
. Ult. Strength:
Specimen Thk: 0.241 - 0.242 in.
Specimen Width: 8.995 - 9 in.
Ref: DA001
°f 6)
1
ID"2
""""
—
.
4
10
- I ' I ' I'l'l
0
— 10
(4 of 6)
AK (MPaVin)
100
— Stress Ratio: 0.01
40
I
100
' I 'I'll
IQ"3
-= 10
io~2«
\
—
—
-3p
_ 10 E
—
^
Z10"5
—
10
O
"°
Z10"5
\
\
o
XI
-6
10 —
-
:
TB
7 ~
10"
1 \J
—
O
—
"°«,T«
10
—
_
/
r a
I
-6
— 10
4
m"8 -
I , I , hi,
, I . I,l,
1
10
40
1
100
1 , 1,1,1,
4
da/dN (10"6in/cycle)
AK (KsiVin)
4.49 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
39.11 (max)
□
r
0.
.5
.8
—
40
3.27 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
17.04 (max)
Life Prediction Ratio Summary
1
, I,I,I,
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.108
0.219
0.632
1.37
2.47
3.96
5.84
13.8
25.8
49.8
100.
193.
373.
648.
i
I
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
38.30
"O
10"7
-— 10
~
>
o
~"" 10
10
-6
in*
10
—5
-5
-^
•
c
^-'
-z.
<u
2
— io" £
__
Ü
~~
—
10
E
v
—
-'
_cu
u
^10"4
o
ü
_
IQ"3
cu
C
0
10~2
10
o10-4
-1
— 10
— Stress Ratio: 0.4
-1
0)
I
' P
!
i
1.25
2.
--
RMS %
Error
6.97
Life Prediction Ratio Summary
a
0.
•
Figure 7.5.3.1.E57 (Continued)
7-2 69
0.169
0.176
0.244
0.695
1.90
3.94
6.32
8.85
11.7
24.2
44.0
59.1
.5
.8
1.25
2.
R
\ 2024 h
Condition/Ht: T351
Form: Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 1 — 10 Hz
Environment: LAB AIR; RT
(5 of 6)
AK (MPaVin)
4
10
l l l I MM
Yield Strength: 54.5 ksi
Ult. Strength:
Specimen Thk: 0.241 - 0.242 in.
Specimen Width: 8.995 - 9 in.
Ref: DA001
(6 of 6)
AK (MPaVin)
4
40
100
1—I I I I MM
I
10
' I M'l'l
40
1
100
' I 'I'M
— Stress Ratio: 0.8
— 10
10
— 10
10
V
2
10~ o
o
\
o
6-10-4
10~
10
'I
"-^
z
in \
o
-o
xi
10
10
10
10
40
4
100
da/dN (10"6in/cycle)
0.811
2.14
4.32
6.76
9.38
12.7
35.4
76.1
164.
8.
9.
10.
13.
16.
18.46 (max)
RMS %
Error
8.95
.8
1.25
0.503
1.65
4.36
7.48
10.9
17.4
32.4
169.
313.
6.
7.
8.
9.
10.
13.
14.85 (max)
Life Prediction Ratio Summary
a
.5
100
0.314
0.332
3.34 (min)
3.5
4.
5.
0.171
0.270
6.
7.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.142
3.15 (min)
3.5
4.
5.
i . i,i Hi
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
a
'I'll
10
4
10
2.
RMS %
Error
4.31
Life Prediction Ratio Summary
□
0.
Figure 7.5.3.1.57 (Concluded)
7-270
.5
.8
1.25
2024
Condition/Ht: T351
Form: 0.25 in. Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 1 — 2 Hz
Environment: LAB AIR;-65°F
4
10
40
Yield Strength: 56.9 ksi
Ult. Strength:
Specimen Thk: 0.259 in.
Specimen Width: 12.002 in.
Ref: DA001
(1 of 1)
AK (MPaVin)
AK (MPaVin)
1
100
4
I- I
o
/
— 10
_
2
10~
—
Ü
10
0)
/
—
6^10~
x>
— 10
— 10
— 10
-3
10
100
FT
10
—
"o
40
I I I HU
-2
10
10
10
' I 'I'l'l
—
— 10
— Stress Ratio: 0.0
R
o
b^io-4
10"
E
/
■1
-5
z
10
—
"^
a
— 10
m^
u
o
,-B
«
o
o
\
T3
10
10
10
— 10
—
10
II I I
10
-6
10
— 10
I , I,I,I,
10
4
10
40
10
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
18.6
103.
280.
529.
856.
1982.
4878.
5031.
20.19 (min)
25.
30.
35.
40.
50.
60.
60.32 (max)
RMS %
Error
23.36
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i i i nil
40
100
I I I I III
4
100
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.58
7-271
T
1
r
.5
.8
1.25
2.
R
I 2024 I
Condition/Ht: T351
Form: 0.25 in. Plate
Specimen Type: CCP (max stress specified)
Orientation: L—T
Frequency: 3 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
- I
10
40
' I M'l'l
I
Yield Strength:
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 5 in.
Ref: FR001
AK (MPaVin)
1
100
' I 'l'l'l
— Stress Ratio: 0.1
1
4
- I
-
10
' I 'I'l'l
40
1
100
' I 'l'l'l
3
10
—
10
10
-1
-1
10
— 10
—
10
10
—
jo
o
o
\
—
4
^10~
\
c
_
:
Z 10
/
o
o 10
-3 |
— 10
10
E
/
10
-
-
-Ä.-0
— 10
-o
jiT
—
_K\—
10
_A"0
— 10
o
•D
10
— 10
— 10
10
10
— 10
— 10
10
E
- i , i,i,i,
4
! , I .I.I.
10
40
10
4
100
da/dN (I0"6in/cycle)
AK (KsiVin)
24.93 (max)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
14.6
17.5
29.5
55.0
209.
12.37 (min)
13.
16.
20.
RMS %
Error
9.42
10
AK (KsiVin)
AK (KsiVin)
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.59
7-272
—i
1
1
.5
.8
1.25
2024
Condition/Ht: T351
Form: 0.75 - 1.25 in. Plate
Specimen Type: WOL
Orientation: L—T
Frequency: 25 Hz
Environment: H.H.A.; RT
Yield Strength:
Ult. Strength:
Specimen Thk: 0.248 - 0.249 in.
Specimen Width: 2.545 - 2.546 in
Ref: AL010
(1 Of 1)
ÄK (MPaVin)
4
10
40
I | l | l|i|
R
AK (MPaVin)
4
100
10
40
P=—l—i I Mi
1—I I i I MM
i
100
i 1111
10
10
— 10
10
.22
_aj
—
a
o 10
_
io"2£
ü
\
_c
_
10
TJ
10
E
-5
10
"O
o
XI
_„ —
10
10
10
10
10
4
10
40
'
LU
da/dN (I0"6in/cycle)
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.140
0.243
0.702
1.72
3.50
5.99
8.79
11.6
22.1
43.3
94.9
151.
Life Prediction Ratio Summary
i
40
0.0934
3.11 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.63 (max)
RMS %
Error
32.42
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , Mil,
1111 n
4
100
1
.5
1
.8
n
1.25
RMS %
Error
Life Prediction Ratio Summary
1
r-
—I
1
1—
2.
0.
.5
.8
1.25
Figure 7.5.3.1.60
7-273
2.
1 2024 I
Condition/Ht: T3511
Form: Extrusion
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.05
Frequency: 9 Hz
Yield Strength: 58.7 ksi
Ult. Strength: 79.3 ksi
Specimen Thk: 0.37 in.
Specimen Width: 4 in.
Ref: BW001
(1 of 2)
AK (MPaVin)
_
—
I
4
I I
10
lTl
40
100
1 1 >l<l>l
I
4
1
i
_L
10
' I 'I'l'l
40
I
100
' I M'l'l
— 10
— Environment: H.H.A.; R.T.
Environment: Lab Air; R.T.
-2
-2
10
10
— 10
— 10
—
10
(2 of 2)
AK (MPaVin)
_Q3
_
10
io"2£
2 U
— io"
o
4
O-10\
c
l_
— 10
o
o
6^10-'
10
E
E
-5
10
10
10
_
10
—
-
10
ÜJ
10
— 10
10
10
10
— 10
10
o
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
da/dN (10"6in/cycle)
RMS %
Error
30.30
.8
0.0569
0.0677
0.130
0.489
2.02
3.98
5.99
11.4
4.51 (min)
5.
6.
7.
8.
9.
10.
10.62 (max)
Life Prediction Ratio Summary
.5
da/dN (10-6in/cycle)
AK (KsiVin)
0.0751
0.133
0.171
0.242
0.417
4.39 (min)
5.
6.
7.
7.98 (max)
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
40
10
100
1.25
RMS %
Error
33.53
Figure 7.5.3.1.61
7-274
Life Prediction Ratio Summary
—,
,
1—
.5
.8
1.25
This page intentionally left blank
7-275
R
1 2024 I
Condition/Ht: T3511
Form: 1 in. Extrusion
Specimen Type: CT
Orientation: L-T
Frequency: 20 Hz
Environment: LAB AIR; RT
Yield Strength: 54.7 ksi
Ult. Strength:
Specimen Thk: 0.244 - 0.246 in.
Specimen Width: 2 in.
Ref: SW001
(1 of 3)
AK (MPaVin)
4
10
40
(2 of 3)
AK (MPaVin)
1
100
4
- I
10
40
I I ll>l'l
I
100
A
' I 'I'l'l
— Stress Ratio: 0.5
—
10
— 10
-3
:
10
-S2
o
*—
-
— io" ^
—_
-3|
— 10 E
2
o
10
*"■"
MS
—
-=Jio
>
10
~~
iiK
— 10
10
-6
— 10
10
4
10
- r, i.i,i,
□
40
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
23.90
2.22 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
17.34 (max)
Life Prediction Ratio Summary
o a
i
1
1
—i
0.
.5
.8
1.25
10
1—
2.
RMS %
Error
26.42
Figure 7.5.3.1.62
7-276
40
100
AK (KsiVin)
AK (KsiVin)
0.0378
0.0531
0.137
0.351
0.819
1.71
3.17
5.32
15.4
31.4
73.0
260.
263.
3.59 (min)
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
25.05 (max)
4
I , LI,I,
da/dN (10_6in/cycle)
0.0159
0.0388
0.102
0.174
0.250
0.458
0.939
2.22
4.91
8.97
13.0
23.9
96.1
158.
Life Prediction Ratio Summary
o. !
,
-r- _[
2.
.5 .8 1.25
0.
2024
Condition/Ht: T3511
Form: 1 in. Extrusion
Specimen Type: CT
Orientation: L—T
Frequency: 20 Hz
Environment: LAB AIR; RT
Yield Strength: 54.7 ksi
Ult. Strength:
Specimen Thk: 0.244 - 0.246 in.
Specimen Width: 2 in.
Ref: SW001
(3 of 3)
AK (MPaVin)
4
10
40
- I ' I Tl'l
100
I ' I 'I'll
— Stress Ratio: 0.8
AK (MPaVin)
4
a
= I
10
' I MM'I
40
I
100
' I 'T'l'I
J
10
— 10
—
10
10
—
— 10
—
-3 10
ID"3
10
—
o
—
^io"4
c
|_
—
o
io"2^
—
.22
o
O
o 10
—
,0*1
— 10
E
-z. 10
-Z. 10
- :
—
"o
R
.
Jio
>
—
/
■D
10
10
— 10
10
-
— 10
/
10
10
— 10
10
- i , M.i,
4
i , i.i.i,
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.132
0.158
0.206
0.340
1.30
2.53
7.52
9.39
2.72 (min)
3.
3.5
A.
5.
6.
7.
7.47 (max)
RMS %
Error
Life Prediction Ratio Summary
□o
15.75
0.
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.62 (Concluded)
7-277
—i
1
1—
.5
.8
1.25
i 2024 I
Condition/Ht: T3511
Form: Extrusion
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.5
Frequency: 9 Hz
Yield Strength: 58.7 ksi
Ult. Strength: 79.3 ksi
Specimen Thk: 0.37 in.
Specimen Width: 4 in.
Ref: BW001
(1 of 2)
AK (MPaVin)
4
10
-IM U'l'l
40
4
100
I ' I 'l'l'l
— Environment: Lab Air; R.T.
10
40
100
1
-
-= 10
-2
- Environment: H.H.A.; R.T.
— 10
—
— 10
——
— 10 ' o
10
10
— 10
—
io"3
-3
10
—
-2 u
— io
—
o
o 10
_CD
o
ID
—
o
\
u
O-10-4
-3 |
— 10
—
E
— 10~
—
=1
"»—'
z
Z 10
Z 10
— 10 \
D
—
■o
(2 of 2)
AK (MPaVin)
_. -
— 10 \
u
x>
—
10
10
I
—
-= 10
— 10
i
10
10
"
/
— 10
— 10
10
1
i 1 i 1 ih
4
1 , 1,1,1,
10
40
10
4
100
da/dN (10"6in/cycle)
RMS %
Error
21.49
100
—i
1
1—
.5
.8
1.25
0.0233
0.0632
2.35 (min)
2.5
3.
0.106
0.152
3.5
4.
0.339
0.238
4.18 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.0638
0.0835
0.112
0.139
0.188
0.192
2.35 (min)
2.5
3.
3.5
4.
4.38 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,I,I,
- I , I,I,I,
RMS %
Error •
22.65
Figure 7.5.3.1.63
7-278
Life Prediction Ratio Summary
i
1
1
-i
0.
.5
.8
1.25
1—
2.
2024
Condition/Ht: T3511
Form: 1 in. Extrusion
Specimen Type: CT
Orientation: L-T
Frequency: 25 Hz
Environment: LAB AIR; RT
Yield Strength: 54.7 ksi
Ult. Strength:
Specimen Thk: 0.246 in.
Specimen Width: 2 in.
Ref: SW001
(1 of 1)
AK (MPaVin)
4
10
40
_ I 1 I ll.lll
1
— Stress Ratio: 0.8
R
AK (MPaVin)
4
100
1 1 llllll
-1
—
= I
-2
10
' I 'I'l'l
40
I
100
' I 'I'l'l
-1
10
10
10
10
— 10
—
10
2
-2
o
:
o 10
zio
— ,o-|
—
-
10
31
— io~ y
—
_aj
— 10
D
T3
o
,o-l
-J10 >
T>
10
— 10
— 10
10
10
"JT
-i
10
— 10
I,I,L
4
□
10
i ,I,I,I,
10
40
10
4
100
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.00995
0.0485
0.131
0.175
1.87 (min)
2.
2.5
3.
3.15 (max)
RMS %
Error
30.41
u
10
_^-o
—
■o
-6. 10
10~2
_
o
6-10-4
c
_
0.167
Life Prediction Ratio Summary
RMS x
Error
Life Prediction Ratio Summary
i
1
1
r
1
i
1
1
1
0.
.5
.8
1.25
2.
0.
.5
.8
1.25
Figure 7.5.3.1.64
7-279
1—
2.
R
2024 I
Condition/Ht: T3511
Form: 0.2 in. Extrusion
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 6 Hz
Environment: H.H.A.; RT
(1 of 4)
AK (MPaVin)
4
10
40
- I ' I 'I'l'l
Yield Strength: 61.2 ksi
Ult. Strength: 80.4 ksi
Specimen Thk:
Specimen Width: 4 in.
Ref: BW005
4
10
40
100
- I I I 'I'l'l
I ■ I 'I'l'l
—
— Stress Ratio: -0.2
— 10
100
I ' I 'l'l'l
— Stress Ratio: -1.0
(2 of 4)
AK (MPaVin)
1
-
— 10
-2
10
10
— 10
— 10
—
:
10
2
■"■"
—
— io" £
Ü
ü 10
10
QJ
—
_
o
—
\
□
—
6^10-
□
a
_J
— 10
-
i]
_x"0
— 10
a
E
o
, -
"I
—
_
c
— 10" N
-'
-z.
z: 10
=
[]
□
—
■o
— m~ ^
u
■o
10
10
— 10
—
— 10
10
10
— 10
— 10
10
2 Tl
O
— 10
4
—
■o
10
w
o
" I , I.I.I.
4
I , I.!,!,
10
40
10
4
100
RMS %
Error
da/dN (I0"6in/cycie)
Life Prediction Ratio Summary
0.
.5
.8
10
40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , l.l.l,
" I , I,I,I,
RMS %
Error
Life Prediction Ratio Summary
i
0.
1.25
Figure 7.5.3.1.65
7-280
da/dN (10"6in/cycle)
AK (KsiVin)
r——i
.5
.8
1
1
1.25
2.
2024
Condition/Ht: T3511
Form: 0.2 in. Extrusion
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 6 Hz
Environment: H.H.A.; RT
1
4
10
40
Yield Strength: 61.2 ksi
Ult. Strength: 80.4 ksi
Specimen Thk:
Specimen Width: 4 in.
Ref: BW005
(3 of 4)
AK (MPaVin)
4
100
10
40
100
i—i
i i HIM—
1
I ' I Tl'l
r
10
- Stress Ratio: 0.04
(4 of 4)
AK (MPaVin)
1—i I i I Mil—
- i ' i M'l'i
Stress Ratio: 0.4
-2
10
10
10
10
—
o
o 10
T
□
-5
□
o
10
a
a—
10
10
□
o
XI
-3 |
10
I?
-a
Dl
o
o
_
O-10-4
E
10
E
a
-Eh
—
10
□
o
o
XI
10
10
10
10
10
10
10
10
I
i
I I I III
4
10
10
i 11 in
40
i
Life Prediction Ratio Summary
0.
.5
.8
10
i 111ii
40
100
AK (KsiVin)
da/dN (10~6 in/cycle)
AK (KsiVin)
■
l i l i 11
4
100
AK (KsiVin)
RMS %
Error
— 10
10
10
10
R
RMS Sß
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.65 (Concluded)
7-281
da/dN (10'6in/cycle)
AK (KsiVin)
—i
1
.5
.8
1—
1.25
—i-'
2.
R
\ 2024 I
Condition/Ht: T3511
Form: Extrusion
Specimen Type: CCP (max stress specified)
Orientation: L-T
Frequency: 9 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
1
= I
10
Yield Strength: 58.7 ksi
Ult. Strength: 79.3 ksi
Specimen Thk: 0.37 in.
Specimen Width: 5 in.
Ref: BW001
AK (MPaVin)
4
40
100
i l i l 'III
' I 'I'l'l
I-I
10
40
'I 'I'l'l—I
100
' I 'I'l'l
— Stress Ratio: 0.5
— 10
10
10
— 10
-3
10
10
2 -r;
^J10" u
-S2
u
ü
6-10-4
Ü
6-10-4
10
10
10
10
o
~°
E
-8
10
o
10
10
10
10
10
10
10
4
10
40
I
u
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
-1-
0.
da/dN (10"6in/cycle)
AK (KsiVin)
0.121
0.175
0.474
1.22
2.71
5.04
7.92
10.7
16.1
25.0
65.8
170.
252.
3.57 (min)
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.79 (max)
RMS %
Error
30.82
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i i i mi
40
100
I I I III
4
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—I-'
—i
1
2.
.5
.8
0.
Figure 7.5.3.1.66
7-282
1—
1.25
This page intentionally left blank
7-283
R
\ 2024 I
Condition/Ht: T42
Form: 0.75 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 10 Hz
Environment: LAB AIR; RT
(1 of 3)
AK (MPaVin)
4
- I
10
i I M'l'l
40
I
Yield Strength: 45.4 ksi
Ult. Strength: 68.5 ksi
Specimen Thk: 0.25 in.
Specimen Width: 4 in.
Ref: MA006
4
10
i I i I'l'l
100
1
' I 'I'l'l
-
— Stress Ratio: -1.0
—
—
— 10
(2 of 3)
AK (MPaVin)
40
100
1—i I i |i|i|
10
10
__
— 1(T&
o
\
O
ü 10
-3 |
— 10
—
£
-Z. 10
—
-o
^10>
—
-o
X
_« r10
—
— 10
m
10
—
— 10
10
~ I , I,I,I,
4
I , I,I,I,
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
40.
50.
55.92 (max)
RMS %
Error
28.82
—i
1
.5
.8
100
0.103
0.296
0.875
1.82
3.04
4.41
8.67
13.0
20.7
38.9
80.9
170.
335.
999.
2462.
5220.
5.32 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
40.
50.
60.
67.71 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.680
1.05
1.99
3.22
4.70
6.41
13.0
22.7
43.8
97.2
220.
497.
1006.
2563.
4494.
5.48 (min)
10
AK (KsiVin)
AK (KsiVin)
1—
1.25
RMS %
Error
44.77
Figure 7.5.3.1.67
7-284
Life Prediction Ratio Summary
0.
.5
.8
1.25
2024
Condition/Ht: T42
Form: 0.75 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 10 Hz
Environment: LAB AIR; RT
1
4
10
b I ' I Tl'l
40
Yield Strength: 45.4 ksi
Ult. Strength: 68.5 ksi
Specimen Thk: 0.25 in.
Specimen Width: 4 in.
Ref: MA006
(3 of 3)
AK (MPaVin)
AK (MPaVin)
1
100
1 ' I Tl"
R
4
10
- I 'I Tl'l
="
40
100
I ' I U'l'l
=
10
10
10
io"2^
u
fricf4
c
o
\
-3 |
_
10
E
— 10
o
-5
TJ
10
10
— 10
10
— 10
10
4
10
40
100
4
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.120
0.434
1.22
2.44
4.00
5.80
7.79
14.8
24.4
43.9
78.3
118.
175.
260.
4.18 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
39.01 (max)
RMS S
Error
16.04
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.67 (Concluded)
7-285
—i
1
1—
.5
.8
1.25
R
\ 2024 h—
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
10
Yield Strength: 60.3 ksi
Ult. Strength: 74.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(2 of 2)
AK (MPaVin)
4
40
100
i I i Mill
10
40
- I ' I 'I'l'l
100
I ' I Tl'l
_L
—
— Stress Ratio: 0.3
—
10
—
— 10
—
—
—
—
10
—
jD
—
—
Ü
—
6-10-4 ___
c
_
—
—
10
—
nj£
—
&F
"o
-3
\
—
— 10"
i
□x
_K —
—
10
-z.
—
i4 "n
— 10 \
V
—
— 10
GJ
—
i
—
Q
rm
.-8
4
10
40
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
8.
9.
10.
13.
16.
19.00 (max)
100
0.0822
0.0913
0.465
1.32
2.74
4.68
7.13
10.1
22.4
42.9
96.4
97.2
9.
10.
13.
16.
20.
20.04 (max)
12.2
22.6
38.9
Life Prediction Ratio Summary
.5 .8
-
da/dN (10"6in/cycle)
6.
7.
8.
0.942
1.69
2.89
4.60
1
40
3.95 (min)
4.
5.
0.516
6.
7.
—i
10
AK (KsiVin)
0.249
0.307
4.12 (min)
5.
RMS %
Error
14.52
1 ,1,1,1,
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
■D
—
— 10
—
10
Q)
Ü
2
Ü
10
——
10"
1
1.25
RMS %
Error
36.44
Figure 7.5.3.1.68
7-286
Life Prediction Ratio Summary
—i-'
—r-
.5
.8
1.25
2.
This page intentionally left blank
7-287
R
\ 2024 I
;
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
(1 of 3)
AK (MPaVin)
4
- I
10
40
i I i|i|>|
|
Yield Strength: 60.3 ksi
Ult. Strength: 74.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
4
100
' | Tl'l
- Stress Ratio: 0.1
(2 of 3)
AK (MPaVin)
10
40
-1
- I
I I 'I'll!
I
—
~= 10
— Stress Ratio: 0.5
100
' I 'I'l'l
-I
—
10
10
~~"
— 10
—
— 10
10
10
2
— io" £
ü
E
c
ZIG"5
10
- f
■"""
_
f
-z.
— m" ^
u
~o
_. —
10
I , I . I,l,
I , I,I,I,
4
40
10
-
/
II I I
— 10
-= 10
I , i.l.l,
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.
.5
.8
7.62
9.38
8.
8.83 (max)
48.1
66.0
1
0.241
0.379
0.610
1.48
3.03
5.21
6.
7.
21.5
1
100
0.172
2.50 (min)
3.
3.5
4.
5.
Life Prediction Ratio Summary
i
40
da/dN (I0"6in/cycle)
AK (KsiVin)
0.303
0.739
1.93
3.22
4.51
6.03
8.18
4.46 (min)
5.
6.
7.
8.
9.
10.
13.
16.
19.67 (max)
17.88
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
TJ
/
— 10
10
~
■I
^-s
— 10
-7
.-8
-n 10"
-J10>
—
10
10
o
\
Z 10
XI
QJ
— 10" ü
—
o
o 10
3M O"
— 10
_qj
Ü
+
2
1
1.25
RMS %
Error
33.44
Figure 7.5.3.1.69
7-288
Life Prediction Ratio Summary
0.
—i
1
\—
.5
.8
1.25
2024
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
4
_ I
10
. I llllll
40
I
10
o
5*10*
10
I I 'Jin
10
Jf1
j™
~~
dF
—
-7
10
-
—
—
— 10
—
— 10
—
'tf
J]
—
_L
— 10
—
— 10
—
—
—
o
-
—
—
—
—
—
—
—
—
AK (MPaVin)
4
100
— Stress Ratio: 0.7
10
Yield Strength: 60.3 ksi
Ult. Strength: 74.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(3 of 3)
AK (MPaVin)
w
Ö
- I
10
' I M'l'l
40
I
100
' I M'l'l3
10
10
10
io"2 u
o
o
^10"4
\
c
_
— 10
- 1 ,1,1,1,
4
1 , M,l,
10
40
-Jio \
o
XI
T3
10
— 10
10
10
—
10
4
100
da/dN (I0"6in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.165
0.247
0.441
0.744
2.69 (min)
3.
3.5
4.
5.
6.
7.
8.
8.21 (max)
RMS %
Error
13.47
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1.92
3.89
5.74
10.6
13.1
Life Prediction Ratio Summary
RMS %
Error
Life Prediction Ratio Summary
i—
0.
E
10
10
10
R
.5
.8
1.25
0.
Figure 7.5.3.1.69 (Concluded)
7-289
.5
.8
1.25
R
I 2024 I
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
(1 of 4)
AK (MPaVin)
4
10
- I I I Tl'l
40
Yield Strength: 58.2 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
100
I ' I 'l'l'l
— Stress Ratio: -0.25
(2 of 4)
AK (MPaVin)
4
-1
- I
— 10
10
40
I I llllll
I
100
-1
' I 'l'l'l
— Stress Ratio: 0.1
10
10
—
—
—
-r: 10
—
—
10
10
2 T;
_Q>
—
O
—
£i o-+
\
c
— 10" °
o
_QJ
O
—
I—
-n 10"
_
— 10"
6^10-4
-3 |
~~—
_
— 10
E
c
2 10
2 10
~~
mi
— 10 \
o
2
<D
o
o
\
■I
'—'
-z.
T3
p
-o
—
— m" ^
o
u
■a
10
10
■"~~
— 10
L2
— 10
—
10
10
— 10
— 10
10
~ 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
" I , I,I,I,
4
100
da/dN (1 0~6in/cycle)
4.80 (min)
5.
6.
7.
8.
9.
10.
13.
15.39 (max)
RMS %
Error
14.63
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.803
0.970
1.91
2.83
3.62
4.32 (min)
4.31
5.33
22.9
43.0
9.
10.
13.
15.29 (max)
0.518
0.822
1.88
3.63
5.
6.
7.
8.
Life Prediction Ratio Summary
0.
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , l,l,l,
10
—i
1
1—
—I-1
.5
.8
1.25
2.
RMS %
Error
14.17
Figure 7.5.3.1.70
7-290
5.16
5.58
5.86
17.3
21.5
Life Prediction Ratio Summary
—i
1
1—
—i-'
.5
.8
1.25
2.
2024
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
4
10
40
- I ' I M'l'l
Yield Strength: 58.2 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(3 of 4)
AK (MPaVin)
- Stress Ratio: 0.3
4
-1
- I
—
— 10
100
— 10
—
—
10
10
—
—
—
—
Ü
:
ü
—
3
-r: 10" E
o 10
"
_
—
-3 |
— 10
Z 10
E
10
-
_x"U
— 10
—
tJ|
D
XI
— 10
—
_, —
"O
D
r
10
10
:
— 10
— 10
^
10
10
—
m/~
—
a
— 10
— 10
10
-1
' I M'l'l
— 10
— 10
o 10
c
40
I
10
—
Ü
10
i I M'l'l
— Stress Ratio: 0.5
10
-2
(4 of 4)
AK (MPaVin)
100
I ' I Tl'l
R
- i , i.i.i,
4
i , MI
10
40
10
4
da/dN (10'6in/cycle)
RMS %
Error
24.58
100
—i
1
1—
.5
.8
1.25
0.123
0.112
2.24 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
0.173
0.361
0.770
2.50
4.52
6.37
9.28
15.3
25.4
40.3
9.
10.
11.22 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.424
0.463
0.617
1.30
2.70
5.04
8.24
12.0
16.2
30.7
89.9
112.
3.26 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
16.37 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 ,1,1.1,
~ 1 ,1,1,1,
100
RMS %
Error
24.08
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
Figure 7.5.3.1.70 (Concluded)
7-291
1—
2.
-H 2024 1
R
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 6 Hz
Environment: DRY AIR; RT
(1
AK (MPaVin)
4
1
- I
10
40
' I M'l'l
I
Yield Strength: 58.2 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
°f 3)
' I 'I'l'l
— Stress Ratio: 0.1
_
-
— 10
io"2
-1
10
—
_
io" £
n/cycl
o
\
10
5
Z10"
\
O
~0
|
10
40
1 |l|l|
■
|
|
E
100
. |>|l|
-i
10
Q>
— io £
<U
o
\
o
o^10-4
\
—
c
2
Z10"5
-a
\
—
-'
10
■O
—
Jp
-o
-6
10
-5
-5
— 10
—
10
-
10'7
io"7
-6
-6
" I ,l ,l,l,
H^-8
1
4
I , I , I.I,
10
40
—- 10
-
in"8 1
100
i , i.i.i,
I , I,I,I,
4
40
da/dN (10~6in/cycle)
4.17 (min)
5
6.
7.
8
9.
10.
13.
16.
16.21 (max)
RMS %
Error
8.39
.5
.8
100
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
3.56 (min)
4
5.
6.
7
8.
9.
10.
13.
16.
19.40 (max)
0.311
0.800
1.84
3.44
5.66
8.50
11.8
22.7
55.3
61.5
Life Prediction Ratio Summary
0.
10
— 10
—
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
E
'
__
D
R
0
— 10
2
N
106
-L
—
"—'
—
°f 3)
io-3
<D
2
^-^
1
— Stress Ratio: 0.3
™~
'oT
|
0
IQ"2 __
ID"3
4
1
100
J
(2
AK (MPaVin)
2.
RMS %
Error
10.98
Figure 7.5.3.1.71
7-292
0.115
0.207
0.684
1-76
3.57
5.90
8.48
11-425.4
59.3
125.
Life Prediction Ratio Summary
0.
.5
.8
1.25
2.
I
I
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specific d)
Orientation: T-L
Frequency: 6 Hz
Environment: DRY AIR; RT
4
1
10
40
-|'| 'I'l'l
I
— Stress Ratio: 0.5
2
10"
AK (MPaVin)
-1
- I
-
JL
10°
—
-1
-1
10
_
—
-3
10
QJ
—
—
—
o
—
210
io'2«
o
-3P
t
—
z
— -*"°
— 10 \
o
XI
-6
10
o
o
6Mo-4 —
10 ^E
-5
~z.
2 10
— -4J3
—
— 10 >
o
"O
—
TJ
\
O
■O
-6
10
-5
-5
— 10
-
10
-
10"7
10"7
-6
-6
—
m"8
a
1 , 1,1,1,
I , I, I.!,
4
40
1
10
— 10
—
m1
100
I , I, I,!,
I , I . I.I.
4
,40
10
— 10
—
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
<D
io"2£
—
0)
10 ^E
T>
\
o
"°
100
' I 'I'l'l
10
—
ü 10
40
I
10"2
10
_c
10
' I 'I'l'l
— 10
—
<L>
4
1
100
' I 'I'l'l
02 ±4 I' P
Yield Strength: 58.2 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.125 in
Specimen Width: 6 in.
Ref: GD004
(3 of 3)
AK (MPaVin)
o
Z.
2.36 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
12.69 (max)
6
da/dN (10 " in/cycle)
AK (KsiVin)
0.0342
0.0454
0.106
0.208
0.367
0.941
2.07
4.07
7.07
10.8
14.9
34.8
RMS %
Error
Life Prediction Ratio Summary
21.36
i
1
r-
0.
.5
.8
i
i
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.71 (Concluded)
7-293
.5
.8
1.25
2.
I 2024 I
R Condition/Ht: T62
Yield Strength: 58.2 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: H.H.A.; RT
(1 of 3)
AK (MPaVin)
4
1
10
4
40
100
1—i I i I il'l—
-IM M'l'l
(2 of 3)
AK (MPaVin)
1
10
i 'ii|i|
40
1
100
' | M'l'l
— 10
— Stress Ratio: 0.1
10
— 10
10
—
-=J io~2 °
o
.2
ü
fri o"+
10"3E
10
-or
10
no
"a
_fi -
o
-O-
10
10
□
10
□
10
'
10
i
i 111 ii
4
10
u
i 111 n
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.573
0.787
2.12
4.77 (min)
5.
6.
7.
8.
9.
10.
13.
13.80 (max)
RMS %
Error
100
AK (KsiVin)
Life Prediction Ratio Summary
—i
1
r—
—i-
.5
.8
1.25
2.
RMS %
Error
28.43
Figure 7.5.3.1.72
7-294
3.94
6.07
8.59
11.7
29.9
39.3
Life Prediction Ratio Summary
r-
—i
1
1—
0.
.5
.8
1.25
2024
Condition/Ht: T62
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: H.H.A.; RT
4
I
(
10
40
Yield Strength: 58.2 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(3 of 3)
AK (MPaVin)
R
AK (MPaVin)
4
100
- I
111 j 11
10
' I M'l'l
40
1
100
' I Tl'l=
10
10
— 10
-3
10
_a>
o
10'2£
—
Ü
o 10
c
_
10
E
-5
■Z- 10
-*~o
— 10
T3
■a
o
_fi I—
10
— 10
10
— 10
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.489
1.28
2.69
4.50
6.75
9.93
14.9
47.8
58.4
Life Prediction Ratio Summary
0.
40
0.121
0.125
0.176
0.288
2.25 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
14.13 (max)
RMS %
Error
19.13
10
AK (KsiVin)
AK (KsiVin)
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.72 (Concluded)
7-295
.5
.8
1.25
R
I 2024 F
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
(1 of 4)
AK (MPaVin)
4
10
- I ' I 'I'l'l
40
Yield Strength: 65.3 ksi
Ult. Strength: 70.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
4
100
I ' I Tl'l
— Stress Ratio: -0.25
(2 of 4)
AK (MPaVin)
10
40
100
a
— 10
— 10
— Stress Ratio: 0.1
-2
10
10
— 10
— 10
—
-3
—
10
10
2
— 10" ^
o
o
—
o^10-+
\
c
_
—
™■—
_aj
—
u
— 10
E
o^10-4
—
-a
—
"o _R r10
— 10 \
o
rf
X3
■***
~~
,o-=I
-Z. 10
-Z. 10
—
"o
— 10 \
o
jj?
_c —
10
—
m
-5
— 10
— 10
10
10
— 10
— 10
10
— 10
o
-
i . i,i,i,
i , i,i,i,
4
40
10
10
4
100
da/dN (10"6in/cycle)
RMS %
Error
7.66
0.
r-
.5 .8
100
1.60
1.59
1.97
2.79
4.07
5.81
12.9
24.2
55.0
129.
215.
5.48 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
26.90 (max)
Life Prediction Ratio Summary
—i
40
da/dN (I0"6in/cycle)
AK (KsiVin)
0.517
0.906
1.49
2.17
3.00
4.01
9.31
19.9
43.6
168.
5.19 (min)
6.
7.
8.
9.
10.
13.
16.
20.
24.54 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , LI,I,
" I , l,l,li
1.25
RMS %
Error
20.55
Figure 7.5.3.1.73
7-296
Life Prediction Ratio Summary
i
1
r-
0.
.5
.8
1
1-'
1.25
2.
2024
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
4
- I
10
' I M'l'l
40
I
Yield Strength: 65.3 ksi
Ult. Strength: 70.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(3 of 4)
AK (MPaVin)
4
_L
= I
—
— Stress Ratio: 0.3
10
— 10
—
10
—
—
zz
JD
_
U
o 10
—
-
—
~~
10
—
—
10
10
io" £
o
—
rtj
."a
10
7~
—
o
■z. 10
T3
"
—
Stress Ratio: 0.5
-
—
—
-= 10
—
io- £
Ü
—
— 10
—
.
-
t
~~
jt"
—
I , l,l,l,
I , I,I,I,
4
40
10
~
x>
Iff
—10
10
□
10
~ i ,
—
—
—
— 10
4
RMS %
Error
23.71
2.94 (min)
3.
.8
100
1.25
0.198
0.218
0.424
0.697
1.43
2.45
3.90
5.99
9.10
13.8
41.3
87.6
259.
696.
3.5
4.
5.
6.
7.
8.
6.97
9.26
22.3
39.5
59.6
94.6
.5
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.911
2.01
3.52
5.14
9.
10.
13.
16.
20.
21.91 (max)
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
da/dN (10"6in/cycle)
5.14 (min)
S.
7.
8.
9.
10.
13.
16.
20.
21.75 (max)
I , l,l,l,
M '
100
AK (KsiVin)
AK (KsiVin)
E
=
-J1°
>
X)
10
10
_L
—
10
=
—
100
' I M'l'l
.22
l~
o
—
6-10-4
—
\
c
_
10
—
—
—
40
I
10
2
=
—
10
' I ' I'l'l
10
~~
—
(4 of 4)
AK (MPaVin)
100
' I M'l'l
R
2.
RMS %
Error
27.11
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.73 (Concluded)
7-297
.5
.8
1.25
R
2024 I
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 1 Hz
Environment: H.H.A.; RT
(1 of 3)
AK (MPaVin)
4
1
- I
10
' I M'l'l
40
I
Yield Strength: 65.3 ksi
Ult. Strength: 70.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
4
1
100
- I
' I M'l'l
— 10
— Stress Ratio: -0.25
(2 of 3)
AK (MPaVin)
10
' I M'l'l
40
100
-i—l I l I mi—
1
10
— Stress Ratio: 0.3
10
— 10
_0)
<D
2
10~ ö
o
\
Ü
■I
10~ N
10
-^
z
10
4
10
40
m~ ^
u
o
•o
T)
10
10
10
10
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
13.29
0.
.5
1
.8
1—
1.25
100
0.254
0.407
3.52 (min)
4.
5.
1.04
2.30
4.39
7.32
10.8
14.5
6.
7.
8.
9.
10.
13.
14.10 (max)
Life Prediction Ratio Summary
—1
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.214
0.297
0.650
1.36
2.61
4.50
7.00
15.6
24.4
49.2
130.
275.
415.
4.56 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
32.56 (max)
10
AK (KsiVin)
—i-'
2.
RMS %
Error
27.92
Figure 7.5.3.1.74
7-298
23.9
26.2
Life Prediction Ratio Summary
r~
0.
.5
.8
1.25
2024
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 1 Hz
Environment: H.H.A.; RT
Yield Strength: 65.3 ksi
Ult. Strength: 70.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(3 of 3)
AK (MPaVin)
4
10
40 100
AK (MPaVin)
4
- I
— Stress Ratio: 0.5
10
' I Tl'l
40
1
100
' I M'l'l
—
-1
10
— 10
-3
10
10
_0J
2
— io"
Ü
o
-3 p.
E
c
Ü
£i a"4
/
_
— 10
[/
_
2 10
—
— io"'\
o
JP
_. —
.-6
to
10~ o
2 u
ü
\
'I
_
z: 10
~°
10~ v
-'
■z.
l=
10 \
u
-o
10
10
— 10
— 10
—
-7
10
II I I
10
10
-2
—
■o
3
10
10
c
R
— 10
— 10
I , I,I,I,
10
4
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.48
2.77
4.74
7.62
11.7
17.2
46.8
114.
367.
6.
7.
8.
9.
10.
13.
16.
19.90 (max)
Life Prediction Ratio Summary
0.
40
0.634
0.697
3.89 (min)
4.
5.
RMS %
Error
14.20
10
AK (KsiVin)
AK (KsiVin)
.5
.8
RMS %
Error
Life Prediction Ratio Summary
.5
1.25
Figure 7.5.3.1.74 (Concluded)
7-299
.8
1.25
R
I 2024 I
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
AK (MPaVin)
4
10
40 100
_ i i i i|i|i|
| i | rn
Yield Strength: 65.3 ksi
Ult. Strength: 70.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(1 of 2)
4
10
40
100
-i
— 10
— Stress Ratio: 0.1
—
— 10
- Stress Ratio: -0.2
(2 of 2)
AK (MPaVin)
-2
10
10
— 10
— 10
—
-3
10
-2 ■
—
ü 10
c
~_
_03
O
—
10
0)
—
Ü
—
— 10
—
u
—
6-10-4
,o-I
O
\
— 10"
—
rPi)
Jio
>
—
"o
—
_K I—
10
—
■o
dp
—
"o
- —
—
\"°
m '\
u
-o
t$r^
up
—
— 10
p
— 10
10
— 10
— 10
.-8
—'
10
1
10
10
=1
■z.
-z. 10
10
V
2 TT
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
- I , I,I,I,
4
100
da/dN (10"6in/cycle)
RMS %
Error
14.16
—i
1
1—
.5
.8
1.25
0.196
4.55 (min)
0.365
1.04
5.
6.
7.
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.308
0.767
1.48
2.68
4.89
8.35
12.7
25.2
70.0
4.03 (min)
5.
6.
7.
8.
9.
10.
13.
15.95 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , l.l.l,
10
RMS %
Error
35.93
Figure 7.5.3.1.75
7-300
8.
2.19
3.82
9.
10.
13.
16.
18.76 (max)
16.7
26.4
36.2
5.86
8.25
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
2.
2024
Condition/Ht: T81
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 2 Hz
Environment: LAB AIR; RT
4
- I
10
I I >lllll
40
I
Yield Strength: 64.4 ksi
Ult. Strength: 70.5 ksi
Specimen Thk: 0.04 in.
Specimen Width: 6.45 in.
Ref: 86734
(1 of 1)
AK (MPaVin)
AK (MPaVin)
1
100
' I <ITI
-1
4
= I
10
' I 'I'l'l
40
I
100
' I 'l'l'l
—
— 10
— Stress Ratio: 0.05
R
3
10
10
10
— 10
— 10
—
10
10
:
o
\
/
u 10
— 10
—
a>
10
—
E
u
o 10
\
c
o
\
_
10"
'1
■o
m~ ^
u
— ior\
o
—
^^
z
z: 10
z: 10
■D
10
10
— 10
— 10
—
10
10
— 10
— 10
10
2 TT
~ 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
4
100
da/dN (10~6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
144.
183.
369.
666.
863.
23.63 (min)
25.
30.
35.
36.74 (max)
RMS %
Error
0.76
10
AK (KsiVin)
AK (KsiVin)
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—I-'
.5
2.
Figure 7.5.3.1.76
7-301
.8
1.25
2.
R
\ 2024 I
:
Condition/Ht: T81
Form: 0.04 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 2 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
1
10
-MI u'l'i
i i I i III
40
r
1
Yield Strength: 64.4 ksi
Ult. Strength: 70.5 ksi
Specimen Thk: 0.04 in.
Specimen Width: 9.7 in.
Ref: 86734
AK (MPaVin)
4
100
i I i 11 IM
t= I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
— 10
— Stress Ratio: 0.05
10
-2
10
10
10
10
-3
10
O
—I
.5
—
O
o 10
10
10
<o
10
o
o 10
-3 EI
— 10
E
■Z. 10
10
lX>
10
o
10
_*.-o
— 10 o
x>
■a
x>
_fi —
10
-5
10
10
10
10
-6
10
10
■ i i i in
'
10
4
10
40
10
4
100
da/dN (10"6in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
6.93
14.9
25.4
63.6
116.
10.00 (min)
13.
16.
20.
23.11 (max)
RMS ss
Error
7.82
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
J_J
' i i im
' i i im
Life Prediction Ratio Summary
HD
RMS %
Error
Life Prediction Ratio Summary
—i
.5
.8
0.
1.25
Figure 7.5.3.1.77
7-302
1
.5 .8
1—
1.25
—i--
2.
2024
Condition/Ht: T81
Form: 0.03 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 2 Hz
Environment: LAB AIR; RT
4
10
-Ml M'l'l
40
10
10
-2
o
o 10
c
I ' I 'I'l'l
—
□
:
ff
~
□
□
_
—
—
—
"o _E —
10
—
—
—
10
—
—
-
I , Ml,I,
I , Ml,I,
4
10
40
— 10
—
—
—
RMS %
Error
100
10
— 10
10
0)
— -3 I
~^ 10 E
—
—
- ior\
—
o
—
— 10
—
— 10
-
-3
o
o 10
-3 |
10
E
10
-J10 >
XI
10
— 10
10
— 10
i
10
4
100
10
i i mi
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
40
1—I I I I MM—
— 10
AK (KsiVin)
AK (KsiVin)
10
I I I MHI
JL
=
10
10
AK (MPaVin)
4
100
- Stress Ratio: 0.05
—
—
—
—
—
Yield Strength: 64.4 ksi
Ult. Strength: 70.5 ksi
Specimen Thk: 0.032 in.
Specimen Width: 6 in.
Ref: 86734
(1 of 1)
AK (MPaVin)
R
—i
,
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.78
7-303
da/dN (10"6in/cycle)
AK (KsiVin)
—1
1
,—
.5
.8
1.25
-I 2024 I
Condition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
(1 of 3)
AK (MPaVin)
4
- I
10
i I M'l'l
40
I
Yield Strength:
Ult. Strength:
Specimen Thk: 0.099
Specimen Width: 23.8
Ref: 86575
4
10
40
a
- I
— 10
—
— Environment: JP4; R.T.
' I 'l'l'l
(2 of 3)
AK (MPaVin)
100
— Environment: Dry Air; R.T.
0.101 in.
23.82 in.
' I Tl'l
I
100
' I M'l'l
-2
-2
10
10
— 10
— 10
:
—
T1
10
10
2
— 10" ü
-2T
—
o
—
6^10"4
"™"
—
o
6-10-4
,o-i
Z 10
~""
c
XJ
_
—
O
\
/
_
—
— 10" ■|
/
10
z
r
i T7
— m *\
U
—
"o
10
X>
_K|—
10
-
o
a
/
-5
—
-= 10
— 10
10
10
— 10
— 10
10
-"
—
— 10
-
I , I,I,I,
I , I,I,I,
4
40
10
10
" I , LM,
4
100
da/dN (I0"6in/cycle)
RMS %
Error
23.66
.5
.8
100
0.836
1.95
3.53
5.42
7.52
15.7
30.4
75.1
216.
572.
1132.
6.04 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
33.51 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10'6In/cycle)
AK (KsiVin)
0.847
1.65
2.77
4.18
5.91
13.7
28.5
74.4
232.
505.
677.
6.04 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
34.01 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
1.25
RMS %
Error
5.62
Figure 7.5.3.1.79
7-304
Life Prediction Ratio Summary
—i
1
.5
.8
1—
1.25
2024
Condition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
(3 of 3)
AK (MPaVin)
4
—
|
I
10
| i|>|>|
40
|
'
Yield Strength:
Ult. Strength:
Specimen Thk: 0.099
Specimen Width: 23.8
Ref: 86575
AK (MPaVin)
1
100
| 'l'l'l
0.101 in.
23.82 in.
4
= I
-L
10
' I 'I'l'l
40
I
100
' I 'l'l'l3
— 10
Environment: S.T.W.; R.T.
10
10
10
— 10
— 10
—
10
10
JU
o
-2 u
— io
_
—
Ü
4
—
io"2£
_Q3
Ü
U
u 10
6^1 a"
— 10
io
E
E
—
zio
E
"O
10
E
XI
L.TJ
10
-3
_e I—
10
10
-5
10
— 10
-J
—
10
10
10
— 10
10
o
I , i,i,i,
- I , i,i,l,
4
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
5.65
7.92
17.5
35.1
87.7
238.
475.
9.01 (min)
10.
13.
16.
20.
25.
29.88 (max)
RMS %
Error
6.65
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.5.3.1.79 (Concluded)
7-305
.5
.8
1.25
2.
R
I 2024
Condition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max toad specified)
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
(1 of 3)
AK (MPaVin)
4
_ I
10
i I i|Y!
40
|
Yield Strength:
Ult. Strength:
Specimen Thk: 0.097 - 0.1 in.
Specimen Width: 23.66 - 23.68 in
Ref: 86575
4
100
' | 'I'l'l
- Stress Ratio: 0.08
40
— I
— 10
- Stress Ratio: 0.3
* I 'I'l'l
I
100
' I 'I'l'l
a
— 10
10
""""
—
-n 10
—
□
10
_c
10
a
10
o
6^1 o"+
(2 of 3)
AK (MPaVin)
— io" £
a
_
—
— 10
ZIG"5
E
o
6-10-4
c
— 10
c
__
_
— 10"
10
(U
■I
z
LfJ
—
o
XI
2
— 10" Ö
o
\
I
z: 10
a
—
10
2—
—
— 10
— m" ^
u
c
■D
10
_—
— 10
-3
10
—
10
10
-= 10
— 10
10
1
1 1 1 11 ll
4
10
1 , 1,1,1,
40
10
-
100
I , I,I,I,
I , I, I,I,
4
40
RMS %
Error
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
10
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.80
7-306
da/dN (10"6in/cycle)
AK (KsiVin)
—I
1
T
.5
.8
1.25
2024
Condition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 6 Hz
Environment: DRY AIR; RT
4
10
i i i inn
Yield Strength:
Ult. Strength:
Specimen Thk: 0.097 - 0.1 in.
Specimen Width: 23.66 - 23.68 in
Ref: 86575
(3 of 3)
AK (MPaVin)
AK (MPaVin)
4
40
100
1—i i i i iMi—
= I
10
40
' I 'I'l'l—I
100
' I 'I'l'l—=
— 10
— 10
— Stress Ratio: 0.5
10
10
10
10
10
10
JE
io~ «
2 0>
2
o
o 10
o
^10"4
10
.-6
o
X
o
\
'I
10~ v
-^
z:
10
a
10~
^hcf\E
xi
R
-z.
10
m~ ^
u
xi
X
_. —
10
10
— 10
10
10
10
-6
— 10
10
i i i iHI
i I i I Hi
10
4
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
6.
7.
8.
9.
10.
13.
16.
20.
22.07 (max)
Life Prediction Ratio Summary
—i
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.867
1.20
2.54
4.56
7.59
12.2
19.3
69.8
210.
679.
2658.
4.66 (min)
5.
RMS X
Error
8.38
10
AK (KsiVin)
AK (KsiVin)
.5
1
.8
RMS x
Error
Life Prediction Ratio Summary
,
1—
0.
1.25
Figure 7.5.3.1.80 (Concluded)
7-307
,
.5 .8
,
1.25
R
\ 2024 I
Condition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 6 Hz
Environment: DRY AIR; RT
(1 of 3)
AK (MPaVin)
4
- I
10
I I >lllll
40
I
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 - 0.101 in.
Specimen Width: 23.8 - 23.82 in.
Ref: 86575
4
100
-1
' I 'I'l'l
- I
— 10
— Stress Ratio: 0.08
40
I
100
—
10
— 10
:
—
— 10
:
10
o
o 10
\
c
—
—
_
— 10
10
-
—
o
:
6-10-4
E
— 10~JE
:
10
/
, -
o
-Jio
>
—
o
X)
"O
-/
—
-I
— io >
Or
T7
-6
10
—
— 10
— 10
—
-7
10
10
— 10
— 10
10
-1
' I 'I'l'l
— Stress Ratio: 0.3
10
10
10
' I 'I'l'l
-2
10
-o
(2 of 3)
AK (MPaVin)
- i , 1,1,1,
4
i , I,I,I,
10
40
10
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
6.
7.
8.
9.
10.
13.
16.
19.89 (max)
RMS %
Error
3.47
100
—i
1
r^-
.5
.8
1.25
1.72
3.08
4.87
6.66
8.65
20.4
58.5
206.
226.
6.20 (min)
7.
8.
9.
10.
13.
16.
20.
21.95 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.11
1.25
2.07
3.02
4.12
5.45
11.9
25.2
64.9
5.82 (min)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
RMS %
Error
12.93
Figure 7.5.3.1.81
7-308
Life Prediction Ratio Summary
—i
0.
1
.5 .8
1
1.25
2024
Condition/Ht: T81
Yield Strength:
Ult. Strength:
Specimen Thk: 0.1 - 0.101 in.
Specimen Width: 23.8 - 23.82 in.
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
Ref: 86575
(3 of 3)
AK (MPaVin)
4
1
10
40
i
•- I ' I 'IT
R
AK (MPaVin)
4
100
10
i I i 111' I
l i 111 il—
40
100
i—MM MM—
10
— Stress Ratio: 0.5
10
10
10
o
o
o 10
\
-3 |
10
E
-5
10
T3
-4 T3
—
10
O
10
10
10
10
10
4
10
40
100
i i 11 n
' i i i in
4
40
i
da/dN (10-6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.130
0.242
0.528
1.36
2.45
3.88
6.01
9.44
14.8
51.6
199.
692.
3.21 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
17.77 (max)
RMS %
Error
5.53
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.81 (Concluded)
7-309
.5
.8
1.25
-I 2024 I
Condition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
(1 of 2)
AK (MPaVin)
4
10
Yield Strength:
Ult. Strength:
Specimen Thk: 0.098 - 0.099 in.
Specimen Width: 23.66 - 23.67 in
Ref: 86575
40
4
10
40
100
- I I I ll'l'l
I I I 'l'l'l
J
— Environment: S.T.W.; R.T.
-= 10
100
- I I I 'Pill
I ' I 'l'l'l
—
Environment: JP4; R.T.
-1
— 10
10
10
—
— 10
—
—
__
:
— 10
— 10
—
10
10
2
— io~ £
6^10-4
c
\
o
6^10"4
E
c
Ü
—
Ü
_
— 10
■Z. 10
-o
(2 of 2)
AK (MPaVin)
-3 t:
E
10
:
-clIO
-10'\
—
o
x>
/
—
— 10
El
XI
D
X)
10
— 10
—
— 10
—
10
10
—
^r 10
— 10
10
"
I , I,I,I,
I , I ,1,1,
4
40
10
io'e "
I , I, I,I,
4
100
da/dN (10"6in/cycle)
RMS %
Error
10.58
0.
1
.5
1
.8
1
1.25
1.97
2.42
3.70
5.91
9.17
21.9
33.9
75.7
296.
806.
6.24 (min)
7.
8.
9.
10.
13.
16.
20.
25.
29.89 (max)
Life Prediction Ratio Summary
i
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.90
2.71
4.20
6.01
8.11
16.3
28.5
66.3
227.
557.
2144.
6.33 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
34.23 (max)
M
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I ,
10
1—
2.
RMS %
Error
6.25
Figure 7.5.3.1.82
7-310
Life Prediction Ratio Summary
0.
—i
1
1—
—i-'
.5
.8
1.25
2.
2024
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Stress Ratio: 0.1
Environment: H.H.A.; RT
1
4
10
r
— Frequency: 0.1
4
10
t I ' I Tl'l
10
Hz
(2 of 2)
AK (MPaVin)
1
40
100
"1—i M I UM—
= i ' i M'l'i
Yield Strength: 65.3 ksi
Ult. Strength: 70.9 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(1 of 2)
AK (MPaVin)
F
40
100
1 ' I M'l'l
— 10
-2>
o
10■ £
10
o
10
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
44.38
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.750
1.29
2.20
3.55
5.40
7.82
18.5
33.3
68.1
217.
579.
672.
5.09 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
32.48 (max)
1.14
3.88
9.64
18.3
29.8
43.9
107.
232.
339.
5.09 (min)
6.
7.
8.
9.
10.
13.
16.
17.46 (max)
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
i
1
P
0.
.5
.8
1.25
2.
RMS %
Error
13.30
Figure 7.5.3.1.83
7-311
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
R
\ 2024 I
Condition/Ht: T81
Yield Strength: 64.4 ksi
Ult. Strength: 70.5 ksi
Specimen Thk: 0.065 in.
Specimen Width: 4 in.
Ref: 86734
Form: 0.07 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 2 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
10
40
- I 'I 'I'l'l
I
' I M'l'l
— Stress Ratio: 0.4
—
-2
10
—
—
—
10 —
Q>
—
—
o
o 10
JP
Jr
ff
,-s
10
—
—
X)
_. 10
—
—
-7 —
10 —
—
10
l , i,i,i,
~ I , I,I,I,
4
10
AK (MPaVin)
1
100
40
4
= I
j.
—
—
— 10
_Q3
—
-2
io
°
—
Ü
—
— 10 E
—
— 10 o
X)
—
— 10
—
— 10
-
' I M'l'l
1
100
' I M'l'l
=
10
10
10
Ü
o
b^io-+
c
,0-1
_
-ZL 10
- 10 \
o
10
— 10
-7
10
10
10
4
100
10
40
100
AK (KsiVin)
da/dN (I0'6in/cycle)
da/dN (10"6 in/cycle)
AK (KsiVin)
12.1
28.2
60.9
100.
122.
10.39 (min)
13.
16.
20.
21.09 (max)
RMS %
Error
3.30
40
10
AK (KsiVin)
AK (KsiVin)
10
Life Prediction Ratio Summary
i
1
1
1
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.84
7-312
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 6 Hz
Environment: DRY AIR; RT
1
4
I
10
' I 'I'l'l
40
100
"i—i li I 'Ml
,
- Stress Ratio: -0.25
4
10
40
Yield Strength: 65.8 ksi
Ult. Strength: 73.1 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(1 of 2)
AK (MPaVin)
4
RMS %
Error
14.33
4
100
0.
40
100
1.25
da/dN (10~6in/cycle)
AK (KsiVin)
0.263
0.483
0.804
5.26 (min)
6.
7.
8.
1.40
2.41
3.53
9.
10.
13.
13.58 (max)
Life Prediction Ratio Summary
.8
10
AK (KsiVin)
0.395
0.722
1.26
1.91
2.70
3.63
7.93
16.8
48.2
201.
742.
1319.
.5
40
100
I I I I'l'l
— Stress Ratio: 0.1
da/dN (10"6in/cycle)
5.21 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
33.50 (max)
10
- I ' I 'IT
AK (KsiVin)
AK (KsiVin)
(2 of 2)
AK (MPaVin)
1
=H
— 10
R
2.
RMS %
Error
9.72
Figure 7.5.3.1.85
7-313
11.0
18.2
Life Prediction Ratio Summary
,
1
,
1
i
0.
.5
.8
1.25
2.
R
1 2024 I
:
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: H.H.A.; RT
(1 of 3)
AK (MPaVin)
4
1
= I
10
' I 'I'l'l
Yield Strength: 65.8 ksi
Ult. Strength: 73.1 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
4
40
100
1—I I I I MM—
.
10
40
- I I I 'I'l'l
— 10
- Stress Ratio: -0.25
(2 of 3)
AK (MPaVin)
100
I ' I 'I'l'l
10
10
10
-^
:
10
10
2 u
io"
_a>
o
LJ
_
-r:
—
o
o 10
o 10
,o-I
10
-= 10
o
XI
□
10
E
:
XJ
10
~o
10
— 10
_K i—
10
/
"""""
[M
o
x>
— 10
10
10
10
—
— 10
10
'
10
4
10
' i i 11 n
10
40
"
100
I , i , I.I.
I , I,I,I,
4
40
da/dN (10~6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.548
0.881
1.85
3.11
4.62
6.41
14.6
34.9
131.
415.
675.
5.53 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.46 (max)
1.23
1.44
1.94
2.71
3.83
5.40
13.9
30.5
69.5
113.
5.22 (min)
6.
7.
8.
9.
10.
13.
16.
20.
23.07 (max)
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
24.89
-i
—
— 10
— Stress Ratio: 0.1
Life Prediction Ratio Summary
—i
1
1—
—i-'
.5
.8
1.25
2.
RMS %
Error
11.36
Figure 7.5.3.1.86
7-314
Life Prediction Ratio Summary
0.
—i
1
\—
.5
.8
1.25
2024
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: H.H.A.; RT
4
- I
10
40
i I i|i|>|
I
Yield Strength: 65.8 ksi
Ult. Strength: 73.1 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(3 of 3)
AK (MPaVin)
AK (MPaVin)
1
100
a
' I M'l'l
100
— 10
—
-3
10
10
2
— io" «
—
o
_Q3
U
(—
G-10-4
— 10
—
-3I
10
E
Z 10
Z10
—
X
— icT\
o
XI
x
-
_e -
E
_^x
10
o
x
10
10
—
Ja
—
Lti
-5
10
— 10
-7
10
— 10
—
— 10
10
10
10
:
10
40
1 ' I 'IT!—="
-2
-2
XI
10
b I ' I Tl'l
10
o
o 10
4
— 10
— Stress Ratio: 0.5
R
"
I
, I, I,I,
4
I
i I i Iih
10
40
10
'
I I 11II
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
2.80 (min)
3.
0.111
3.5
4.
5.
6.
7.
0.410
0.733
1.58
2.76
4.58
7.62
12.8
21.7
da/dN (I0"6in/cycle)
AK (KsiVin)
0.176
8.
9.
10.
13.
16.
18.14 (max)
99.3
257.
564.
RMS %
Error
Life Prediction Ratio Summary
14.41
0.
—i
1
r-.—
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
Figure 7.5.3.1.86 (Concluded)
7-315
1—
2.
EF
I 2024 hCondition/Ht: T81
Form: 0.1 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Stress Ratio: 0.08
(1 of 2)
AK (MPaVin)
1
-2
4
10
(=—I—i I i MM
40
-|—i
Yield Strength: 67 ksi
Ult. Strength: 73 ksi
Specimen Thk: 0.099 - 0.1 in.
Specimen Width: 23.81 - 23.91 in
Ref: 86575
4
100
- I
I i 11111—
— 10
— Environment: Dry Air; R.T.
_ Frequency: 6. Hz
(2 of 2)
AK (MPaVin)
10
' I M'l'l
40
I
100
' I 'l'l'l
— Environment: S.T.W.; R.T.
_ Frequency: 1. Hz
-1
— 10
—
10
10
— 10
—
10
10
— io" ^
_
—
— 10
E
— 10
\
o
\
o
o
o 10
>>•.„-■♦
o 10
\
c
-3 |
■Z. 10
10
x>
2
—
-o
_* —
10
10
, —
—
o
/
— 10
:
10
10
-6
— 10
10
10
4
10
40
- i , LM,
4
100
da/dN (10-6in/cycle)
RMS %
Error
22.92
.5
.8
0.761
1.03
2.16
3.55
5.11
6.85
14.3
31.0
98.0
451.
990.
957.
5.70 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
31.22 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.19
1.85
2.67
3.46
4.30
8.41
20.3
74.5
306.
988.
1267.
6.20 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
31.13 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i , I,I,I,
10
1.25
RMS %
Error
15.19
Figure 7.5.3.1.87
7-316
Life Prediction Ratio Summary
0.
—i
1
.5
.8
1—
1.25
2024
Condition/Ht: T81
Form: 0.13 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
4
10
i I i I M'l
Yield Strength: 65.8 ksi
Ult. Strength: 73.1 ksi
Specimen Thk: 0.125 in.
Specimen Width: 6 in.
Ref: GD004
(1 of 2)
AK (MPaVin)
R
(2 of 2)
AK (MPaVin)
1
40
100
1—> I M MM
4
10
40
- I I I 'nil
I
— Stress Ratio: 0.3
100
I I 'PH
-I
—
10
— 10
—
10
—
:
O
Ü
\
4
^10"
\
c
_
10
-5
— 10
E
— 10
o
n
_
.-6 —
10
Z
□
□
n
n
-s
— 10
10
—
-r: 10
10
4
10
40
~ I , LI,I,
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.115
0.358
0.971
2.11
3.73
5.50
7.39
17.4
36.6
131.
183.
4.03 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
20.39 (max)
RMS %
Error
34.42
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,I,I,
10
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.88
7-317
—i
1
.5
.8
1—
1.25
2.
F
-j 2024 I
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Environment: DRY AIR; RT
Yield Strength: 51 - 66 ksi
Ult. Strength: 71-74 ksi
Specimen Thk: 0.494 - 1 in.
Specimen Width: 5.99 - 6.01 in.
Ref: 88579:85837
(1 of 2)
AK (MPaVin)
4
10
I I I Mill
4
40
100
1—i I ' I'l'l
10
_ I 1 I .pH
—
10
— Frequency: 1. Hz
(2 of 2)
AK (MPaVin)
40
100
1 1 1 llllll
Frequency: 6. Hz
-I
~
-2
10
10
— 10
10
—
10
10
—
o
o
5M O"
^10"
,0-1
o
\
c
"—"
-3 |
— 10
_
E
■Z. 10
10
10
10
—
u
4
4
x>
~—
a
, -
-io'\
—
o
#
XI
■D
10
—
— 10
10
—
10
10
-6
—
— 10
10
10
'
4
10
I I i I ill
40
100
i ' i i ii
10
" 1 , 1,1,1,
4
da/dN (10"6in/cycle)
RMS %
Error
21.01
AK (KsiVin)
100
da/dN (10'6in/cycle)
1.02
1.90
4.06
6.55
9.20
21.5
77.7
134.
6.45 (min)
7.
8.
9.
10.
13.
16.
16.92 (max)
1.40
2.65
4.36
6.36
146
27.9
66.3
7.09 (min)
8.
9.
10.
13.
16.
19.69 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
Life Prediction Ratio Summary
©
i
1
1
r-1
1
0.
.5
.8
1.25
2.
RMS %
Error
17.88
Figure 7.5.3.1.89
7-318
Life Prediction Ratio Summary
0.
!S
1.25
This page intentionally left blank
7-319
I 2024 I
E Condition/Ht: T851
Yield Strength: 59 - 66 ksi
Ult. Strength: 71 - 74 ksi
Specimen Thk: 0.99 - 1 in.
Specimen Width: 5.99 - 6 in.
Ref: 88579
Form: 3 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.08
Frequency: 1 Hz
(1 of 3)
AK (MPaVin)
1
4
- I
10
■ I M'l'l
40
(2 of 3)
AK (MPaVin)
4
10
40
100
-I 1 I I Mill
I— I » I ■ Ml'
— Environment: Distilled Water; Rrfc 10
100
I ' I Tl'l
— Environment: JP4; R.T.
10
— 10
a>
10
10
— 10
Z 10
-a
\
o
"°
>s
o
o
6-10-4
E
Jio >
-6
10
— 10
10
— 10
10
4
10
40
i
100
da/dN (10-6in/cycle)
6.
7.
8.
9.
10.
13.
16.
20.
21.48 (max)
RMS %
Error
9.32
1.45
1.54
2.47
3.72
5.18
7.03
23.6
136.
224.
5.87 (min)
6.
7.
8.
9.
10.
13.
16.
16.35 (max)
256.
Life Prediction Ratio Summary
0.
100
da/dN (10-6in/cycle)
AK (KsiVin)
1.00
1.15
2.39
3.98
5.95
8.43
20.1
39.0
108.
5.85 (min)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
' i i i in
i i 11ii
4
10
.5
.8
1.25
2.
RMS %
Error
20.57
Figure 7.5.3.1.90
7-320
Life Prediction Ratio Summary
I
1
1
T
0.
.5
.8
1.25
2024
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
Yield Strength: 59 - 66 ksi
Ult. Strength: 71 - 74 ksi
Specimen Thk: 0.99 - 1 in.
Specimen Width: 5.99 - 6 in.
Ref: 88579
(3 of 3)
AK (MPaVin)
4
10
40
AK (MPaVin)
100
1
I M I MM
4
= I
10
40
100
' I 'H'l3
' I U'l'lI
10
10
10
-3
10
io'2£
O
ü
o 10
c
_
— 10
E
— 10
o
Z 10
10
— 10
10
— 10
.-8
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
2.40
3.61
5.65
7.87
19.3
38.9
102.
502.
7.37 (min)
8.
9.
10.
13.
16.
20.
22.77 (max)
RMS %
Error
10.75
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.5.3.1.90 (Concluded)
7-321
-i
1
.5
.8
1—
1.25
—i-'
2.
R
I 2024 I
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: DRY AIR; RT
Yield Strength: 66 ksi
Ult. Strength: 71 ksi
Specimen Thk: 1 in.
Specimen Width: 6 in.
Ref: 88579
(1 of 1)
AK (MPaVin)
4
10
t i ' i 'i'i'i
40
100
1—i
r I i I HM—
Stress Ratio: 0.3
AK (MPaVin)
4
10
-PTT7!
40
1
100
' I Tl'l
— 10
-2
10
10
10
— 10
-3
10
10
2
io~ £
o
o
o^10"4
X>
_03
2 u
_0J
u
\—
io"
_
10
o
u 10
- io"J E
XS
c
10
10
10
-3 I
.-6
10
o
10
10
10
10
10
10
10
■ i ' i in
4
10
i i i 11 n
40
100
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
i i i im
40
100
' i i iin
4
10
AK (KsiVin)
da/dN (10_6in/cycle)
AK (KsiVin)
2.25
3.42
5.46
8.45
12.9
36.2
6.19 (min)
7.
8.
9.
10.
12.46 (max)
RMS %
Error
11.53
E
-5
o
10
10
— 10
Life Prediction Ratio Summary
RMS 5?
Error
Life Prediction Ratio Summary
—I-'
0.
.5
.8
1.25
0.
2.
Figure 7.5.3.1.91
7-322
.5
.8
1.25
I
^
A. I
z. 02 4
I
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.08
Environment: DRY AIR; RT
Yield Strength: 65 ksi
Ult. Strength: 71 ksi
Specimen Thk: 1 in.
Specimen Width: 5.99 - 6 in.
Ref: 88579
(1
AK (MPaVin)
4
1
10
-|'| M'l'l
40
I
of 2)
io"2 ~
10
40
-
-Ml Tl'l
— 10
— Frequency: 6. Hz
— 10
IQ"3
-H
— 10
io"2£
o
\
10-3P
E
-1
10
io"3
<D
v-^
100
' I M'l'l
—
-1
—
—
—
—
I
io"2
-
—
a;
o
^10"+
\
c
4
1
1
' I Tl'l
(2 of 2)
AK (MPaVin)
100
— Frequency: 1. Hz
Q>
io"2^
<u
o
o
\
ÖMo"*
\
c
v
-'
—
_
5
5
-1E
10
Nw
'
-z.
ZIG"
Z10"
10 \
o
x>
[i
—
o
"°
' r
-6
10
10 >
o
o
~° 10«-6
■o
-5
-5
10
10
-
io"7
-
io-7
-6
-6
— 10
— 10
" I ■ Ml
m-8
1
4
I
10
40
m"8 ^
-
i 1 11111
I , I, I,I,
1
100
4
da/dN (10"6in/cycle)
9.67 (min)
10.
13.
16.
16.70 (max)
RMS %
Error
15.44
i
10
I i I ih
40
-
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I
da/dN (10"6in/cycle)
AK (KsiVin)
6.86 (min)
7.
8.
9.
10.
13.
15.93 (max)
4-65
5.90
17.6
50.2
72.4
Life Prediction Ratio Summary
i
1
1
1
i
0.
.5
.8
1.25
2.
RMS %
Error
10.82
Figure 7.5.3.1.92
7-323
1.71
1.95
4.07
6.63
9.54
24.2
90.8
Life Prediction Ratio Summary
i
i
i
i
i
0.
.5
.8
1.25
2.
F
I 2024 I
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: 3.5$ NACL; RT
(1 of 3)
AK (MPaVin)
_
|
1
4
10
|
|1M
40
|
1
Yield Strength: 64.6 ksi
Ult. Strength: 71.3 ksi
Specimen Thk: 1 in.
Specimen Width: 2.55 in.
Ref: 90981
1
100
| l|i|l|
- Frequency: 0.1 Hz
(2 of 3)
AK (MPaVin)
4
10
40
-L
-Ml 'I'l'l
~ 10
— Frequency: 1. Hz
10
10
100
I ' I 'I'l'l
~
— 10
—
O
6M 0"+
\
c
— 10
°
o
— 10
E
fi
_
—
—
— io' ^
o
u^10"4
c
2
—
—
_
— 10
^
o
X)
_R ~
E
o
— 10
o
"° 10-el—
""""
— 10
— 10
—
—
10
10
— 10
— 10
10
— 10
—
[P
~™
10
-
-Z. 10
10
TJ
—
10
10
■—
—z.
—
—
— 10
-3
_L
"
I , LI,I,
I , I , E.l,
4
40
10
10
100
I
• I i 1111
4
10
RMS %
Error
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
.5
.8
1.25
100
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.93
7-324
da/dN (10-6in/cycle)
AK (KsiVin)
—(-■
0.
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1 . 1,1,
—i
;
1—
.5
.8
1.25
1—
2.
2024
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: 3.5ss NACL; RT
AK (MPaVin)
40
100
i—i i 11 'Mi—m
= i ■ i 'i'i'i—r
— 10
— Frequency: 10. Hz
4
10
40
100
I III V
1
10
I III
4
Yield Strength: 64.6 ksi
Ult. Strength: 71.3 ksi
Specimen Thk: 1 in.
Specimen Width: 2.55 in.
Ref: 90981
(3 of 3)
AK (MPaVin)
F
—
— 10
10
10
10
— 10
10
10
ü 10
E
o
:
6-10-4
\
c
_
—
-z.
xs
■o
2
o
□
-H-
\
E
-3 |
10
10
10
— io" £
o
\
.*!
— 10 E
-z. 10
—
o
—
■o
10
10
—
10
— 10
10
10
— 10
10
10
' i i i in
4
I , uI I III
10
40
10
4
100
AK (KsiVin)
RMS %
Error
Life Prediction Ratio Summary
0.
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I , U,l,
" I , I,I,I,
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.93 (Concluded)
7-325
da/dN (10"6in/cycle)
AK (KsiVin)
T
1
T
.5
.8
1.25
■
-\ 2024 I
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Stress Ratio: 0.1
Frequency: 20 Hz
(1 of 2)
AK (MPaVin)
4
- I
10
I I >l>l'l
40
I
Yield Strength: 68.6 ksi
Ult. Strength: 73 ksi
Specimen Thk: 0.76 - 0.761 in.
Specimen Width: 5 in.
Ref: 90981
4
100
' I M'l'l
_ I
1
-
40
1
100
1 1«i■ 1 • 1
— 10
—
— 10
—
10
10
~~*
ju
ü
io"2^
—
—
ü
\
O
4
u^10-
+
C"10-
— 10
-5
E
—
—
w
T3
J
"^
—
10
Iff
-5
c
— 10
-7
— 10
1 , 1,1,1,
40
10
.-8
10
10
100
17.7
29.0
56.4
.5
.8
0.175
0.224
0.407
0.962
1.78
2.92
4.49
3.33 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
16.68 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.300
0.507
1.10
2.33
4.37
7.01
9.76
1
40
AK (KsiVin)
da/dN (10"6in/cycle)
4.01 (min)
5.
6.
7.
8.
9.
10.
13.
16.
18.82 (max)
1 ,1,1,1,
- 1 ,1,1,1,
AK (KsiVin)
—,
_- -a
10
— 10
RMS %
Error
5.53
-
10
—
10
AK (KsiVin)
E
-6
— 10
~ 1 , 1,1,1,
— 10
■a
\
o
_, —
.-6
10
:
—
—
.—
ZIG"5
/
10
10
^
10
10
xi
10
1 1 V!lj
— Environment: 3.5ss NACL; R.T. — 10
-= 10
— Environment: H.H.A.; R.T.
(2 of 2)
AK (MPaVin)
1—
—1_-
1.25
2.
RMS %
Error
22.04
Figure 7.5.3.1.94
7-326
6.67
9.70
25.9
48.4
52.8
Life Prediction Ratio Summary
i
1
1
0.
.5
.8
1—
1.25
2.
2024
Condition/Ht: T851
Form: 0.38 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Stress Ratio: 0.1
Frequency: 20 Hz
(1 of 2)
AK (MPaVin)
4
10
i I i Mill
Yield Strength: 66.6 ksi
Ult. Strength: 72 ksi
Specimen Thk: 0.375 in.
Specimen Width: 5 in.
Ref: 90981
40
4
100
1—i M I MM—
I
- Environment: H.H.A.; R.T.
(2 of 2)
AK (MPaVin)
10
' I 'I'l'l
40
1
100
' I 'I'l'l
— Environment: 3.5s NAGL; R.T. -=\ 10
— 10
10
10
10
10
-3
10
10
io"2£
_03
O
Ü
o^io-4
5M O-4
"o
10
o
O
— 10
E
10
o
10
—
10
o
.-6
10
10
10
10
-7
10
10
10
10
10
'
I i I in
4
I
10
10
I I I III
40
I
4
100
da/dN (10'6in/cycle)
RMS %
Error
11.78
100
r-
—1
1
1
.5
.8
1.25
1.08
1.43
2.83
4.40
6.09
8.02
10.4
23.2
53.8
130.
330.
1049.
4.70 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.22 (max)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
3.57
5.68
8.28
18.6
35.1
79.2
143.
8.03 (min)
9.
10.
13.
16.
20.
22.79 (max)
I I 11II
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
2.
RMS %
Error
11.62
Figure 7.5.3.1.95
7-327
Life Prediction Ratio Summary
0.
—i
r~
.5
.8
1.25
R
\ 2024 I
:
Condition/Ht: T851
Form: 0.38 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 20 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
- I
10
40
' I M'l'l
I
' I 'I'll
-2 —
10
—
—
—
10
—
—
O
—
frl 0"+ —
c:
_
—
—
j
—
m
—
"O
10
ß
, —
—
. /
—
m
—
/
10
10
—
ifltt
—
—
1 , 1,1,1,
~ 1 , 1,1,1,
4
10
AK (MPaVin)
4
100
— Stress Ratio: 0.5
Z 10
Yield Strength: 66.6 ksi
Ult. Strength: 72 ksi
Specimen Thk: 0.375 in.
Specimen Width: 5 in.
Ref: 90981
40
_L
- I
—
—
—
—
2
— 10" «
o
—
— 10 E
—
— 10
-^
o
XI
—
— 10
—
— 10
-=
-
18.47
n
— 10
10
o
u
G^10-4
\
c
- 10_J E
_
Z 10
-
-A-O
— 10
"O
_A —
o
x>
10
— 10
10
-6
10
10
4
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.122
0.122
0.156
0.255
0.454
1.38
3.37
6.37
9.90
13.7
17.7
20.0
Life Prediction Ratio Summary
-i
0.
100
' I M'l'l
-2
100
da/dN (I0'6in/cycle)
2.48 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
10.53 (max)
RMS %
Error
40
I
10
AK (KsiVin)
AK (KsiVin)
10
' I M'l'l
.5
1
.8
RMS %
Error
Life Prediction Ratio Summary
r
0.
1.25
Figure 7.5.3.1.96
7-328
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 20 Hz
Environment: 3.5$ NACL; RT
4
-
|
I
10
40
| l|l|'|
|
'
Yield Strength: 68.6 ksi
Ult. Strength: 73 ksi
Specimen Thk: 0.76 in.
Specimen Width: 5 in.
Ref: 90981
(1 of 1)
AK (MPaVin)
AK (MPaVin)
4
100
| 'l'l'l
= I
-L
— Stress Ratio: 0.5
R
10
' I M'l'l
40
I
100
' I 'l'l'l
3
10
—
-2
10
10
io-3
o
o 10
c
10
— 10
—
10
~~
— 10'£
Ü
\
-3l
— io £
_
—
c
Jio
>
—
—
-m
io'°E
_
Z 10
10
10"2^
o
o
o 10
*o
■.T3
t:
10
10
10
—
— 10
10
—
10
JED
-7
10
— 10
10
I
1
i 1 i 1 ili
4
10
, 1,1,1,
10
40
10
4
100
AK (KsiVin)
da/dN (10~6in/cycle)
AK (KsiVin)
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.689
1.08
2.28
4.17
6.93
10.7
15.8
22.4
31.7
Life Prediction Ratio Summary
i
40
0.119
0.215
0.406
2.12 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
11.10 (max)
RMS %
Error
19.11
10
AK (KsiVin)
1
.5
1
.8
1
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.5.3.1.97
7-329
.5
i
r
—i-'
.8
1.25
2.
R
\ 2024
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: WOL
Orientation: L—T
Frequency: 25 Hz
Environment: H.H.A.; RT
Yield Strength: 67 ksi
Ult. Strength: 71 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.55 in.
Ref: NC003
(1 of 1)
AK (MPaVin)
4
10
E~T 'I Tl'l
40
AK (MPaVin)
4
100
1
I ' I M'l'l
= I
-
— Stress Ratio: 0.33
— 10
10
.22
—
\
o
0^10-4
E
c
_
—
Ü
—
_
— 10
■"•
-s
10
_x-a
— 10
—
io"2£
u
\
-3 %
10
E
10
— 10
D
T3
x<
_, ~
10
D
-o
10
g
10
— 10
10
10
— 10
— 10
10
3
10
-3
"O
' I M'l'l
— 10
10
ü 10
c
1
100
10
"~
ü
' I M'l'l
40
~=
10
_2>
10
~ if 1,1,1,
4
1 , 1,1,1,
10
40
10
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
6.
7.
100
da/dN (10"6in/cycle)
AK (KsiVin)
3.66
5.90
8.
9.
10.
13.
16.
16.67 (max)
8.78
12.4
32.4
82.6
90.9
Life Prediction Ratio Summary
0.
40
0.0107
0.0265
0.103
0.267
0.919
2.03
2.75 (min)
3.
3.5
4.
5.
RMS %
Error
17.77
10
AK (KsiVin)
—i
1
1—
.5
.8
1.25
RMS %
Error
Figure 7.5.3.1.98
7-330
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
—I 2024 h
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: DCB
Orientation: L—T
Stress Ratio: 0.02
Frequency: 1 Hz
Yield Strength: 64 ksi
Ult. Strength: 69 - 71 ksi
Specimen Thk: 0.75 in.
Specimen Width: 5.5 in.
Ref: 84360
(1 of 2)
AK (MPaVin)
4
T=—I—I
10
40
-1
I I Mil
1
100
1 | I I Mil
4
= I
— 10
— Environment: Dry Air; R.T.
(2 of 2)
AK (MPaVin)
10
40
' I 'I'l'l—I
100
' I 'I'l'l
— Environment: JP4; R.T.
-2
10
10
10
10
a
10
10
io~2 u
o
o 10
□
10
o
^10"4
Ü
a
10"3E
10
D
-o
— 10
a
43-
10
43-
-J10 >
T3
10
10
10
10
10
10
I . I.I.I.
4
' I i l in
10
40
10
Life Prediction Ratio Summary
0.
.5
.8
10
Ml
i iiHI
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
'
I I I 11 ll
4
100
AK (KsiVin)
RMS %
Error
E
10
10
10
— 10
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.99
7-331
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
1—
.5
.8
1.25
—!-■
2.
-I 2024 I
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: DCB
Orientation: L—T
Stress Ratio: 0.02
Frequency: 10 Hz
Yield Strength: 64 ksi
Ult. Strength: 69 - 71 ksi
Specimen Thk: 0.75 in.
Specimen Width: 5.5 in.
Ref: 84360
(1 of 2)
AK (MPaVin)
4
10
40 100
- I
' I M'l'l
I
' I M'l'l
4
' 10
40
100
I I I I'l'l
1
-
— Environment: Dry Air; R.T.
-= 10
—
-3
(2 of 2)
AK (MPaVin)
10
10
□
—
10
2
— io" £
o
\
O
fri o"4
c
_
—
-3 |
— 10
E
z: 10
-io'\
—
o
—
XI
10
— 10
—
10
— 10
10
~ 1 , 1,1,1,
4
1 , 1,1,1,
10
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.31
2.93
5.18
7.85
16.8
26.3
42.5
79.6
147.
7.00 (min)
8.
9.
10.
13.
16.
20.
25.
29.26 (max)
RMS %
Error
Life Prediction Ratio Summary
0.
100
AK (KsiVin)
—,
1
1—
—I-'
.5
.8
1.25
2.
RMS %
Error
29.66
Figure 7.5.3.1.100
7-332
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
2024
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: DCB
Orientation: L—T
Stress Ratio: 0.02
Frequency: 1 Hz
Yield Strength: 59 ksi
Ult. Strength: 66 ksi
Specimen Thk: 1 in.
Specimen Width: 5.5 in.
Ref: 84360
(1
AK (MPaVin)
4
=
I
10
40
' I 'I'l'l
I
of 2)
1
100
J.
' I 'I'l'l
4
= I
10
' I'l'l'l
40
1
I
100
1 'I'l'l
10
10
~"
*~ 10
—
□
10
2
— io" £
—
o
^10"+
\
c
_
Ü
\
-3 I
— 10
13
E
m
10
10
—
—
— 10
10
_L
— Environment: JP4; R.T.
— Environment: Lab Air; R.T.
_5>
(2 of 2)
AK (MPaVin)
■a
^10"4
=
~~~
_
c
— 10
Z10*
Ia
—
— ior\
a
3
—
—
—
.2
o
-
_i/0
— 10
10
—
— 10
—
— 10
—
o
■D
.-6
10
E
—
10
10
— 10
— 10
10
" I , l.l.l,
4
1 , 1,1,1,
10
40
10
4
100
RMS %
Error
da/dN (10~6 in/cycle)
Life Prediction Ratio Summary
0.
10
40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , LI,I,
- I , I.I,I,
-1
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.101
7-333
da/dN (10~6in/cycle)
AK (KsiVin)
—i
1
1
.5
.8
1.25
^ 2024 I
Condition/Ht: T851
Form: 2 - 3 in. Plate
Specimen Type: DCB
Orientation: L—T
Stress Ratio: 0.02
Frequency: 10 Hz
Yield Strength: 59 - 64 ksi
Ult. Strength: 66 - 71 ksi
Specimen Thk: 0.875 in.
Specimen Width: 5.5 in.
Ref: 84360
(1 of 2)
AK (MPaVin)
4
10
40
1
4
100
' 'I'l'l
(2 of 2)
AK (MPaVin)
E=—I—I
^
10
40
I
I I |l|i
100
' I 'I'l'l
- Environment: 3.5* NACL; R.T. — 10
10
— 10
10
o
\
o
6-10-4
-3 |
10
E
10
o
Z 10
■a
XI
10
10
10
10
10
4
10
40
4
100
da/dN (10~6in/cycle)
AK (KsiVin)
RMS %
Error
43.42
.5
.8
100
2.74
3.23
11.6
30.2
73.3
135.
9.67 (min)
10.
13.
16.
20.
24.49 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.13
1.27
1.70
2.45
3.59
10.4
23.1
43.7
51.5
6.40 (min)
7.
8.
9.
10.
13.
16.
20.
22.11 (max)
10
AK (KsiVin)
AK (KsiVin)
1.25
RMS %
Error
21.67
Figure 7.5.3.1.102
7-334
Life Prediction Ratio Summary
—i
1
1
.5
.8
1.25
2024
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: DCB
Orientation: L-T
Stress Ratio: 0.02
Frequency: 10 Hz
Yield Strength: 59 ksi
Ult. Strength: 66 ksi
Specimen Thk: 1 in.
Specimen Width: 5.5 in.
Ref: 84360
(1 of 2)
AK (MPaVin)
1
4
-I
10
'I 'I'l'l
40
l
I
_L
— Environment: Lab Air; R.T.
-3
—
10
—
—
—
3
ID"
\
c
|_
\
_
D
"O
—
. —
10
—
—
-7 —
10 —
—
_
10
I , LIJ,
4
I , LI,I,
10
40
RMS %
Error
o
io"2£
u
_
o^10-4
e
T3
Ü
_
10
10
E
10
o
□
-s
m
-B-
10
10
10
10
10
LAA
I , I, ±11
4
100
10
40
100
AK (KsiVin)
Life Prediction Ratio Summary
0.
— 10
10
da/dN (10"6in/cycle)
—i
100
10
AK (KsiVin)
AK (KsiVin)
40
' I 'I'l'l
10
—
—
—
— 10
—
— 10
-
3
10
' I 'I'l'l—I
— Environment: JP4; R.T.
—
E
-hcT E
-z:
□
—
Z10"S
—
10
-3
a
4
= I
—
— 10
—
□
—
u
—
^10"4 __
1
100
I 'i'l'l
(2 of 2)
AK (MPaVin)
1
1—
.5 .8
1.25
RMS %
Error
Life Prediction Ratio Summary
—i-'
i
2.
0.
Figure 7.5.3.1.103
7-335
da/dN (I0"6in/cycle)
AK (KsiVin)
1
1
.5 .8
—i
1.25
1—
2.
1
o:'-*+ I
^
z
r1
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: DCB
Orientation: L—T
Stress Ratio: 0.02
Environment: SIMULATED FUEL; RT
° of 2)
AK (MPaVin)
1
4
- i
10
40
11 'IM1
— 10
_-
— Frequency: 1. Hz
""""
2
io"
_c
__
2 10"5
□
=
\
10
ci
10
D
"°
100
' I 'I'I'I
-6
io"3
—
™
o^10-4
□
E
c
H
-z.
ZIG"5
>
\
a
io" ^
—
—
ü
_
10
□
XI
=
[1
"° 10~~*
"D
-5
'" 10
-
io"7 "~
-6
-6
— 10
—- 10
4
40
1
10
-
100
m"8 "
I , l.l.l,
1 , 1,1,1,
1
4
40
RMS 5K
10
—
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
E
— 10 >
—
-
I , I,I,I,
a>
2
-5
I , I,I,l,
0
10
CD
O
— 10
"
— 10
-i
10
m"8
-L
—
X>
io"7
40
I
io"2
'or
a
a
10
■ I 'I'I'I
— Frequency: 10. Hz
_.
— io~2£
o
—-
■D
0
10
ID"3 —
4
= I
-i
=
a;
o
o 10
1
1
-
(2 of 2)
AK (MPaVin)
100
■ i 'I'i'i
i
Yield Strength: 59 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.625 in.
Specimen Width: 5.5 in.
Ref: 84360
Life Prediction Ratio Summary
Error
i
'i
i
i
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.104
7-336
da/dN (10"6in/cycle)
AK (KsiVin)
.5
.8
1.25
2.
1 2024
Condition/Ht: T851
Form: 2 - 3 in. Plate
Specimen Type: DCB
Orientation: L-T
Frequency: 1 Hz
Environment: 3.5B NACL; RT
Yield Strength: 59 - 64 ksi
Ult. Strength: 66 - 71 ksi
Specimen Thk: 0.875 in.
Specimen Width: 5.5 in.
Ref: 84360
(1 of 1)
AK (MPaVin)
1
4
- I
10
40
R
AK (MPaVin)
4
10
c=—I—l I I MM
100
' I MM'
40
I
100
' I M'l'l
— Stress Ratio: 0.02
-2
— 10
10
10
— 10
10
10
-2
-Jio"2£
o
o
_
6-10-4
o
^10"4
10
-a
10
"o
XJ
—
-I
„i.Tj
10
o
. —
10
10
10
10
10
10
10
10
4
10
40
■
LLL
111 in
4
100
■ I.I,I,
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
I
10
da/dN (10"6in/cycle)
AK (KsiVin)
8.53
9.77
17.2
26.9
67.6
363.
9.58 (min)
10.
13.
16.
20.
24.72 (max)
RMS %
Error
Life Prediction Ratio Summary
16.58
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—i-
1—
.5
2.
Figure 7.5.3.1.105
7-337
.8
1.25
2.
R
^ 2024 I
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: DCB
Orientation: L—T
Frequency: 10 Hz
Environment: DRY AIR; RT
Yield Strength: 64 ksi
Uit. Strength: 71 ksi
Specimen Thk: 0.75 in.
Specimen Width: 5.5 in.
Ref: 84360
(1 of 2)
AK (MPaVin)
1
4
10
40
- I ' I 'I'l'l
10
-i
I ' I 'I'l'l
o
6^10-4
c
2 10
\
o
—
—
—
_
_ |—
"O
—
—
10
10
I , ! . 1.1.
4
40
10
2
o
o^10-4
-Z. 10
□
10
RMS x
Error
0.
.5
.8
m" ^
u
C)
-a
10
-
10
u
i i 11in
[ I I 11 ll
4
100
10
40
100
AK (KsiVin)
Life Prediction Ratio Summary
1
•z.
10
da/dN (10"6in/cycle)
—,
■I
■^-^
□_
AK (KsiVin)
AK (KsiVin)
10"
a
x>
V
10" Ü
o
\
10
—
— 10
I , I,I,I,
10
E
—
— 10
—
—
"
Ü
T3
—
—
—
— 10
— 10
■o
B
10
100
' I 'I'l'l
10
i(T\
=
o
a
40
1
-2
_0J
—
—
~= 10
□
□
□
~
_
—~
10
' I 'I'l'l
— Stress Ratio: 0.4
—
— 10
—
—
—
4
= I
—
—
—
—
10
1
100
- Stress Ratio: 0.2
—
(2 of 2)
AK (MPaVin)
RMS %
Error
Life Prediction Ratio Summary
r—
1.25
0.
2.
Figure 7.5.3.1.106
7-338
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
.5
.8
1—
1.25
2024
Condition/Ht: T851
Form: 0.38 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: L—S
Frequency: 20 Hz
Environment: H.H.A.; RT
4
10
40
- I 1 I llllll
1
— Stress Ratio: 0.1
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.374 - 0.377 in.
Specimen Width: 5.004 - 5.006 in
Ref: 90981
(1 of 1)
AK (MPaVin)
AK (MPaVin)
4
100
. 1 -I'l'l
—
= I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
10
—
— 10
— 10
10
10
a?
10"■ Ö
o
\
2
2
— io" "
o
—
o 10
\
c
-1
-2
10
Ü
R
6-10-4
_
— 10
E^
c
_
2
z: 10
10"
:
—■
10
"o
r
r#
- f
— io'\
o
- —
10
-
z
T3
m" ^
ü
x>
10
o
— 10
— 10
10
10
— 10
— 10
10
>§
- I , LI,I,
4
i , i,i,i,
10
40
10
100
4
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
-r-
0.
40
100
da/dN (I0"6in/cycle)
AK (KsiVin)
0.751
1.27
2.86
4.86
6.18
6.28
7.82
15.6
5.47 (min)
6.
7.
8.
9.
10.
13.
15.84 (max)
RMS %
Error
8.30
10
AK (KsiVin)
AK (KsiVin)
.5 .8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.5.3.1.107
7-339
.5
.8
1.25
2.
F
■
\ 2024 I
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: L-S
Stress Ratio: 0.1
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
10
- i ' i 'i'i'i
r
-i—i
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.759 - 0.76 in.
Specimen Width: 5.003 in.
Ref: 90981
1
40
100
I i I i hi
4
- I
10
' I 'I'I'I
40
1
100
' I 'I'I'I
— Frequency: 30. Hz
10
— Frequency: 20. Hz
(2 of 2)
AK (MPaVin)
10
10
10
10
-3
10
10
-2 —
u
io"2 ü
-no
o
o
frl 0"+
Ü
ü
4
6-10-
10
—ho E
-o
"c
10
10
E
z 10
—
-ho >
-a
-o
_. —
10
10
10
— 10
10
10
-6
10
10
10
'
10
' i i nn
10
i I iI Hi
40
100
i i i iii
4
4
AK (KsiVin)
da/dN (10"*in/cycle)
40
0.302
0.348
0.487
4.77 (min)
5.
6.
7.
8.
0.947
2.41
4.88
9.
5.45
9.90 (max)
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
100
da/dN (10_6in/cycle)
AK (KsiVin)
0.487
0.501
1.18
2.95
4.52 (min)
5.
6.
6.88 (max)
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
11.76
o
_R —
10
RMS %
Error
11.27
Figure 7.5.3.1.108
7-340
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
I
I
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T—S
Frequency: 2 Hz
Environment: H.H.A.; RT
4
1
- I
10
40
i I >|i|i|
|
— 10
— Stress Ratio: 0.1
0
10
sp
v—'
io"3
Er
2
-" io" £
o
<D
o
6-10-4
-1
—
— 10
—
—
^-^
-z.
ZIG"5
>
T3
O
—
I
I , I,I,I,
, l:LL
1
4
10
40
-5
— 10
—
— 10
-
— 10
—
io"7
-6
-^ 10
m"8 ~
1
100
1 , 1,1,1,
I , I,I,I,
4
40
11.66 (min)
13.
16.
18.52 (max)
4.50 (min)
5.
6.
7.
8.
9.
10.
10.47 (max)
Life Prediction Ratio Summary
r
.5
T -
.8
■
100
i
■
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
7.64
9.86
19.7
52.3
I
10
AK (KsiVin)
da/dN (10"6in/cycle)
0.
£
"D
"°«„-«
10
AK (KsiVin)
AK (KsiVin)
-"'
z
— 10
-5
—
io"7 —
—
sE
-4-P
10
=
^-s
c
E
rasp
Z10"5
RMS x
Error
18.68
0
-1
_3E
E
"
— 10
10
io"2£
u
—
m"8
-1
-i
c
-6
10
100
' 1 'I'l'l
10
—~
V
o
^10"+
40
1
— Stress Ratio: 0.5
^_^
10"3
10
1 I 'I'l'l
io"2
=
D
~°
- I
~~
10"2
4
1
-1
(2 of 2)
AK (MPaVin)
100
i | Tl'l
' P
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.759 in.
Specimen Width: 5.004 - 5.006 in.
Ref: 90981
° of 2)
AK (MPaVin)
o
d. I
z. 02-4
,
2.
RMS %
Error
14.20
Figure 7.5.3.1.109
7-341
0.616
0.690
1.12
2.45
4.50
7.35
11.7
11.8
Life Prediction Ratio Summary
0.
.5
.8
1.25
2.
R
■
) 2024 I
Condition/Ht: T851
Form: 0.38 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T-S
Frequency: 20 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
1
- I
10
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.376 - 0.38 in.
Specimen Width: 5.003 - 5.006 in
Ref: 90981
4
40
100
-i—l I l I MM—
' I M'l'l
10
40
- I i I 'I'll
100
1 ' 1 Tl'l
— Stress Ratio: 0.5
— 10
— Stress Ratio: 0.1
(2 of 2)
AK (MPaVin)
-1
— 10
-=
10
10
-1
—
— 10
10
—
-3
10
10
_0>
_a>
ü
—
Ü
~~
.32
O
— io"2£
r~
o
O 10
+
^10"
^jio"3E
10
-
_.i:o
10
o
x>
C
Z 10
x>
XI
a
a
□
a
_
—
-3 |
— 10
tr
— 10 \
o
—
XI
.-6
10
10
— 10
10
10
10
-6
— 10
10
■
i i i 1111
10
4
10
10
I ' I .ii
40
4
100
10
40
100
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
1 , 1,1,1,
- 1 , 1,1,1,
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
0.230
0.249
0.335
3.37 (min)
3.5
4.
0.590
5.
6.
7.
8.
0.992
1.60
2.49
3.70
5.14
9.
10.
13.
16.
16.73 (max)
RMS 56
Error
22.17
E
8.64
20.4
33.3
Life Prediction Ratio Summary
—i-'
—r~
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.110
7-342
.5
.8
1.25
2.
2024
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T—S
Frequency: 20 Hz
Environment: H.H.A.; RT
4
10
40
- I 1 I llll>l
1
— Stress Ratio: 0.1
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.758 - 0.764 in.
Specimen Width: 5 — 5.005 in.
Ref: 90981
(1 of 2)
AK (MPaVin)
(2 of 2)
AK (MPaVin)
4
100
' 1 ll>l>l
R
->■
— 10
10
40
100
— Stress Ratio: 0.5
— 10
—
— 10
—
—
—
-= 10
-2
10
10
— 10
—
10
10
2
—
— 10" ^
_
—
— 10"3E
o
O
o 10
\
c
Z 10
T3
.2
o
6-10-4
— 10" E
—
z: 10
tZ
""""
-Jio
>
—
3B
—
iß
-J10
>
—
-a
XI
10
10
—
— 10
—
-fä
— 10
^
10
10
— 10
—
10
-2 Tt
I , I, LI,
~ I , I,I,I,
4
10
40
10
~ I , LI,I,
4
100
da/dN (10-6in/cycle)
100
5.
6.
7.
8.
9.
10.
13.
16.
18.47 (max)
i
1
1
1
.5
.8
1.25
0.0577
0.0540
1.82 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
10.31 (max)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
0.223
0.229
0.284
0.572
1.18
2.15
3.34
4.42
5.29
7.80
12.3
15.6
3.22 (min)
3.5
4.
RMS %
Error
32.81
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , LI,I,
10
1—
2.
1.26
2.36
3.31
4.26
5.71
8.43
9.73
RMS %
Error
Life Prediction Ratio Summary
35.81
0.
Figure 7.5.3.1.111
7-343
0.0729
0.133
0.256
0.472
.5
.8
1.25
R
\ 2024 I—■
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T—S
Frequency: 2 Hz
Environment: 3.5% NACL; RT
(1 of 1)
AK (MPaVin)
I
4
10
' I M'l'll
40
100
' I M'l'l
^
1
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.763 in.
Specimen Width: 5.003 in.
Ref: 90981
Stress Ratio: 0.1
AK (MPaVin)
4
I- I
10
40
-i—i
M'l'l'
100
| i I nil—
10
10
10
10
10
— 10
-3
10
10
io"2 ü
—
o
o 10
Ü
-3 I
— 10
10
Ü
— 10
E
10
TJ
o
_
6-10-4
o
10
z 10
-a
t:
\
o
"o -sl10
-I io >
10
10
10
10
— 10
10
10
■ i iiHI
4
_-8
10
i i i i in
10
40
4
100
AK (KsiVin)
da/dN (10"Mn/cycle)
—i
1
.5
.8
10
40
100
AK (KsiVin)
Life Prediction Ratio Summary
0.
i i iiHI
i i i mi
AK (KsiVin)
RMS %
Error
E
RMS %
Error
Life Prediction Ratio Summary
1—
0.
1.25
Figure 7.5.3.1.112
7-344
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
1
.5
.8
1.25
!
I
Condition/Ht: T851
Form: 0.75 - 0.76 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T—S
Frequency: 20 Hz
Environment: 3.5s NACL; RT
(1
AK (MPaVin)
4
1
10
40
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.759 - 0.763 in.
Specimen Width: 5 — 5.005 in.
Ref: 90981
of 2)
(2 of 2)
AK (MPaVin)
1
100
|
4
10
i | i|i|i|
40
100
i | i|i|i|
— Stress Ratio: 0.1
— Stress Ratio: 0.5
— 10
~~~
—.
—
— 10
~
_
' I 'I'l'l
j
-1
IQ"3
V
— io"2£
—
o
—
—
— 10 ^E
HI
—
4"0
10
O
\
0
■0
-6
10
o
u 10
\
_c
10
—
-a
\
o
■°
-6 —
—
-
10"7
-5
— 10
-
io-7
-6
-6
-= 10
4
i , I JA
10
40
— 10
-
m"8 -
1 ,1,1,1,
I , I,I,I,
1
4
40
100
10
-
100
AK (KsiVin)
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
>
o
■o
_
ni
10
-5
1
E^
-4^
10
-— 10
" I , LI,I,
0}
2
— io" £
—
Ü
—
d)
Z10"5
jHEJ
\
m"8
_i
10"2
-^ 10
c
~°
' P
— 10
—
ID"3 , ,
—
<D
o
6^10-4
■D
I
4
_
I
—
Z10"5
02 A
-*■
-Ml M'l'l
10"2
^
z.
6.40 (min)
7.
8.
9.
10.
13.
16.
17.38 (max)
da/dN (10"6in/cycle)
AK (KsiVin)
5.20 (min)
6.
7.
8.
9.
10.
13.
16.
20.
20.76 (max)
1.94
2.50
3.47
4.52
5.71
11.2
32.4
68.8
RMS %
Error
Life Prediction Ratio Summary
16.38
i
1
r
i
i
0.
.5
.8
1.25
2.
RMS S
Error
Life Prediction Ratio Summary
23.66
0.
Figure 7.5.3.1.113
7-345
0.854
1.85
3.43
5.21
7.28
9.89
26.8
82.6
229.
254.
.5
.8
1.25
2.
I 2024 I
R Condition/Ht: T851
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.377 - 0.38 in.
Specimen Width: 5.002 - 5.005 in
Ref: 90981
Form: 0.38 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T-S
Frequency: 20 Hz
Environment: 3.5S6 NACL; RT
(1 of 2)
AK (MPaVin)
_
I
4
I I
10
Jin
I
4
1
40
100
I I illlll
-I
(2 of 2)
AK (MPaVin)
= I
10
' I M'l'l
-I—I
I
40
100
I 111111—
10
— Stress Ratio: 0.5
— Stress Ratio: 0.1
~=
—
— 10
-2
10
— 10
10
_03
°
-3 I
■I
— io"
—
o
o^10-+
c
_
—
— 10
Ü
o
\
10"
E
z
10
—
■o
V
2
10" Ö
2
jf
m^
u
— 10
XI
_fi —
10
—
*
— 10
10
— 10
10
10
10
-6
"
I , l.l.l,
I , LLL
4
40
10
4
100
AK (KsiVin)
da/dN (10-6in/cycle)
AK (KsiVin)
RMS %
Error
35.20
Life Prediction Ratio Summary
0.
.5
.8
100
0.295
0.288
0.384
1.03
2.09
3.08
3.28 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
10.28 (max)
5.10
7.07
11.8
16.5
—i——i
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.430
0.953
1.90
3.27
5.15 (min)
6.
7.
8.
9.
10.
13.
13.84 (max)
10
AK (KsiVin)
1
1.25
RMS %
Error
23.49
Figure 7.5.3.1.114
7-346
4.62
7.48
9.80
9.88
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
—]-■
2.
2024
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T-S
Frequency: 20 Hz
Environment: 3.5% NACL; RT
4
= I
10
40
' I 'I'l'l
I
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.75 in.
Specimen Width: 5 in.
Ref: 90981
(1 of 1)
AK (MPaVin)
AK (MPaVin)
1
100
_L
' I 'I'l'l
4
= I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
— Stress Ratio: 0.1
10
10
o 10
\
c
~
—
—
_
—
—
—
— 10
10
_
—
-^ 10
~
_
—
—
— 10
—
—
10
=
~
—
10
jff
n
~
—
10
o
E
" I ,
,l,l,
4
40
10"
r-
•I
T3
10
10
— 10
10
10
4
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
0.817
1.19
1.97
3.11
Life Prediction Ratio Summary
0.
ü
o
\
10
100
4.82 (min)
5.
6.
6.67 (max)
RMS %
Error
21.26
a?
m~ ^
u
AK (KsiVin)
AK (KsiVin)
2
z
10
a
I , I,I,I,
10
10~
_
o
^10"4
\
c
_
■D
—
~
=
10
10
10
10
—
Z 10
=
-2
_aj
U
R
—1
1
.5 .8
RMS 5?
Error
Life Prediction Ratio Summary
1
1.25
0.
Figure 7.5.3.1.115
7-347
.5
.8
1.25
R
\ 2024 I
Condition/Ht: T851
Form: 0.75 in. Plate
Specimen Type: PTSF (max stress specified)
Orientation: T—S
Frequency: 2 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVtn)
4
1
10
40
t I ' I 'I'l'l
I1
Yield Strength: 70.1 ksi
Ult. Strength: 73.5 ksi
Specimen Thk: 0.763 in.
Specimen Width: 5.004 in.
Ref: 90981
AK (MPaVin)
1
100
' I 'I'l'l
Stress Ratio: 0.5
4
b I
10
' I 'I'l'l
40
1
100
' I 'I'l'l
— 10
10
10
10
10
10
10
io"2£
0)
Ü
+
frl 0"
Ü
o
o^10-4
—
10
-J
— io
E
I—
E
10
10
10
■o
— 10
— 10
o
XI
, —
10
10
10
10
-7
10
10
10
10
10
'
i
i i i i ii
4
10
10
i i 1111
40
'
da/dN (10-6in/cycle)
Life Prediction Ratio Summary
0.
da/dN (10-6in/cycle)
AK (KsiVin)
0.374
0.955
2.54
3.78
3.81
4.25 (min)
5.
6.
7.
7.02 (max)
RMS %
Error
14.73
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I I I I III
40
100
I I I III
4
100
.5
-i
r
.8
1.25
RMS x
Error
Figure 7.5.3.1.116
7-348
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
2.
2024
Condition/Ht: T852
Form: 3 in. Forging
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Environment: DRY AIR; RT
Yield Strength: 53 ksi
Ult. Strength: 70 ksi
Specimen Thk: 1 - 1.002 in.
Specimen Width: 7.4 in.
Ref: 85837
(1 of 2)
AK (MPaVin)
1
4
10
40
-1
- i ' i 'i'i'i—r
1
F
4
1
100
1
I I I MM
— 10
— Frequency: 0.1 Hz
(2 of 2)
AK (MPaVin)
10
40
100
I I I |l|l|
31
' 'I'M
— Frequency: 1. Hz
10
10
10
10
10
o
ü
o 10
o
u 10
- io" E
■o
10
10
10
o
10
10
-5
10
10
10
10
10
i I i I Hi
4
10
'
10
i i 11 n
40
4
100
AK (KsiVin)
da/dN (10~6 in/cycle)
AK (KsiVin)
6.91 (min)
7.
RMS %
Error
5.83
0.
1
.5
1
.8
100
1—
1.25
0.365
0.463
1.10
1.95
3.05
4.56
3.80 (min)
4.
5.
6.
7.
8.
9.
10.
13.
14.60 (max)
Life Prediction Ratio Summary
i
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.52
1.61
2.77
4.13
5.80
15.4
35.1
37.5
8.
9.
10.
13.
16.
16.31 (max)
10
AK (KsiVin)
2.
RMS %
Error
16.65
Figure 7.5.3.1.117
7-349
6.73
9.91
27.0
39.2
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
—!-■
2.
R
I 2024
Condition/Ht: T852
Form: 3 in. Forging
Specimen Type: CT
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
Yield Strength: 53 ksi
Ult. Strength: 68 - 70 ksi
Specimen Thk: 0.5 - 0.502 in.
Specimen Width: 7.4 in.
Ref: 88579:85837
(1 of 1)
AK (MPaVin)
4
- I
10
< I «I'l'l
40
I
AK (MPaVin)
4
10
I I 11 MM—
100
-1
' I 'l'l'l
40
100
I I 11 'HI
— 10
— 10
— Stress Ratio: 0.08
10
10
— 10
—
:
-3
10
10
— 10"2^
—
o
O
Ü
\
o 10
o 10
C
10
O
— 10
_
10"
E
—
i"°
m '\
u
— io"'\
o
"O
_K I—
—
10
nflr
■D
10
—*—
10
— 10
10
10
10
— 10
10
^--'
-z.
10
Z 10
•I
1 , 1,1,1,
" 1 , 1,1,1,
4
10
40
.-8
10
LU
I
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
1.52
1.68
2.03
2.56
3.34
8.18
14.7
21.2
30.9
6.36 (min)
7.
8.
9.
10.
13.
16.
20.
21.25 (max)
RMS X
Error
14.08
I I Mill
40
100
I I I III
4
10
Life Prediction Ratio Summary
a
RMS %
Error
Life Prediction Ratio Summary
i
1
r
1
1
i
r
0.
.5
.8
1.25
2.
0.
5
Figure 7.5.3.1.118
7-350
.8
1.25
2024
Condition/Ht: T852
Form: 3 in. Forging
Specimen Type: CT
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
Yield Strength: 53 ksi
Ult. Strength: 68 ksi
Specimen Thk: 0.25 in.
Specimen Width: 7.4 in.
Ref: 88579
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
1
100
_ I . I llTl
I 1 1 illlll
- Stress Ratio: 0.08
-I
— 10
{=—I
40
100
1 I I |l|l|
— 10
— 10
10
10
—
:
o
—
— 10"3E
p
—
_« I—
XI
zio
x>
1
10
—
x>
4
10
1 I I Mill
— 10
10
o
O 10
R
— 1(T\
o
jQ
_03
-Jio"2£
u
^10"4
\
c
10"° E
-Z. 10
XJ
10
o
xi
XI
10
10
— 10
— 10
:
10
10
— 10
10
- i , i.i.i,
4
10
i , i.i.i,
10
40
10
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.999
1.40
2.09
2.69
3.23
3.73
6.33
15.4
43.1
51.4
5.43 (min)
6.
7.
8.
9.
10.
13.
16.
20.
21.81 (max)
RMS %
Error
11.16
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i linn
i lilili
4
10
—i
1
r.—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.119
7-351
.5
.8
1.25
R
2024 I
Condition/Ht: T852
Form: 3 in. Forging
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: S.C.S.; RT
Yield Strength: 53 ksi
Ult. Strength: 70 ksi
Specimen Thk: 1.004 in.
Specimen Width: 7.4 in.
Ref: 85837
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
1
100
- | I | l|l|'|
| ' | 'I'l'l
— Stress Ratio: 0.08
4
= I
-L
— 10
10
' I 'I'l'l
40
I
100
' I 'I'l'l
3
10
10
10
— 10
la"3
10
— 10"2 u
ü
:
Ü
_a>
—
io"2 ü
o
—
ü
o 10
+
o^10-
— 10\§
—
-5
-z.
10
10
-5
10
_^x>
— 10
T3
^10
>
—
—
w'
E
o
XI
10
10
— 10
— 10
—
10
10
— 10
— 10
I
10
i I 11111
4
1 , 1,1,1,
10
40
10
4
100
AK (KsiVin)
da/dN (10-6in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.690
4.09 (min)
5.
1.47
2.47
3.62
5.04
6.95
9.64
20.7
23.9
6.
7.
8.
9.
10.
13.
14.86 (max)
RMS X
Error
9.50
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
T
r
.5 .8
1.25
RMS %
Error
Life Prediction Ratio Summary
.5
Figure 7.5.3.1.120
7-352
.8
1.25
2024
Condition/Ht: T852
Form: 3 in. Forging
Specimen Type: CT
Orientation: T—L
Frequency: 6 Hz
Environment: DRY AIR;265°F
Yield Strength: 54 ksi
Ult. Strength: 68 ksi
Specimen Thk: 0.999 in.
Specimen Width: 7.4 in.
Ref: 85837
(1 of 1)
AK (MPaVin)
1
4
- i ' i
40
100
"1—i I i I Mil—
M'l'i—r
AK (MPaVin)
4
10
— Stress Ratio: 0.08
10
t="-i—i i i Mi'
40
I
100
' I M'l'l
— 10
— 10
10
10
— 10
— 10
10
10
^10"+
^io"4
O
JE
,o-I
— 10
10
10
10
-
E
_^"o
10
o
o
10
10
10
— 10
-7
-7
10
10
10
10
'
10
I I I I Ml
40
100
i ' i' i
4
10
10
'
I I 11II
4
da/dN (10"6in/cycle)
AK (KsiVin)
'
10
I I 11II
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
1.61
2.50
4.24
6.75
10.3
29.3
75.1
156.
6.27 (min)
7.
8.
9.
10.
13.
16.
17.44 (max)
RMS %
Error
16.32
R
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS 55
Error
Life Prediction Ratio Summary
1—
.5
2.
Figure 7.5.3.1.121
7-353
.8
1.25
2.
R
1 2024 I
Condition/Ht: T852
Form: 3 in. Forging
Specimen Type: CT
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 54 ksi
Ult. Strength: 68 ksi
Specimen Thk: 0.998 - 0.999 in.
Specimen Width: 7.4 in.
Ref: 85837
(1 of 1)
AK (MPaVin)
4
- I
10
i I 'ITI
40
■ I 'l'l'l
I
AK (MPaVin)
1
100
1
- I
-
— Stress Ratio: 0.08
4
10
' I 'I'l'l
40
100
■ I U'l'l
1
-=
3
— 10
-2
10
10
— 10
— 10
—
10
10
—
2
— io" £
u
\
Ü
4
fri o-
-3^
—
— 10
—
_x"a
— 10
_03
Ü
6-10-4
c
_
10
M
— 10
■o
_« I—
10
10
— 10
10
10
10
— 10
- 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
4
100
AK (KsiVin)
da/dN (10"*in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
2.81
3.50
5.19
18.5
36.5
8.03 (min)
9.
10.
13.
15.99 (max)
Life Prediction Ratio Summary
—,
0.
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
23.79
o
XJ
_R —
10
—
10
E
10
10
-o
E
-3
.5
1
.8
RMS %
Error
Life Prediction Ratio Summary
1—
—i-'
i
,
1.25
2.
0.
.5
Figure 7.5.3.1.122
7-354
r—
.8
1
1
1.25
2.
i
I
Condition/Ht: T852
Form: 6 in. Forging
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 5.2 Hz
Environment: LAB AIR; RT
(1
AK (MPaVin)
1
_
|
4
10
|
|l|lj
I
40
|
I
1)
-L
- I
10
' I 'ITI
40
I
100
_L
' I 'ITI
—_
10"2
-i
10
-1
10
—
—
—
—
□
io"2«
ü
\
-3 E
10
E
z10-5
-z.
X>
— 10
~°
>
x>
-6
10
—
la"3
a;
a>
o
o10~+
\
c
—'
0
10
— 10
ID"3
1
' P
4
AK (MPaVin)
4
1
| l|l|l|
02 A
Yield Strength:
Ult. Strength:
Specimen Thk: 0.75 in.
Specimen Width: 3 in.
Ref: 77720
100
— Stress Ratio: 0.33
"""
IG"2
of
^
z
o
o 10
\
c
*—'
-1
Z10"S
—
— 10
X)
o
"°
V
2
— io" £
—
o
—
—
10 s E
-^
<D
o-
XJ
-6
10
-5
-5
10
— 10
10"7
10"7
-6
-6
10
10
m-" ~
I , I,I,I,
1
■ 1,1,1,
I
4-10
40
100
m"8 ~
I , LI,I,
1 , 1,1,1,
1
4
,40
da/dN (10"6in/cycle)
AK (KsiVin)
6.07 (min)
7.
8.
9.
10.
13.
15.89 (max)
10
100
AK (KsiVin)
AK (KsiVin)
6
da/dN (10 " in/cycle)
AK (KsiVin)
1.42
2.03
3.13
4.32
5.53
14.4
72.7
RMS %
Error
Life Prediction Ratio Summary
a> xn
+
25.53
i
1
1
1" ■
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratic3 Summary
0.
Figure 7.5.3.1.123
7-355
.5
.8
1.25
2.
F
\ 2024 I
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.08
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(1 of 3)
AK (MPaVin)
1
4
10
EH"'"' I 'I'll
40
1 ' 1 M'l'l
—
""**
u
+
5M O"
c
•- I
-
40
I
100
' I M'l'l
10
10
—
o
-Jio'2£
ü
o
4
O-10-
_
-3 |
— 10
-—4 io
E
E
10
10
"""
— 10
o
■o
. —
10
o
■o
-o
10
10
10
— 10
10
10
10
— 10
10
— 10
10
— 10
_
"o
10
' I M'l'l
Frequency: 5. Hz
~
il
10
1
~=
m
10
4
1
100
— Frequency: 0.3 Hz
(2 of 3)
AK (MPaVin)
- 1 , I,I,I,
4
i, I,I,I,
10
40
10
I , i.l
4
100
da/dN (10-6in/cycle)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
253.
667.
2299.
11018.
17.51 (min)
20.
25.
26.94 (max)
RMS %
Error
14.22
i i 11 ii
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
10
—1
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.5.3.1.124
7-356
—i
1
i
.5
.8
1.25
2024
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.08
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(3 of 3)
AK (MPaVin)
4
- I
—
10
' I 'I'l'l
40
I
AK (MPaVin)
1
100
' I 'I'l'l
Frequency: 15. Hz
4
10
= I ' I 'I'l'l
-
40
I
100
' I 'I'l'l
~
10
— 10
—
10
10
_0)
2
— io" £
—
Ü
-
_
:
— io ° E
_0J
jo
|—
o
o 10
c
o
_
10
10
—
■—
JlO \
M
-o
10
_
°r
-10 \
o
_* —
10
10
— 10
10
10
10
— 10
10
3
10
10
o
o 10
\
c
F
" I , I,I,I,
4
I , I, 1.1,
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
5.71
7.97
33.8
55.5
Life Prediction Ratio Summary
0.
40
0.485
0.681
1.42
2.63
4.12
4.55 (min)
5.
6.
7.
8.
9.
10.
13.
14.51 (max)
RMS %
Error
6.13
10
AK (KsiVin)
AK (KsiVin)
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—]-■
0.
2.
Figure 7.5.3.1.124 (Concluded)
7-357
—i
1
1—
.5
.8
1.25
F
\ 2024 I
Condition/Ht: T861
Form: 0.02 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 65.7 ksi
Ult. Strength: 70.8 ksi
Specimen Thk: 0.02 in.
Specimen Width: 5 in.
Ref: 88578
(1 of 9)
AK (MPaVin)
4
E= i
10
' I M'l'l
40
I
— Frequency: 0.1 Hz
1
100
' I M'l'l
»
-
10
40
100
I ' I 'l'l'l
Frequency: 0.3 Hz
~
~
— 10
—
—
10
10
m
—
—
o
6^10-4
\
-*|
— 10 E
_
■"""
_£)
—
O
—
i
6-10-4
c
<D
2
— 10~ Ö
u
\
_
—
— 10~
3£
E
^-^
z
Z 10
Z 10
— 10 >
o
—
— 10 \
u
—
"a
, —
XJ
10
10
— 10
— 10
—
—
-7
10
10
— 10
— 10
10
-1
10
— 10
c
4
I i I Tl'l
—
1
10
-3
(2 of 9)
AK (MPaVin)
"
I , I,I,I,
I , I,I,I,
4
40
10
10
4
100
da/dN (1(T6in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
867.
3074.
28689.
31.64 (min)
35.
38.64 (max)
RMS %
Error
27.73
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
- 1 , 1,1,1,
Life Prediction Ratio Summary
—i
1
.5
.8
RMS %
Error
1—
1.25
2.
Figure 7.5.3.1.125
7-358
Life Prediction Ratio Summary
i
1
1
1
i
0.
.5
.8
1.25
2.
2024
Condition/Ht: T861
Form: 0.02 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AiR; RT
Yield Strength: 65.7 ksi
Ult. Strength: 70.8 ksi
Specimen Thk: 0.02 in.
Specimen Width: 5 in.
Ref: 88578
(3 of 9)
AK (MPaVin)
4
- I
10
i I M'l'l
40
I
F
4
100
' I 'l'l'l
— Frequency: 0.5 Hz
10
40
-1
I
~ 10
Frequency: 1. Hz
-2
(4 of 9)
AK (MPaVin)
' I 'I'l'l
1
100
' I M'l'l
10
10
10
— 10
—
—
IQ"3
□
_Q)
o
o 10
\
c
_0J
CJ
~~
—
10
_|
_a>
10"2^
H
o
2
— io" "
s
_
o
6-10-4
-85-
-'lo-I
—
—
-5
10
10
10
— 1(T\
o
—
o
-o
10
10
10
— 10
:
10
10
— 10
10
- i ,I,I,I,
4
10
1 ,1,1,1,
10
40
10
'
i i 11 ii
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
.5
.8
100
da/dN (10"6in/cycle)
AK (KsiVin)
126.
275.
709.
20.67 (min)
25.
28.78 (max)
RMS %
Error
u
I I I 111
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I
10
1.25
RMS %
Error
27.83
Life Prediction Ratio Summary
o A
■
1
1
1
0.
.5
.8
1.25
Figure 7.5.3.1.125 (Continued)
7-359
1—
2.
F
\ 2024 I
Condition/Ht: T861
Form: 0.02 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 65.7 ksi
Ult. Strength: 70.8 ksi
Specimen Thk: 0.02 in.
Specimen Width: 5 in.
Ref: 88578
(5 of 9)
AK (MPaVm)
4
10
t=r-\—i l i l Hi
40
-I
1
4
100
= I
I I I Mil
—
— 10
Frequency: 3. Hz
(6 of 9)
AK (MPaVin)
10
' I 'I'l'l
40
I
100
' I 'I'l'l
a
Frequency: 5 . Hz
10
10
10
—
— 10
—
— io" «
-3
10
10
_0)
2 u
10"
O
5^
Ü
2
o
frl 0"
-3 |
10
E
c
\
i
_
—
,-s
Ü
a
ü 10
+
-3 I
— 10
■Z. 10
10
10
—
o
—
10
10
— 10
—
10
-7
10
10
— 10
10
10
'
10
i I i I Hi
40
100
i i 11 n
4
10
"
I , I, l,E,
I , i,i,i,
4
40
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
41.7
92.7
157.
16.
20.
16.70 (min)
20.
22.77 (max)
0.
1.25
30.2
43.4
109.
155.
22.81 (max)
r-
.5 .8
100
da/dN (10"6in/cycle)
13.95 (min)
Life Prediction Ratio Summary
—i
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
2.43
E
2.
RMS %
Error
8.73
Life Prediction Ratio Summary
DO
0.
Figure 7.5.3.1.125 (Continued)
7-360
.5
.8
1.25
2024
Condition/Ht: T861
Form: 0.02 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 65.7 ksi
Ult. Strength: 70.8 ksi
Specimen Thk: 0.02 in.
Specimen Width: 5 in.
Ref: 88578
(7 of 9)
AK (MPaVin)
4
= I
—
10
' I 'I'l'l
1
40
100
i—i i 11 mi—
I
4
10
40
100
-i—i I i I iMl—
i ' i 'I'ri—r
— 10
Frequency: 9. Hz
(8 of 9)
AK (MPaVin)
— 10
— Frequency: 10. Hz
-2
10
10
— 10
10
10
10
—
O
o
o 10
frio"4
10
xs
10
X>
F
_
— 10
£
E
z: 10
~
-J10 >
-Jl0 >
"O
. —
x>
_K —
10
10
— 10
— 10
10
10
— 10
10
10
I , Mil,
4
10
[ 111in
10
40
4
100
da/dN (10"6in/cycle)
RMS %
Error
7.34
.5
.8
100
4.95
5.67
7.47
9.92
22.9
48.8
93.2
7.47 (min)
8.
9.
10.
13.
16.
18.90 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10*6 in/cycle)
AK (KsiVin)
4.80
5.54
7.84
16.0
22.5
8.65 (min)
9.
10.
13.
15.07 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I . 1.1.1.
I I I I III
1.25
RMS %
Error
21.91
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.125 (Continued)
7-361
♦«
x +
.8
1.25
r~
.5
F
1 2024 I
Condition/Ht: T861
Form: 0.02 in. Sheet
Specimen Type: CT
Orientation: T-L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 65.7 ksi
Ult. Strength: 70.8 ksi
Specimen Thk: 0.02 in.
Specimen Width: 5 in.
Ref: 88578
(9 of 9)
AK (MPaVin)
1
4
=
|
10
' I 'I'l'l
40
i
AK (MPaVin)
4
100
' I 'I'l'l
— Frequency: 13. Hz
10
40
pr-i—i i i |i|i
I
100
' I 'I'l'l
— 10
10
10
10
10
10
-3
10
10
2
10 - Ö
o
o
10
XJ
— 10
E
10
— 10
o
10
10
10
10
10
10
10
10
10"S
I I I Ml
40
100
' i i i i n
4
10
4
10
40
100
AK (KsiVin)
da/dN (10-6in/cycle)
AK (KsiVin)
' I i I in
I I I I III
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.499
0.491
0.550
0.996
1.79
2.68
3.61
4.57
3.38 (min)
3.5
4.
5.
6.
7.
8.
8.85 (max)
RMS %
Error
9.09
o
XJ
T3
_B —
10
E
10
10
X>
J2
o
o 10
Life Prediction Ratio Summary
r
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
i
1
1
——i
1
0.
.5
.8
1.25
2.
Figure 7.5.3.1.125 (Concluded)
7-362
This page intentionally left blank
7-363
F
\ 2024 I
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(1 of 8)
AK (MPaVin)
4
10
40
1
100
4
- I
~ 10
— Frequency: 0.2 Hz _
100
' I 'l'l'l
— Frequency: 0.3 Hz
a
—
— 10
— 10
10
"~~
_2>
o
40
I
10
□
—
10
I I >I'l'l
-2
m
10
(2 of 8)
AK (MPaVin)
—
—
—
10
—
i
™~
_aj
—
o
— 10
ü
o
ü 10
6^10-+
— 10
E
-3 |
■"
c
_
— 10
E
—
z 10
Z 10
Jio
\
—
—
EZ
~~
T3
— 10
10
10
— 10
— 10
—
—
10
10
— 10
— 10
10
D
■a
T3
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
-
100
I , I,I,I,
I , 111,
4
40
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
Life Prediction Ratio Summary
.5
100
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
Life Prediction Ratio Summary
T-
-T"
0.
10
AK (KsiVin)
AK (KsiVin)
.8
0.
1.25
Figure 7.5.3.1.126
7-364
.5
~&
1.25
I
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
4
10
(3 of 8)
40
ID"3
0
40
I
100
' I 'ITI
M
-1
o
<u
—
—
—
5
—
10
E
4~°
— 10 \
o
-6 I—
10
—
TJ
M
—
Ü
o^10-4
c
^^
a;
—
— io"2£
—
o
~"
io-3
<u
10"2«
c
^-'
Z10-5
—
-
10 \
o
\
o
—
"O
-6
10
"D
-5
10
-
-
10"7
-6
-6
— 10
—- 10
I , LI!
I ..iLLL
4
40
-
10"" ~
1
100
I , I,I,I,
I , I, I,I,
4
,40
da/dN (10"6in/cycle)
16.87 (min)
20.
25.
27.35 (max)
10
-
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
*-"
z
-5
10"7
-1E
10
—
— 10
10
0
10
■
RMS %
Error
20.73
10
-1
T
irr8 ~
1
_L
10
A
Z10"
10
' I ' ITI
— Frequency: 4. Hz
ff
o
o 10
4
= I
io-2
I
—
—
V
\
O
"°
1
— 10
(4 of 8)
AK (MPaVin)
100
— Frequency: 0.4 Hz
10~2
02 A4 'i r
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
AK (MPaVin)
1
A.
da/dN (10 "6in/cycle)
AK (KsiVin)
235.
793.
6512.
24733.
Life Prediction Ratio Summary
□ o
i
1
1"
i.
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.5.3.1.126 (Continued)
7-365
.5
.8
1.25
2.
F
2024
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T-L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(5 of 8)
AK (MPaVin)
1
4
(6 of 8)
AK (MPaVin)
1
10
40
100
1—i
I
i
111
'I—
- I ' I 'I'l'l
I
— 10
— Frequency: 5. Hz
4
- I
10
' I 'I'l'l
40
1
100
' I 'I'l'l
— Frequency: 10. Hz
— 10
-2
10
10
10
— 10
-3
10
10
_0J
03
10
O
O
O
Ü 10
o 10
10
\
10~
£
10
o
X>
T3
"o
10
10
z
'\
m u
I "O
■o
_R —
10
10
10
10
-s
10
10
-8
10
' i iiHI
4
10
1 , 1,1,li
40
I I 11II
I I I [III
4
40
I
10
100
da/dN (10-6in/cycle)
RMS SS
Error
11.79
.8
18.5
31.7
139.
790.
902.
10.99 (min)
13.
16.
20.
20.30 (max)
Life Prediction Ratio Summary
□
o
-r- —r-
.5
100
da/dN (10"6in/cycle)
AK (KsiVin)
66.2
175.
267.
13.66 (min)
16.
17.03 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
4
^-s
Z 10
10
2 -rt
1.25
RMS %
Error
18.39
Life Prediction Ratio Summary
A
□
-
Figure 7.5.3.1.126 (Continued)
7-366
—i
r
.5
.8
1.25
2024
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(7 of 8)
AK (MPaVin)
4
10
' ' "Tl
40
1
F
1
100
' I 'ITI—=]
(8 of 8)
AK (MPaVin)
- I
o
4
10
I I
I'H
40
I
100
I I llll>l
-I
— Frequency: 20. Hz
—
10
— 10
:
10
u
6-10-4
c
.5?
—
—
_
— 10
—
-5
XJ
10
10
E
_*"o
— 10 o
:
/
— 10
—
10
— 10
10
4
10
40
" I , hi,I,
4
100
da/dN (10"6in/cycle)
RMS %
Error
12.83
A o
r-
.5
.8
100
1.25
da/dN (10_6in/cycle)
1.42
2.41
4.39
6.09
6.26
6.21 (min)
7.
8.
9.
9.60 (max)
Life Prediction Ratio Summary
0.
AK (KsiVin)
0.879
1.07
1.74
2.73
4.21
6.43
9.82
38.7
64.1
4.64 (min)
5.
6.
7.
8.
9.
10.
13.
13.99 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
! , I, hi,
10
2.
RMS %
Error
Life Prediction Ratio Summary
□
9.92
0.
Figure 7.5.3.1.126 (Concluded)
7-367
.5 .8
TS"
F
\ 2024 I
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.4
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(1 of 3)
AK (MPaVin)
1
4
10
40
= i ' i' i MM
"I—i
r
— Frequency: 0.1
Hz
(2 of 3)
AK (MPaVin)
4
100
I
—
I i I nil—
10
40
' I M'l'l
I
100
' I 'l'l'l
Frequency: 5. Hz
— 10
-1
— 10
~=
-2
10
10
□
— 10
10
—
io-3
10
2
-2 u
— io' £
io
—
o
Ü
£io"4
o 10
J
io" E
-5
c
/
——
_
— 10"° E
—
_xT3
— 10
o
z: 10
10
10
D
-o
10
T3
_* t—
10
-= 10
10
—
10
10
—
— 10
10
i
i I iI Hi
4
10
10
10
i i 1111
40
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
16.
18.41 (max)
RMS %
Error
19.06
.5
.8
121.
198.
536.
11.86 (min)
13.
15.02 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
633.
723.
4157.
15.86 (min)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
1.25
RMS %
Error
6.10
Figure 7.5.3.1.127
7-368
Life Prediction Ratio Summary
0.
—i
1
.5
.8
1—
1.25
2.
2024
Condition/Ht: T861
Form: 0.09 in. Sheet
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.4
Environment: LAB AIR; RT
Yield Strength: 73 ksi
Ult. Strength: 76.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 5 in.
Ref: 88578
(3 of 3)
AK (MPaVin)
4
10
- I ' I Tl'l
F
40
100
I ' I Tl'l
— Frequency: 15. Hz
AK (MPaVin)
1
1
4
___
-
1
10
| I ,|,| |
40
1
1
100
I I Mill
— 10
~ 10
-2
10
10
10
— 10
—
10
.22
o
o^io-4
o
\
10
_QJ
O
2
— io" £
I—
o
\
—
5^10"+
-3 |
—
— 10
j
c
—
-
m
-3 |
_
Z 10
10
"o
E
10
5
-o
-J.-0
— 10
_K 10
E
10
o
10
o
-s
10
— 10
—
10
10
10
— 10
10
~ I , I,LI,
4
I , LI,I,
10
40
10
I , I,I,I
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.570
1.26
2.63
4.75
8.84
15.8
31.8
46.6
4.66 (min)
5.
6.
7.
8.
9.
10.
10.48 (max)
RMS %
Error
7.43
I I 11 ll
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
10
.5
-i
r
—I-1
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
—i
0.
Figure 7.5.3.1.127 (Concluded)
7-369
1
1—
.5 .8
1.25
F
\ 2024 I
Condition/Ht: T861
Form: 0.25 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 70.6 ksi
Ult. Strength: 74.9 ksi
Specimen Thk: 0.25 in.
Specimen Width: 5 in.
Ref: 88578
(1 of 3)
AK (MPaVin)
4
10
40
- I i I i|i|'|
|
— Frequency: 1. Hz
1
100
i | U'l'l
4
- I
-t
— 10
—
10
40
i I 'I'l'l
I
100
—
~ 10
Frequency: 5. Hz
10
— io
Ü
O
o^10-+
/
—
10
-2 —
u
/
""""
— 10
/
10
_„ —
o
6^10-4
■z. 10
■o
-o
10
10
"™"
o
u
— 10
E
/
9
cz
"■""*
-=
_R\— 10
—
— 10
— 10
M
E
_A"a
— 10
o
—
— 10
—
—
—
10
10
— 10
— 10
10
-1
' I U'l'l
10
10
-o
(2 of 3)
AK (MPaVin)
- i , i,I,I,
4
i
10
,
.i,i,
40
10
- i , I,I,I,
4
100
da/dN (10"6in/cycle)
RMS %
Error
12.94
154.
542.
2247.
10814.
13922.
.5
.8
100
1.25
da/dN (10"6in/cycle)
7.63
47.1
116.
173.
197.
11.03 (min)
13.
16.
20.
20.92 (max)
Life Prediction Ratio Summary
0.
AK (KsiVin)
30.5
34.1
15.55 (min)
16.
20.
25.
30.
35.
36.01 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
2.
RMS %
Error
14.64
Figure 7.5.3.1.128
7-370
Life Prediction Ratio Summary
Q
.5 .8
1.25
2024
Condition/Ht: T861
Form: 0.25 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 70.6 ksi
Ult. Strength: 74.9 ksi
Specimen Thk: 0.25 in.
Specimen Width: 5 in.
Ref: 88578
(3 of 3)
AK (MPaVin)
4
—
I
10
' I 'I'l'.l
40
1
F
AK (MPaVin)
4
100
' I Tl'l
Frequency: 10. Hz
= I
10
40
100
' I Tl'l3
' I U'l'lI
— 10
10
10
10
10
-3
IQ"3
10
10"2^
O
Ü
o
E
\
c
\
-3l
o 10
10
_
10
-Z. 10
10
10
o
-
o
"O
_* -5
— 10
10
10
10
— 10
10
1
I
I I 11 ll
4
10
10
I I 11II
40
4
100
da/dN (10_6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
6.36
6.94
16.7
43.9
88.6
9.69 (min)
10.
13.
16.
17.41 (max)
RMS %
Error
15.29
_^"o
10
10
10
10
E
Life Prediction Ratio Summary
QfcO
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.5.3.1.128 (Concluded)
7-371
—,
1
1—
.5
.8
1.25
—]-•
2.
R
\ 2024 I
Condition/Ht: T861
Form: 0.25 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 2 - 5 Hz
Environment: LAB AIR; RT
Yield Strength: 70.6 ksi
Ult. Strength: 74.9 ksi
Specimen Thk: 0.25 in.
Specimen Width: 5 in.
Ref: 88578
(1 of 1)
AK (MPaVin)
4
10
40
= I ' I 'I'l'l
AK (MPaVin)
1
100
a
I ' I 'ITI
4
- I
10
' I 'I'l'l
40
1
100
' I 'I'l'l
3
— 10
— Stress Ratio: 0.4
-2
10
10
— 10
— 10
—
10
10
s
ü
—
ü
O
o 10
6-10-
c
c
_
—
— 10
E
_
10
-
_.i~0
— 10
—
o
X)
, —
"o
10
10
"~~
-o
_K —
— 10
— 10
10
10
— 10
— 10
10
E
■Z. 10
10
X>
\
4
" I , I,I,I,
4
I , I,l,l.
10
40
10
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS x
Error
Life Prediction Ratio Summary
0.
.5
.8
10
40
100
AK (KsiVin)
RMS %
Error
1.25
Figure 7.5.3.1.129
7-372
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
r
1
1
0.
.5
.8
1.25
2.
This page intentionally left blank
7-373
H 2024 I
Condition/Ht: T351
Form: 1 - 2 in. Plate
Specimen Type: DCB
Orientation: S-L
Yield Strength:
Ult. Strength:
Specimen Thk: 1 in.
Specimen Width: 5 in.
Ao:
KjsccRef: 78313;84284
Kmax (MPaVin)
4
10
40
°
of 1)
Kmax (MPaVin)
4
100
=
I
10
' I'l'l'l
40
1
100
' I 'I'M
- Environment: 3X/DAY-3.5NaCI — 10
=
10
10
10
— 10
—
-1
10
10
— 10
■™—
3
-
s
-2
„ —
-1 E
— 10
asm* !
inj&maciu
~"
-
_,"o
-w 10
— 10
— io'\
o
H
10
— 10
10
10
— 10
.-6
D
T7
10
_
10
10
1-
I
10-1
E
1
+.10
10
3
0
10
°10
o
10
" 1 , 1,1,1,
4
10
1 , 1,1,1,
40
10
4
100
Kmax (Ksivin)
Kmax (KsiVin)
9.50 (min)
10.
13.
16.
20.
25.
30.
35.
40.00 (max)
10
40
1 oo
Kmax (Ksivin)
da/dt (10"3in/hour)
Kmax (KsiVin)
0.284
0.313
0.496
0.682
0.920
1.19
1.43
1.64
1.82
RMS %
Error
RMS %
Error
27.59
Figure 7.5.3.2.1
7-374
da/dt (10"3in/hour)
2024
Condition/Ht: T4
Form: Forging
Specimen Type: DCB
Orientation: S—L
Yield Strength:
Ult. Strength:
Specimen Thk: 1 in.
Specimen Width: 5 in.
Ao:
Kjscc:
Ref: 78313
(1
Kmax (MPcVin)
_
I
4
10
1 I .pill
1
of 1)
Kmax (MPaVin)
1
40
100
1 111 ll>{
-1
4
10
- I 'I 'I'l'l
40
1
100
' I 'I'l'l
- Environment: 3X/DAY-3.5NaCI — 10
— 10
—
-1
10
10
—
:
10
1
—
—
—
-~10
TJ
10
10
10
c
A
-=ho >
i^
10
«-I
c
™H
CZ
—
o
x:
_ —
D
—
■D
-M 10
TJ
El
O
■a
■o
10
10
-3
—d 10
— 10
—
10
Ill 1
10
10
— 10
1 , 1,1.1,
10
4
10
40
10
4
100
Kmax (KsiVin)
Kmax (KsiVin)
10.00 (min)
13.
16.
20.
25.
30.
35.
40.
50.
60.00 (max)
10
40
1 00
Kmax (KsiVin)
Vin)
da/dt (10"3in/hour)
Kmax (KsiVin)
0.423
0.492
0.629
0.795
0.843
0.805
0.823
0.919
0.980
1.30
RMS %
Error
RMS S
Error
3.35
Figure 7.5.3.2.2
7-375
da/dt (10~3in/hour)
2024
CM
9
V
'S
C
00
2
t
£
*» 9
■**
*
e a
HP
siljp
ssgjs
li:SS;i
xSwaax'S
00
CO
to
00
00
to
CO
00
00
eo ixli$i$xl
t>»
Ol s&wfflätes
tH
ixltÄ
•■'■«(S
SB**::
i
eo siS$
t~
03
tH
xxp*:
«*rtv
>-<
o
CO
CO
©
S8SBS
o
CO
eo
"O
to
«o
00
00
tH SäSiß
t- SSJaS
m
03
lH
'H
t-
l-
.<-<
0)
»H
•»*
>
[
■
tH
o*
00
CO
CO
CO
00
CO
äjsseess
■ ,
CO
CO
eo
CO
ccr
t-
&
tH
iH
00
00
CO
CO
00
eo
t~
a>
Test
Time
(min
■■■:.*■
©
8
Si«
©
xÄ
8
*
i
*
I
:
* ':':*• '?
o
tH
CN
tH
CN
■
<*
©
i-l
<N
CN
tH
CN
**
J3
:;:;:::::;i:x
llli:
in
•:v.;.::;:kG:--
lO
CM
CN
CN
H>
CM
rfh
CM
O
e
I
i
I
X
t
+
'
ist
1
■
1
iü
-*■x<N
>
f
::x:xx»*::
lO
t-5
CM
«4
CO
<J>
CO
•,-f-t
00
iH
00
tH
CN
CM
, «o
JO
.-:'«&
11
r» SxtS*
CD
OJ
CJ5
<-> ':W
©
©
■*
tH
SSB9J SSOOJ
SSW« sacs
CO
co
l~
ce
i>
co
tco
XxX:XxiiX:;x::;
X-X-X-X'IX-X-X
vXlXxXIxXx;
1
:
tH
*
tH
i
i
i
«x'tti*
x-x*:<*:
I
>
i
x-x-xt-x+
CM
03
CN
<N
eo
«0
lO
to
CM
<N
CN
|ii o ps|
EH
s
EH
:::::::::::1:x'
I
t
i
■
1
<-*
CD
C~
Tj>
©
■«t
tH
TH
CO
CO
io
cs
'CO
CM"
CM
CO
CN
A
x'SSift;:
t-
t~
t>
CM
eo
CO
•^<
tq
Uli! to
■«
CD
05
CD
■
CM
©
WB% xxOS!
•^ SS«*;:
CO
tH
CO
©
o
05
•••tH
CO
IH
CO
ISS:
CO
Prod
Thk
(in)
j<
■
o wiCK:
tH
I:}:}:!:!:}:!:!:!
■■■■i ■
■ CO
CO
•eo
eo
eo
CM
eo
•>
i
■
1
1
t
i
i
eo
«o
eo
eo
eo
i»
IA
to xlSK?
to
to
to
to
to
to
ca
u
m
o
CQ
U
P
CQ
O
O
»H
tH
tH
iH
:XxX:i'X::
U
iHl eö
U5
to
CM
X
31
£~
CO
CO
lO
a
W
S
&
o
ID
9
9
Q
ft
05
■2 9
*-<
EH
to äsjiSH
■I
p
1-4
£
sc
mm
8
s
(8
•H
>
c
w
;>.;.;.;.;.;.;.;,
to
tH
tH
H
IS9
PQ
O
3
•a
e
||
1
in
si §
u
as
■*»
I
03
CM
t-i
i-5
SSBȊ
lO
eö
-4-3
CO
•5 s
tH
:;x|:irrt;:;
1
1
£ 0):
Sgxg^S;:
HP
CO
§u
-**
■:•:•:•:-:+:•:■:■:■:■:•:■:■
C
E
o
EH
CO
as
a>
CO
CO
"*
*"^
p»8
•<*
eg
►J
to
*H
to
tt
*3
tH
Hi
O
a
55
ill
#
mm
IP! p
:■:■:■:■:■:•:■:•:■:•:*>>>:
>o ■:,ta-
«3
CM
CQ
a mm
a
W
03
CO
C0
eo
e
J
CO
i-H
"S0 9«
S a
0 9
J
CO
EH
e0
00
to
L0
EH
►J
E-!
g S fe
"ö S
* 0
00
tH
CO
L0
P3
a,
tH
lO
CO
EH
CH
ta
CM
m
TH
CM
ia
eo
00
EH
EH
on
7-376
to
00
EH
2024
8a
2
«J
©
o
■ ■♦»•
<X>
o- : V©
:-o:
WäBfe:
co
o
o
«
CD
©
?a»; «SO?
IÜ mi lit: IÜ
3
•*»
SSSBSS
Q
00 ■*»
e «
Test
Time
(min
HQ
«>>
«>: -to-
<o
«-«
5fi
N
»
«
<N
CO
t~
r*
CO
t~
03
r-l
o>
a»
ÄS
»A; *J@J:
O
©
WMi
CO
©
CO
CO
CO
CO
I-C
1-1
iä;™
mm
10
IIP
AS
Sl**!s Sg**;
O
nil « «1
S sswass
wem
CO
r<
tK
»-I
00
CO
«o
m
**
eo
»*t
sl&ls
S*i ä
o
A o*
8Ä ...A:
c
SKSSS
to
sscsg ss**;: mm r»
o» «OS*
SSOSB o>
^^
«►as
CO
©
©
©
CN
CO
A
CO
co
■
1
j
t^
l^:*S
SSiSS?
■<o
SÄ*
■■<*:.
IS**:
8
^
iSSSS
§9
S-Si-s
■
»
«
■:■:■:■:■:♦:•:• -:■:■:■:■:+:■:■
'
A®
U
"S^-2
■a c
eo
go
0
OS
♦
•i-i-i^-l-
«o
CO
CO
«O
CO
eo
^
*>
"*
**
to
UD
ta
"*
•JÄB
X
•**S
^,.' x
•'
■
:M>
Ui
M>
»O
III 111
«
*■*.©* g
a
p
o Ü1 Hi ÜI
03
Ü
Q
Sft?**
!■o
::
i i'i'im:i:i
W?$
^
.2 9
^!'
r*
us
*-*
:
i-<
•Hiü ,'S V*
rH
TH
ö
^>^|:
■w
ee
a
2
•*4
>
:: :: : : : ::
: : : : : : :: :
£. ■ :-
,...
■■
fri.
1
I
s
0>
e
w
Yield
Str
(Ksi)
tf
8 c
ftO
w
02
*o Ss
fa fa
1
a
0)
a
CO
US
s£
"2e *«
O 0
e
U5
►J
►J
Ei
CQ
0
(3
IB
e
o
*1*
W
_
1
"i
fa
00
m
0
K
d
o
e
CJ
~S «
O 9
e
g
mm
'
Hg-
0
mm
-a
Ä
E-<
cß
•■
«M
C
0
a
C3 TJ
si
s
ft
ota
00
7-377
2024 (ALCLAD) I
CM
I
O
l
HI
mm
mm
:W:****:*
■
:
o
]■:■:*,
■:■:..;,.;
HI
wm
m
t-'
ism
m
CO
I>
■MIMIIMnNHMWWtMMMIWtMHMW
Ml
9
D
P
w
K
X
i ^^ -:::
CO
Hi
••
O
3
o
7-378
2024(ALCLAD)
Q
is
rf
£i
2>
is
«
J
!U
6=
Zi
0
CO
u o
2SS
»3
5s ="i «*
Hi
BOB
ü
w
a,
i*
CD
III
a. o
BE*§2
a
§a.
o
7-379
2Q24{ALCLADT~1
Q
u
IS
4
*
iu
33
il«s
2 Ji BQ
u
w
a.
CO
1-2*
SEI
all
5"i
r c
03 o
sd
Q
§
0.
ofc.
7-380
2024 (ALCLAD)
as
Q
2>
>?;
15
0?-
Ä
5>
2 w
M
Q
W
J
rf
P
H
Z
O
U
N
<N
CD
l>
M
is
H 1 .
z .E <S
|4«
o
Ed
ft.
ii*
3g?
pel
Sj
B
a
Si-
§cu
o
II
7-381
2024 (ALCLAD)
as
5>
sw
rf
rff
^*
5>
go
Q
H
D
J
£
i—(
Si
o
O
hi
cd
t>
S3
111
IBS
a. o
frei
$7
O
o
b
7-382
fr>
fr«
frei
frei
2024 (ALCLAD)
IB
*
LS
'i
Oi
to
00
CO
en
o
t»
o>
2>
feo
K
Q
H
H
Z
O
U
Jf
rf
fee
o
O CO
6B«
to
t>
H
53
s ig
PQ
■2*
9*s
a. o
09
s-
D
Q
8ft.
£
03 u
7-383
c-
»
t»
■w»
CO
CO
CO
2024{ALCLAD)
Q
IB
tf
5>
2
gow
j)
Q
P
Z
H
O
ü
CO H
OK
«5 .
37/
CO
g=£<5
i>
W
— o as
6
ii*
9£3
5J
H
J
B?
a.
g~
£
6-
E-
SI
D
D
E-
to u
7-384
2024 (ALCLAD)
BS
b
3
P
2
00
00
CO
CO
CO
*
e»
.>
9
t-
c-
t-
c-
c-
e-
c*
ft
a
s sen
sen
8
en
sen
sen
»
en
s
©
5>
go
L
4
o
t*
•
in
i
GO
CO
tN
^
C8
B
!>
Ö
|
D
3
8p„
o
«
Ed
CU
03
co
tN
I»*
*
9g?
sfes
to
CN
©
::
O
to
to
O
©
to
en
CO
en
CN
t>
tN
CO
CN
■«r
CO
CO
8
V
a
•
to
CN
©
si
CO
©
•w
c*
©
©
S
S
S
a s
s
S
s
g
©
•
E
ö
©
•
•
©
©
to
CN
to
©
so
CN
*
p
©
•
CO
CO
*
CO
CO
t-
CO
©
N"
CN
v
s
*J"
K
%
s
•
i
!
1
i
i
I
•©
CN
i
i
1
i
i
i
•o
©
eo
©
CN
*
©
©
en
©
CN
CO
©
©
CO
*
CN
©
CN
CN
CN
e-
CO
CO
to
©
s
:
IO
CM
in
to
ID
en
l>
•©
i
•
©
CO*
©"
©
to
•
•
©
©
©
©
©
©
CN
©
o
to
©
©
©
s
CO
■V
CO
to
©
CO
o
©
o
©
V
©
CN
•v
s
o
to
©
©
©
£
•c
©
f?
CN
V
CN
**
tN
CN
s
O
©
**
1 s
8
©
o
o
©
O
CN
©
©
©
©
1
!
j
o
to
©
•"•
1—
CN
»
o
©
©
e*
**
1
1
(
o
s©
©
R
©
1
§
§
9»
©
d
©
©
o
©
d
s
8
g
S
N«
—
*
10
»
?■■&■■
to
V
ft
KSO;
W §
CO
:3
3
so
s
CO
CN
o
£8
**
s
o
s
CD
O
s
f-t
s
©
o
CD
O
tN
i
-
1 I
to
en
en
en
o
o
©
v
s
s
CO
s
&
©
**
O
|
*"
CO
**
©
©
©
&
o
8
©
CD
CD
CD
CO
CO
s
CO
CN
CN
CN
CN
CN
CN
CO
CO
CO
X
to
to
to
IO
CN
CN
CN
00
00
CO
CO
IO
IO
to
IO
s
©
N-
©
so
&
o
■v
CN
8
CO
s
B
o
CO
s©
o
CN
©
©
s
©
©
•M
o
o
o
o
o
s
s
©
s
w
s
©
CO
CN
©
CO
CN
CO
©
IO
IO
eo
o
s
s
8
o
8
©
s©
s©
s©
s
s
©
•^
8
«
©
©
©
©
©
to
©
to
©
©
^r
©
V
CD
V
■«■
IO
©
■V
•*•
*"'
H
Ä
so
©
Ö
8.
to
*"" r
so
o
s
©
w
■*f
"5
so
©
©
CO
35
so
s
CO
SIu
fe§£
b
s
©
to
v
*
*
CN
d
f2g^
g
o
s
to
©
to
o
*
00
in
gp
©
tu
H g
a. o
D
D
Q
Cd
CN
CO
CO
o
©
Ig;sb = « oxo*-:
M Hi
IO
©
©
I
•
'
CM
ao
t»
to
CO
SÜ$::
si is
*
CO
«N
ädi o3
2
CO
1
Ü
oj
CN
CN
**s
^
00
u
4
Si
o
•
CO
J3
c
o
ä e 55 |4*
o
en
•en
2>
go
P
H
D
Z
H
Z
■^
en
en
CN
©
rf
©
to
1
IS
a.
IO
CO
s
s© s©
g
©
s©
8
J
J
fi
J
t;
BJ
1^
BJ
g
8
£
£
p
p
s
8
o
O
**
o
©
O
o
si r
$
£
CO [j
m
B
PiÜ
P
2
o
©
§1
Eg
7-385
2024 (ALCLAD): |
a
2>
a«
rfp
IS
5>
Q
ji
a?
P
Z
i—i
H
Z
O
U
N
^
&s
«2
c4
so
Ij.
l>
pa
.S*
3ei
Ed «
§5°
frei
felsr
B|Sfe
s
So
ö
Q
§P.
0
7-386
2024 (ALCLAD)
OS
TO
g
GO
P5
*
Cl
«
CO
S3
S3
CO
S3
©
co
CO
00
00
00
00
00
00
00
00
©
©
8
cs
SK
$
8
8
s
sen
a
a
s
©
©
©
©
©
©
S3
©
©
s
a
a
.
j
©
©
S3
S3
t-
S3
S3
a
8
a
a
8
8
©
|
j
:
!
j
;
S3
©
©
Q
rf
5>
5 Ed
7
fee
c-
4
T3
C
O
IS
,
1
;
.
,
£
5>
^ td
P.
a
■
Q
H
P
Z
o
Ü
*?
CO
i>
U
4
c
o
O
J1
tf
*^,
^
5 a>
•
J
8»
i•*•
Be
OS
8g*
0
O
B
3
>S:a''
freo
.:J:'M:
•v
Igz
*¥B>.:
*
s
©
ta
00
00
to
CO
©
■V
CM
00
CO
CN
©
©
DO
j
[
O
i
i
i
go
S B 05 ¥iU\ s
£~
u
u
•e
£ *■».
CL.
00
8-2*
*~
9ei
©
CO
©
00
to
01
CO
©
CO
vo
CS
O
©
fr-
©
CM
©
•V
V
1
o
*KpJ:
3
v
o
o
©
©
s
©
o
at>
a
o
«t-
_
„
■w
<e
5
©
;
•
o
©
©
SfciJ'
z
*
©
©
o
eo
;
■
■
>
•
©
o
•
©
©
•
P-
©
©
©
©
©
©
©
o
■*•
o
CM
CO
w
©
O
^
o
©
O
CN
«
"
©
CN
t*
©
n
sfr-
J
:
:
i
i
:
:
:
1
o
©
©
§
g
^
^,
:
o
so
o
:
.;
i
§
—
§
I
g
o
*
©
-C
io
g
c-
eg
iw
§
©
o
V
'-*
o
©
©
o
©
o
©
©
o
©
©
3
3
3
3
©'
O
©
©
©
O
S
o
so
o
3
o
3
3
3
©
©
O
©
o
©
O
O
o
©
t>
c-
i>
t-
a
fr-
fr-•v
■V
fr■«•
a
afr-
afr-
&
fr*
&
fr-
_
..
v
■V
<*•
•V
•v
v
TT
■V
■V
■w
feS
fr-
a
•v
cV
51o
i&ff
^ r
a
»«■
Ö
K
CN
©
^
©
o
o
©'
©"
©'
©'
©
o
o
©
S
fr-
afr-
S
t-'
■v
fr*
^f
v
-cr
fr-
o
V
s
a
t»
©
o
t-
at-
©
o
o
3
3
3
3
O
O
S
fr-
S
T3
gg4.
a
o
es
a.
*
©
©
©
■**
©
a>
D
©
©
~
a. o
1?
gs
•
©
;.in;
u
iii is- 1 § «i ^ i
8 £3
©
fr-
•-:'C3
1
tt.
|
p
S3
feo
K
" u5
so
so
so
so
so
s
3
3
3
3
3
3
3
3
©
©
O
O
©
O
O
O
O
o
*§:
0
3
H g
*D
s
M S
H
tj
7-387
o
©
©
! 2024 1ALCLAD)
S
5>
fee
rf
*i
5>
aM
go
J
rf
i
0=
6s«
Ss»
Sag
E8
1-2*
Sg5
S'l
§3°
frei
D
a
§a.
o
£§
si
7-388
2024 (ALCLAD)
«
g
rs<
CO
CO
CO
S
©
$en
»en
CO
CO
„ s
©
m
n
S3
©
©
CO
CN
©
CN
©
P3
CN
©
CO
©
8
©
8
©
8
©
8
©
8
©
8
©
8
©
©
©
8
©
8
8
»
»
»
8
m
CO
©
i
Q
2>
O
u
rf
J3
S
*
.
J3
feo
!
C
o
2
^58
5>
p.
^
*
M
1
CN
©
CN
©
m
C^
t-
t»
e-
©
10
©
«
©
CO
©
CN
©
CN
©
to
CN
©
t-
©
c-
C
O
i
1
i
CN
1
i
8.
©
i
P"
10
|
o
]
IO
to
©
T3
feo
a.
j
1
CN
t-
:
©
(
©
CN
CO
o
Ä
ö
J
^
rf
l|;
^
H
Z
i—i
t>
H
M
3
O 5
. K:
CD
CO
T
CN
CO
V
to
lO
§
us
o
CD
v
bs
t»
©
CO
LO
V
CO
©
CD
©
«
'
. z£ D WM-:
o
en
"^
CO
CO
©
CO
©
©
e6
in
©
©
©
r»
o
©
c-
©
©
©
CN
©
o
©
o
00
eo
00
to
©
©
©
©
©
IO
t-;
s.
to
CD
©
00
t-
©
w
t-
O
©
S
©
o
©
o
o
©
M
"T
w
©
©
©
o
o
c-
o
©
CN
to
©
o
o
©
©
O
©
o
©
©
©
£
©
s
CM
s
CN
©
I
«
«
©
©
©
©
so
o
e*
'
!>SQ::
FINAL
(In.)
2a,
o
04
g
1 z
D
3
8a,
CO
!
INIT
(In.)
2a.
CN
CN
CO
3
Hi
so:
THICK
(In.)
B
o
u
.. CD
4
a ^
B-S*
w
s
YIELD
STR
(Kri)
Z
;:;::0::
B
D
o
so
CN
2
o
CN
©
O
V
©
©
©
o
o
©
©
B
8
©■
o
o
t*
C-
t-
01
en
©
N
04
CN
©
©
©
"
"
•c
10
IO
LO
S
o
8
O
8'*
J= o
CO o
o
s
©
8
8
©
so
©
©
©■
©
o1
3
3
Ö
^p
£
o
CN
i
i **os
CNI
CN
CN
o
©
©
©
©
©
©
00
s
CO
CO
o
©
o
i s
8
CO
CN
8
!
to
o
$
©
©
S3
©
o
©
■v
CN
CN
V
o
s
£
©
o
O
a
o
©
o
o
9
o
OS
©
©
©
©
©
o
o
o
©
©
©
©
o
o
o
o
o
©
©
o
o
©
to
LO
IO
to
IO
IO
to
10
to
to
to
H
H
Jl
E^
E"i
a
s
a
8
8
a
8
s
S
3
s
©
©
©
©
©
3
o
so
a
8
H
e
$
J
^«
_;
8
8
8
©
O
©
©
to
H
Jl
fri
K
s
8
CN
to
-4
O
e-
t»
CN
J
8
2
CM
so
8
o
§
CN
©
J>
«
o
©
©
©
CN
5
K °
to
O
©
s
s
©'
CN
o
a
CN
©
CO
"
8
a
o
s
©
CO
©
J o§
S
il
O
o
8
©
fels
eg*-
Eg
o
f" %
§7
w
CN
8
8
o
CL o
X
§1
o
«g
P
o
i
•*■
w os
6
!
©
©
o
o
8
8
o
O
£
*
s
CO
CO
*=
S
en
cn
P
p
p
I0
P
J=
J3
PS
u
7-389
2024 (ALCLAD)
«
e
CO
§
1
CO
CO
©
©
00
00
CO
©
CO
00
©
©
©
©
p
CO
w
!*
S
s
*en
sm
8
©
c-
c*
e»
v
s
s
»
t*-
s
%
t»
s
t»
s
V
B
s
«
ffi
©
«
s
s
s s
s
s
©
©
©
Q
5>
5 U
c
fe°
4
rf
2°
i
c
o
•
CO
00
J
I
1
i
CO
OS
1
•
•
eo
to
1
j
I
J
J
j
1
i
1
©
CN
©
©
©
o
©
eo
o
CO
u
4
7s
1
1
rf
©
CD
*
*
•
d
CO
t-
©
t-
©
©
to
O
00
to
to
F
ä
au
o
*o
oi
y
c
fee
C 03
CM
tö
oi
2>
S Ed
•
©
IO
to
1
2 si
i
is»*
,
Ü
w
S
CO
©
ZEC
: : :W"
i
I
K
:::
ac
©
©
CN
CN
t-
oi
o
t>
t>
o
fr-"
©
to
c-
IO
O
©
00
CO
o
©
©
©
CO
©
©
c-
©
©
t»
■c
c-
j
1
CN
•
©
©
IO
©
to
o
©
©
©
©
©
rt
©
i
'
i
i
CN
CN
CO
©
©
©
1
i
CN
©
o
:
©
o
«
©
o
o
©
©
©
©
CN
i
i
i
O'■•■■».
O
C4
$7
S 5«*
1
o
mW:
•:<0
«13::
o
o
s
w
11/
1
z
|a„
5
£
a,
CD
o
8
©
§
o
s
oi
©
o
o
to
©
©
8
8
o
to
o
©
s
o
©
©
6
IO
*:»;:
©
so
8
o
5
©
s
o
©
©
8
8
oi
<N
o
o
©
©
©
3
©
©
s
s
a
o
O
g
g
|4*
so
s
©
o
o
8
©
o
o
to
to
©
CN
©
CN
©
CO
©
CO
©
CO
©
©
©
©
©
©
©
eo
lO
©
to
to
to
to
©
©
©
CO
:
;
s.
©
©
o
CN
o
2
©
©
©
s
©
©
©
©
eo
o
©
I-
c-
©
CN
©
N
o
©
©
8
O
©
t>
CN
■
o
©
©
©
©
t
o
s
CO
CN
CN
o
d
8
8
CN
CN
O
C4
©
CN
©
CN
©
©
©
©
o
©
©
o
8
8
8
©
©
8
©
©
©
CO
©
t*
W
e*
CN
«r-
s
S
8
V
CO
tCN
^"
V
1
6°
&7
e*
_;
30
feie
eg^
s
©
i
S
o
8
o
s©
S
©
s
©
s
o
s
S
o
H
H
K
E-*
«
a
©
so
5
o
e
©
o
o
©
o
o
©
o
©
©
o
o
s
S
©
Q
8
o
1
J*
CD Ü
(c
■O
CO
PI
i'S
CO
8
1
i
CO
en
P
P
§1
Eg
1
II
7-390
2024 (ALCLAD)
as
eo
£
s
00
00
<£
B
©
B
©
CO
CO
CO
CO
B
en
B
O)
B
o>
eo
en
ft
s
CO
CO
CO
CO
CO
CO
CO
SO
CO
B
cn
CO
eo
cn
B
B
?
s $ ¥ • i ? «
D
CO
2>
fee
rf
S
rf
i
I
IS
CO
CO
CO
CO
CO
CO
C-
en
en
©
CO
en
CO
CO
CO
00
00
CO
CO
to
i>
to
(0
to
IO
ß
rf
* ^s
^
W
g
D
3
a
i
as
Si*
0
en
CN
CM
to
IO
CO
V
to
V
•V
v
■V
*tr
c*
CO
to
CO
CO
CN
CN
CO
CN
CO
cn
co
■v
to
to
to
to
TT
to
V
CN
to
CO
M
to
CO
00
IO
to
©
" ©
©
CO
to
©
to
©
CO
eo
CN
CO
en
CO
CO
CO
CO
to
©
V
to
©
o
to
00
CN
CO
to
•
•p-
CO
•M
s
CN
CO
cn
j
I
i
:
CO
i
i
j
:
t
eo
CO
eo
en
CN
t»
CD
CD
CO
©
©
to
©
eo
V
*ir
1
I
i
i
i
©
^
o
s
CO
CN
CN
i
g
CO
^,
to
CN
i
i
1
:
i
i
©
o
■w
"
D
FINAL
(In.)
^
p
CC
33 J K
S
©
04
CD
<•■
En M
O
ü
1
A
w
Q
CO
V
to
;
1»
1
«£
M
S" ~» •
S4ä
z
SOB
u
a
-K;
V
o
s
t-
en
CO
cn
«t*
8
8
O
©
i
CN
CN
CN
CN
CN
CN
"
"
CN
:
1
CN
CN
a
CN
o
o
O
04
eo
©
©
o
©
K
©
CO
O
CO
s
©
ES
CN
CO
CN
CD
©■
r>
0
8
8
CN
CO
to
CO
s
s
a
s
CN
s
£
a
s
g
s
S
s
©
©
sd
s
to
t»
t-
IO
©
to
s:
D
so
so
CN
O
o
8
o
8
o
8
8
8
g
©
©
s©
S
O
©
©
o
so
s
©
tu
&
S
o
o
©
o
so
^r
s
o
M
0.
a -*
w
CO
*
9g?
sis
g
CO
o
O
a
©
©
o
©
©
o
o
X
o
CO
CO
CO
CO
CO
CO
eo
©■
CO
CN
©•
CN
CN
©
©
to
CN
CN
CN
©
IO
to
to
to
to
to
to
to
^£
Bpt,
g
0
b
g
to
X
o
a
a
to
e. o
E-
a
io
W «
B?
a
a
©
8
©
8
CD
c*
t-
©
t*
CN
V
to
to
to
to
V
V
to
to
to
to
H
Jl
1
J
J
H
CN
f
(-:
c
s
o
8
o
8
O
8
©
8
©
8
O
8
©
8
8
O
O
K
g
S
O
g
o
s
©
s
o
so
S
©
r
C0
:
X
cn
JZ
QQ
P
c■5
i
e
ß
7-391
to
cn
s
so
OS
*
ug
to
©
^
en
8
Q
e»
J
H
05
©
£>
t^
£
3
o
©
I
5>
rf
rf?
2>
go
4
^
Q
H
*—<
z
o
u
117
d
W
i*
fr" -°
«,
9
a
o
tx.
7-392
2024 (ALCLAD)
Da
Cd
Q
2>
fed
rf
IS
5>
go
Ut
Q
H
P
Z
i—i
H
Z
O
O
J!
8s
I1
a.
e4
ii/
CO
I>
H
E6
PQ
l-S*
9g?
J
*J
^
frei
D
Q
a.
7-393
frei
frei:
2024CALCLAD)
1
D
3>
5>
go
W
Q
Q
P
•J
O
Z
J
^
S
6« .
Sä*
o
o
o
■5 S"
cd
i>
_
Ö
PQ
•2*
eis
E-
•A
&
frei
H
Si
til
5
Q
§
o
h
7-394
This page intentionally left blank
7-395
R
2024 (ALCLAD)
Condition/Ht: T3
Form: 0.09 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 13.3 Hz
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
10
40
i
4
10
Yield Strength: 45.8 ksi
Ult. Strength: 66.6 ksi
Specimen Thk: 0.09 in.
Specimen Width: 4 in.
Ref: 86213
4
100
I i I MM
40
4
100
RMS %
Error
9.97
40
100
1—I I I Mill
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
1
1
1
0.
.5
.8
1.25
1.10
1.22
2.32
3.70
5.31
7.14
14.3
26.3
62.5
202.
363.
5.87 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.15 (max)
Life Prediction Ratio Summary
i
da/dN (10"6in/cycle)
AK (KsiVin)
1.24
1.91
3.52
7.93
11.1
21.0
58.5
137.
161.
8.49 (min)
9.
10.
13.
16.
20.
25.
30.
30.54 (max)
10
I I 111111
=q
AK (KsiVin)
AK (KsiVin)
(2 of 2)
AK (MPaVin)
1—
2.
RMS %
Error
8.68
Figure 7.6.3.1
7-396
Life Prediction Ratio Summary
cm
i
1
1
1
0.
.5
.8
1.25
1—
2.
2048
c
^
CO
OS
t-l
03
en a
e
a
ji
9-t
•V
es
so
ä
s
"8 >
in
CM
5
.o>
Ö
V
•c
•5
o
O
J
1
oap
Ö
V
jj»
a
tf
e
V
V
8 £
ü ÜJ
CO
©
c
CM
CM
s
a
CG
H
•J
c
««
fe
I
"0 >
W Q
05
*-H
09
•W
ö
©
E
■*»
es
V
u
H
-v
«
io
co
H
V
ö
0
•PH
-W
•r*
•Ö
Ö
0
ö
■w
§s
'ö
o is
o
*«■
0)
a
&
fa
&
7-397
2048
CM
«
O
m
<
O
H
H
IP
+
o
w
11!
IP
1»
ill
■I
■
::- **•:: •■
111
m
m
mm
0!
; «0
Si
iä
Hi
••
O
1 o
l-H
B
fa
7-398
2048
CM
<
I
o
i:
O
S!
.5
«AS**:*;
f.*»v.;
+
H
o
CO
ii
a
IM
•;:0
CO
CO
a
6 S3
§
fag a
°§
mm
mi
MI
iiiiilmmiii ■
mil
liüü
C0<
ww
> cu
is
ÖH
111
<N
9S
gS
HO
faO
i
-
Q
H
5*
< oo
:01
S ©
2
DM
Hi
Hi
A«
HHHMiniiiiiniiniiii
8
O
Q
K
S
§
10
7-399
2048
CM
O
■
■§
SSBÖSS
mm
?:*>:: ■;:;:
t
O
*;**•#;*;
im
liäi
ill«
CO
N
iMllllllllltM..MMM*IMMt^.li
Ö
^
3
Hi
a.
Ck
w
Ö
IM
s
7-400
2048
CM
O
II
<
■
CO
o
1»
IP
■
o
Ä
■>:r*m->:
Si
III
III
W
i-H
Äl
M
PL.
I
O
IM
S3
o
o
I—I
7-401
2048
«4-1
o
o
H
lisp
wm
§pii
B
wassss
GO
CO
■■
m
111
to
11!
mm
lO
d
W
$91
C4
to
rial
d
Cd
S3
I3
o
SI
t
H■ •
o
NH
3
I
o
s
S
7-402
2048
O
©
o
so;:
l&rH;:
O
H
o
©
IO
Ü
■T^
•
§
ö
5
Hill!
•
CO
©
«3
<"4
i ■111
••
fa
H
H
5:
fa
h-(
g
£
o
03
CG
fa
B fa ti£*
CO
fa
O
CO
CO
a
CO
©
©
w
«
£
I
©
©
fa
C^
N
fa
o
«
fa
fa
l>
Q
fa
fa
fa
fa
Q
:
yy:;ß<:&^.-\ .
CO
d
o
o
n
H
P§
GO
s°
J
iAiiiiii
0.
H
s
C
CQ
••
£
o
N-4
H
S
H
Z
fa
MM
o
E*
%
S*Si8;;S3:?*5^:::
IÄIII!
OB
PS
'■■***
fa
H
CO
7-403
2048
CfcH
o
o
■ o
äs»;:
a:*»?*;
O
©
to
f
lllp
1181$
•»*
igli
•:■:•:■:•:-:•:•:•*••»:■:■:•
o
s»
1-t
«■I
wmm
P
illiil
o
e
3:-:':::->:':
eo
©
m
SftSSi
■V
*
ISli:
>:¥::»Äöft:::::x:::::
o
-H
»o
M
&~
o
c4
I>
CO
tf
W
eo
o
mKi^^^S:^S5:
$$$&:8:S
»I
op
Ed
s
0.
0.
ji!f§§|i!i
op
llllllt
illllllll lilliilill
iQ
H
7-404
2048
H
1
2>
is
M
slU
84**
o
s
Z
w
g
K
Q
04
e
64
8a.
s
si«
•2*
9«s
§
&°
E-i
K
§2
a
6,
o
z
o
ou
7-405
2>
M
rfi
eS,
z£«
z
g
w
H
o
o
S In
00
■S*
04
!>
S
I
§
gll
fc 0
6«
66e
BS
§2
I
ON
z
Q
O
U
7-406
2048
I
M
a
Q
z
a
M
u
w
an
u
Ü
B-*
a o pa
•2*
gig
W
j
9
ob
feie
e
a
o«
P.
z
o
o
Ü
7-407
E
\ 2048 I
Condition/Ht: T851
Form: 1 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.33
Frequency: 2 - 20 Hz
Yield Strength: 67.5 ksi
Ult. Strength: 71.4 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
= I
10
' I M'l'l
40
I
4
100
' I M'l'l
100
~ 10
10
— 10
— 10
:
-3
10
10
2
— IO' £
o
\
o
-3 |
_
—
— 10
E
—
__
_o
u
2
— 10" Ö
_
Ü
\
4
6^10c
'I
_
—
— 10~ S
—'
-z.
10
Z 10
—
— 10 \
o
1
~*~
"o
— 10
-7
\"°
QBr
— m '\
u
-o
_* —
10
10
—
— 10
10
II 1 1
10
40
— Environment: S.T.W.; R.T.
10
c
10
_i
— Environment: Dry Air; R.T.
o 10
\
(2 of 2)
AK (MPaVin)
1 , 1,1,1,
10
4
10
40
AK (KsiVin)
10
1 , i.l.l,
1 , i.l.l,
4
40
10
100
AK (KsiVin)
Life Prediction Ratio Summary
1
1—
.5
.8
1.25
0.929
2.06
3.55
5.39
7.58
9.45
14.5
24.4
5.12 (min)
6.
7.
8.
9.
10.
13.
14.65 (max)
1.41
2.19
3.28
8.87
18.5
42.9
—i
da/dN (I0"6in/cycle)
AK (KsiVin)
0.499
0.573
0.896
5.67 (min)
6.
7.
8.
9.
10.
13.
16.
19.95 (max)
0.
~
100
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
22.63
— 10
— 10
RMS %
Error
12.69
Figure 7.7.3.1.1
7-408
Life Prediction Ratio Summary
0.
.5
.8
1.25
2048
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.33
Frequency: 2 — 20 Hz
Yield Strength: 59.1 ksi
Ult. Strength: 64.4 ksi
Specimen Thk: 1 in.
Specimen Width: 3.1 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
- I
10
40
' I M'l'l
I
1
10
40
1
' I M'l'l
100
" l|ll'l
-
- I
—
— Environment: S.T.W.; R.T
' I 'l'l'l
— Environment: Dry Air; R.T.
4
1
100
(2 of 2)
AK (MPaVin)
10
~-
—
10
_Q>
03
2
— io" £
—
a
O
o 10
c
Z 10
10
— 10
_
—
-—
-
Q
E
_x"0
— 10
—.
o
-5
— 10
10
— 10
10
1 , 1,1,1,
- 1 , 1,1,1,
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
i
1
1
1
.5
.8
1.25
0.763
5.10 (min)
6.
7.
8.
9.
10.
13.
14.76 (max)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
1.07
1.50
2.49
3.69
4.94
8.99
19.4
55.3
64.7
6.42 (min)
7.
8.
9.
10.
13.
16.
20.
20.35 (max)
RMS %
Error
20.04
10
AK (KsiVin)
AK (KsiVin)
1—
2.
RMS %
Error
17.13
Figure 7.7.3.1.2
7-409
1.61
3.27
5.24
7.02
8.85
16.3
19.7
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
F
] 2048 I
Condition/Ht: T851
Form: 1 in. Plate
Specimen Type: CT
Orientation: T-L
Stress Ratio: 0.33
Environment: DRY AIR; RT
Yield Strength: 65.4 ksi
Ult. Strength: 70.5 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
10
Ef I ' I M'l'l
40
4
100
1
1
I ' I Tl'l
-
~ 10
— Frequency: 2. Hz
(2 of 2)
AK (MPaVin)
10
40
~
I M'l'l
100
I I I I Ml
10
— Frequency: 20. Hz
-2
-2
10
10
— 10
— 10
10
2
—
— icf £
~~
_
— 10
O
Ü 10
c
x>
-3
io"2£
Ü
o
o 10
10
E
■Z. 10
-Jio
>
—
—
10
_0J
"O
10
-
XI
_R |10
^•D
10
o
XI
10
10
— 10
—
10
10
10
— 10
10
E
- 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
'
da/dN (10"6in/cycle)
13.
16.
19.81 (max)
RMS %
Error
19.70
.5 .8
100
1.25
0.737
0.872
1.39
5.67 (min)
6.
7.
8.
9.
9.90 (max)
Life Prediction Ratio Summary
0.
I I I III
40
da/dN (10"6in/cycle)
AK (KsiVin)
8.19
20.1
35.3
123.
10.08 (min)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I
I I I III
4
100
2.
RMS %
Error
12.73
Figure 7.7.3.1.3
7-410
1.99
2.63
3.62
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
2048
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.33
Environment: DRY AIR; RT
Yield Strength: 57.3 ksi
Ult. Strength: 63.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.55 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
1
4
t- I
10
' I 'I'l'l
40
1
F
(2 of 2)
AK (MPaVin)
1
100
4
- I
' I M'l'l
—
10
' I 'I'l'l
40
1
100
' I 'I'l'l
=1
10
Frequency: 30. Hz
-2
10
— 10
10
o
—J io
E
10
o
-a
10
-o
_* —
10
10
10
10
.-8
10
4
10
40
4
100
da/dN (10"6in/cycle)
RMS %
Error
26.64
-1
r~
.5 .8
100
0.419
0.667
1.14
1.75
2.56
3.71
11.7
42.9
5.34 (min)
6.
7.
8.
9.
10.
13.
16.
17.07 (max)
Life Prediction Ratio Summary
0.
LL
I I I I II
40
da/dN (10'6in/cycle)
AK (KsiVin)
0.546
0.560
0.980
2.16
4.18
6.46
13.8
49.1
163.
5.73 (min)
6.
7.
8.
9.
10.
13.
16.
18.10 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
I I I I III
RMS %
Error
15.53
1.25
Figure 7.7.3.1.4
7-411
70.6
Life Prediction Ratio Summary
.5
.8
1.25
i 2048 I
Condition/Ht: T851
Form: 1 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.33
Frequency: 2 - 20 Hz
Yield Strength: 65.4 ksi
Ult. Strength: 70.5 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
=
I
—
10
' I 'I'l'l
40
I
4
100
- I
a
' I M'l'l
Environment: H.H.A.; R.T.
(2 of 2)
AK (MPaVin)
—
10
i I 'i'l'l
40
I
100
J
' I M'l'l
— Environment: S.T.W.; R.T.
— 10
—
— 10
-2
10
10
"■""
— 10
10
10
_5>
—
— io" £
_
— 10
ü
o 10
\
c
E
-5
— 10
_R -
10
-
/
—
u
6^10-4
\
c
_
—
Z 10
10
T>
~~
2
~™~
Ü
— 10
—
w
o
-o
— 10
E
D
10
-S
— 10
—
— 10
—
10
10
-= 10
— 10
.-8
10
"
I
, I,I,I,
4
I
, I,I,I,
10
40
10
- I , I,I,I,
4
100
da/dN (10"6in/cycle)
—i
1
1
.5
.8
1.25
0.697
4.50 (min)
5.
6.
7.
8.
9.
10.
13.
15.99 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.40
1.74
3.05
4.76
6.83
9.24
19.4
41.1
74.2
5.67 (min)
6.
7.
8.
9.
10.
13.
16.
18.55 (max)
RMS %
Error
13.56
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , LI,I,
10
RMS %
Error
14.53
Figure 7.7.3.1.5
7-412
1.05
2.12
3.74
5.86
8.32
10.9
19.6
49.0
Life Prediction Ratio Summary
0.
.5
.8
1.25
1
on/iQ
1
,
R
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 2 — 20 Hz
Environment: S.T.W.; RT
Yield Strength: 57.3 ksi
Ult. Strength: 63.7 ksi
Specimen Thk: 1 in.
Specimen Width: 2.55 in .
Ref: AL001
(1 of
AK (MPaVin)
1
4
10
40
°
AK (MPaVin)
1
100
= I
0
' I 'ITI
40
I
100
_i
' I 'I'l'l
0
10
10"2
IQ"2
-i
-1
—
10
— 10
ID"3
io"3
0)
io"2£
(D
o
\
Ü
m
^10"+
, E
c
10
—
zio-s
10
10
— 10
— Stress Ratio: 0.33
~~
o
"°
4
Q>
E^
_c
-z.
Z10"5
1°'2£
o
—
<u
o
u 10
_3E
10 \E
-z.
T3
6
—
or
—
S
—
— 10
>
T7
■ w
10
~° .«-»
10
"U
-5
-5
10
-
io"7
-6
-6
— 10
10
r" 1 , 1,1,1,
I."1
1
4
I , I, hi,
10
40
-
" I , LI,I,
irfB
1
100
4
da/dN (10"6in/cycle)
4.51 (min)
5.
6.
7.
8.
9.
10.
13.
16.
16.89 (max)
1 , 1,1,1,
10
, 40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
>
O
— 10
—
io"7
\
6
da/dN (10 " in/cycle)
AK (KsiVin)
0.388
0.502
1.33
3.46
6.44
8.91
11.2
26.3
63.0
106.
RMS %
Error
Life Prediction Ratio Summary
i
1
1
r- -
i
24.64
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.7.3.1.6
7-413
.5
.8
1.25
2.
R
I 2048 I
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 30 Hz
Environment: S.T.W.; RT
Yield Strength: 57.3 ksi
Ult. Strength: 63.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.55 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
10
-]—i | i | i|i|
(2 of 2)
AK (MPaVin)
4
40
100
1—i I i I i|i|
10
- I i I 'I'l'l
40
100
a
I ' I Tl'l
- Stress Ratio: 0.67
—
-2
10
— 10
—
-3
10
_QJ
I—
—
O
6^10-4
—
c
— 10
Ü
__
_
E
■Z. 10
—
3
Jio
>
—
■o
10
—
-= 10
—
-7
10
— 10
10
4
10
40
~ I , l,I,I,
4
100
da/dN (10"6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.16
1.52
2.61
4.81
8.72
15.1
24.6
73.6
75.7
4.19 (min)
5.
6.
7.
8.
9.
10.
13.
13.10 (max)
0.0778
0.0808
0.131
0.213
0.337
0.777
2.46 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
8.09 (max)
RMS %
Error
17.95
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , M,I.
10
1.60
2.97
5.05
5.28
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS S
Error
18.31
Figure 7.7.3.1.7
7-414
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
2.
2048
Condition/Ht: T851
Form: 4 in. Plate
Specimen Type: CT
Orientation: S—L
Stress Ratio: 0.33
Frequency: 2 — 20 Hz
Yield Strength: 56 ksi
Ult. Strength: 62.5 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Rief: AL001
(1 of 2)
AK (MPaVin)
1
4
10
l=—i—i 1 i l Mil—
1
40
100
I M Mill
4
10
40
100
t= I ' I Tl'l—I ' I 'I'l'l
— 10
Environment: H.H.A.; R.T.
(2 of 2)
AK (MPaVin)
- Environment: S.T.W.; R.T.
-A 10
10
— 10
10
10
io"2 °
-S2
o
o
io" E
-3 r:
10
E
10
10
—I
ü
o 10
Z10
o
o
XI
T3
10
10
10
-7
10
-6
10
10
'
10
LL
i ' i' ii
4
I , I,I,
10
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
6.
7.
8.
9.
10.
13.
14.81 (max)
RMS %
Error
17.48
.5 .8
100
1.05
1.48
2.54
3.97
5.97
8.90
13.3
42.2
84.1
4.50 (min)
5.
6.
7.
8.
9.
10.
13.
15.41 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.18
1.70
3.33
5.39
7.99
11.5
35.7
78.8
5.60 (min)
10
AK (KsiVin)
AK (KsiVin)
1.25
RMS %
Error
15.03
Figure 7.7.3.1.8
7-415
Life Prediction Ratio Summary
1
1
;
—I-'
.5
.8
1.25
2.
2091
I
O
s;
4
ffl
IM
1? i
+
;:::0"::
m
a
cq
111
III 1!
111
o
d
10
(0
wm
01
o
CO
n
M
lO
IO
d
o
Ed
i
Ed
63
X
J
0.
CO
Hi
iJ
••
O
CO
DS
a
o
X
7-416
2091
o
o
©
mm
*-t
o
©
ssio;:
i>
IÄÄ
S&«3äSöä:
3 nigi
h
£
rt
J
H
£
^
t-
co
—H
«
CO
CO
**•
©
—*
5.
3
o
©
CO
CO
CD
CO
CO
CO
CO
IO
*a
d
d
d
H
H
ca
W
ca
CO
CO
s
ca
s
iiiiii
1
illiill
2
Z
o
o
ti
«3
w tlllllll
°1
o
o
&~
O
-i:!-!-:$:-:-:^i-:::-:$:§l
CO
IN
O
PQ
-
og
H
a
Ed
a
a.
iBifc
a.
i-3
••
&
o
O
h-1
Ü
3H
?:
ä
Ü
H
1—4
g
fcl
siiiii
c3
CO
o
CO
i&iiiiii
b.
to
CO
CO
CO
CO
CO
Iß
CO
I
7-417
CM
O
O
O
:•::•©.:
-*
o
©
e
H
VO
Ü
C"
•Si
ill»
Ii«i
• III»
<
X
o
03
s• •
Z
Bz
Z
w
I—I
03
02
§
H
0
tf
02
«
fa D
O
03
3
I
©
CO
o
03
CM
>
1
o
O
d
CO
C0
CO
CO
c-
CO
00
o
to
eg
co
Ol
M
m&Ztm®
h.
z
w
CO
*«*
;:;
©
CO
•:>:W:
o
co
CO
^4
T
O
o
o
o
o
©
eg
o
o
Ö
o
o
CO
o
:::::
:-:*:$>x : : :*: : : : : :
w
N
Ö
&~
il^ÄlllI
o
CO
QH
H
ZS
O
fa O
*:;
^
»H
o
IC
o
IO
w
5
isrJSsSi^ssmisiss
ODUC
ORM
Q
£°
J
H
••
tf *
O
Z
5a
o
u.
ca
H
s
■
c
to
PL.
z
o
hH
H
3
H
Z
H
i—*
O
5-*
Z
;S»iS;äJS:ssi:;ä;ss
51
p@n»
CONDITI
HEAT TR.EA'
w
,2
CO
»o
t00
E-
7-418
2091
o
O
©
SHOK
SI***
':
-.' '
O
■*:■:*>:*:¥:¥:*£¥
■©
IO
S&k**:?:*:*:*
mmm o
!
Illlgi
53 üiiiiii
o
.&
rt mm**m
io
mmtmm
ms^mm
3
•J
lllpl
H
•4
o
o
c-
o
CD
CM
mmmm
S
00
03
CO
ei
illlfl
llttli
1
00
U3
CO
«5
z
o
d
d
d
io
IO
d
d
F-
M
ptf
CN
H
a
?
Ptllllllf
msmmm
gS
io
CO
llillll
W
PQ
^fc'-v
eq
o
ö
llpllll
F-
op
fa
a
a
a
CO
W
ca
a
CO
a,
BS
s
C4
iJ
&
••
14
0
HH
H
SH
fc
H
B
z
Zg
op
ss^;ifi3s.5ssHi
a
CO
o
CO
Z&*
h.
U3
CO
CO
CO
E-
CO
&.
io
CO
CO
i£>
00
H
öS
X
7-419
2091
o
o
o
ft:**:j:
O
H
O
©
äK<OS
c*
Ü
ipti
J8
fa
< IIIÜI
X iiüi
o
03
Z
••
B
z
M
Z
02
03
s
B
O H
fa
CO
o
IN
©
d
q
-«3*
CO
CD
s
o
lO
N
o
O
o
O
Ö
O
d
«5
©
ID
M
S^W:^:**:;*
C~
$^^^^^ fa **
w
3
o
CO
o
to
tf
03
co
e
*
sss^ssss;
Z
0
03 fa
fa D
fa
3
IIIÜI
?
W ill»
K
CO
>-*3
S>
O
': V ''•■'.• .-'
w
;^:|^:^:^^:i:
Q
aS
zo
ti
1-4
fa o
fa
lllllll
Q
5..5
:
: :H; 'YU:.
....
IV] C5
PS
IAS»!:;
Ed
s
Ed
CD
03
Ü
*•
Z
o
hH
Äillilili
&.
H
B
Z
Z
op
S
H
fa
s0
li
sa
N
M fa
Ifpplll
zP
0&4
fe.
«o
r00
E-
7-420
.a
cd
■a
a
o x
CN
a
o C
m
.
c _J ■*
(O c
M-
o —
d m
«+•
0
a>
.* O
U S3
o
ä »
<
ES .* x:
LÜ
>
O
1o
a
II
■«■
O*
c
c c c c
a
u <D
E E E
Ö o o
o o
u
CO
_l
_*
°- S a. a.
a« ü
L±J
O
Z
<
i*>
<u
>
I—
CO
j^
o
■+-»
Ü
u
o
e
CN M-
m
n o LcoS
3
CO
ÜJ
UJ
^3
■SJ
ffl
^ o
2
JZ
o
o w oi
m
■a
c
o o u M c
o: UJ
u
SJ
T
o
o
r
T
r
«>| /fysU9}U| SS9J^S
Figure 7.8.2.3.1
7-421
T
a
o
O
O
«N
(UI/US>0
r
.o■
o
Ld
>
Z>
O
UJ
o
<
C/)
C/)
Ld
(UIyVIS>l)
U>\ A}ISU8}U| SS8J^S
Figure 7.8.2.3.2
7-422
Lü
>
O
üü
ü
<
hGO
in
ÜJ
(üiA!S>l) *X ^!SU9^U| SS3J^S
Figure 7.8.2.3.3
7-423
.o
■«
•a
a
o 3X
O)
CM
a
€
■I
-3
c
in •—„
•"■
"3
c hr co c
ao Ji9o m
a>
■o ••
0) E i: o>
:* o 2 Zi
o 53 a K3
<
S5 £ -
_o
o C .* £
Lü
>
O
üJ
i
5c O H *
C
c c
o c
© ffl 4)
ü
E E E
o o
o o
O V
a. O
>, O. O. Q.
P m t/i t/>
o
o
K)
O
ü
tu
<
o
C/)
o
if)
.a
Lü
ro
CD
i— o
tu
E
c O
V
x a> * ..
o
o w w o
m c.
o
u
•• ••o a>
* a:
o
o
a
o
o
o
CM
(UI/US>j)
M>1 Ä}ISU9}U| SS9J}S
Figure 7.8.2.3.4
7-424
.o■
o
CD
■o
a
o 3
X
a
2
.0 C
IT) • ^—
CM
o
c
o
a.
■*
.
to c
a —
o to
CD
a at
■o
a
MM-
0
O
<
u
E
i
>
o•
je .c
0
-M
o>
c
u
£
V c
o c
o c
f)
_i
° E E E
O
a "o "G 'ö
Q. ffl O Ü
>, Q. a. a.
_*
O4
LJ
O
Z
K)
0
0
i-
O
a;
<
>
H-»
O
(/)
O
in
O
<N M-
LU
L±J
n
(0
n o
sip o3
o
o
-C
c
o W
09
0
u
in c
O
m
o
u
•«
u
a:
T
o
o
10
1
r
1
1
r
1
r
a
CM
(H!A!s>0
U
X ^!suslul ss9J}s
Figure 7.8.2.3.5
7-425
.0
d
Lü
>
Q:
3
O
h00
•^^
C/)
c£
: Cente
Imen 0
Imen T
Imen Vt
-Cracked Panel — Max
antatlon: T-L
ckness: 0.0646 In.
th: 3.992 In.
<J)
<D
(N
ondition/Ht: T3
orm: Sheet (0.063 In
c: 63 KsIVTn
eference: WL001
J_
■o
.3
o
it?2
O ü ü u
Q. O O V
>: Q. Q. Q.
Lü
ü
<
Z
f
u
ÜJ
ULL^Q:
(UI/US>l)
7-426
H>j A}ISU9}U| SS9J}S
Figure 7.8.2.3.6
.o
■a
a
3
cD
(J)
cN
X
a
2
1
_
o
c
—
§"7 3
Ü. ^J *I
a .
■a
y •• ^c
o c
j4 o 2
ü 33 « r*
<
Ld
>
(Z
ZD
o
Ü
-f
: Cente
Imen 0
Imen T
S5 S • •
Ü c JC .c
c
o
I
©
X[
il'llE ?
c
E
a
u o *<3
Q. O O
>> a. o. a.
K-?</J W (/)
■
t
LJJ
O
O
<
#>
z
^■^B
CO
Ld
(Z
o
<«-N
.o
LÜ
■4-«
jf
r—
5
fi sflc
*kr o
o
h- o> q
_j
^^ en
X R
5
\-S0Q • •
o
c
nditlon
rm: PI
: 94.2
r{/)
o
o o u a>
U Li_ >* a:
T
o
o
n
i
1
1
1
1
r
T
1
r XL
CM
(ui/us>|)
*>| X}|sua}U|
Figure 7.8.2.3.7
7-427
SSSJ^S
•a
a
o 3X
CM
a
I
—
a
•
c
—
■a
«
c
Q C •• —
^ o n
OS "N
Eo ?
Ld
>
ü C .* £
I ® £ £
c c c c
O O V
u E
E E
O
ö *ö "0 *o
Q. o o u
>;
a. o. a.
LÜ
O
z:
<
i—
tn
a
»- O ^
•• ^ J5 *
> a to Ü
§1° g
?
E »t nj)
C C
o o o «
o u. *: on
(ui/us>jj a>| A}isu^u| ssgj^s
Figure 7.8.2.3.8
7-428
.a
CO
■o
o
o J3
X
D
3£
I
_
o
C _J
_o C
in
c
—
,? I 5
•+■
M-
■>
0
Ö
<
o c a
a
so 3c a>c s:..
eg
LJJ
>
01
Z>
O
n
JC
I •n
3 o i- *
ö>
c
c c c c
9
O a 0 i>
-
E E E
Ö o
Q. O
_l
O Ü
_*
a u
a. a.
_a«
C/l V)
Lü
O
Z
K)
V-
O
<D
>
<
-H»
in
CO
JZ
O
_o a;
u
CM ^f-
Ld
01
LÜ
o
c c •• •»o o o «
O U_ :* DC
.o
a
(UI/US»)
*>j A}ISU9}U| SS9J}S
Figure 7.8.2.3.9
7-429
R
2091 I
Condition/Ht: T3
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Yield Strength: 42.3 ksi
Ult. Strength: 61 ksi
Specimen Thk: 0.064 in.
Specimen Width: 3.912 in.
Ref: WL001
Orientation: L—T
Frequency: 1 — 10 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
10
40
-Ml U'l'l
I ' I Tl'l
_L
4
10
P=~l—i I i IHM—
40
100
i i 11 mi
— 10
— 10
— Stress Ratio: 0.02
—
10
AK (MPaVin)
1
100
—~
—
10
— 10
10
-3 —
10
—
—
o
—
o 10
—
—
—
10
"o
—
—
.2?
— 1°"2£
o
. —
— 10 ^E
—
—
Jp
_c —
10 —
jP
\h
jP
—
-7
10
10
—
— 10
—
— 10
m
—
"
I
, I,I,I,
4
I
10
i I i I ili
40
io"2£
ü
6^10-4
10"3E
10
10
a
10
10
10
10
-
1Q-8|
1
I llllh
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
100
da/dN (10"6 in/cycle)
AK (KsiVin)
RMS %
Error
r—
0.
40
0.216
0.518
1.14
1.90
2.70
3.46
5.40
7.28
11.3
26.3
28.0
5.25 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
25.29 (max)
RMS %
Error
7.16
u
' i i im
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
o
X)
—
— 10
—
—
10
.5
.8
1.25
Life Prediction Ratio Summary
0.
2.
Figure 7.8.3.1.1
7-430
.5
.8
1.25
2091
Condition/Ht: T3
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 1 — 25 Hz
Environment: LAB AIR; RT
4
1
10
Yield Strength: 42.5 ksi
Ult. Strength: 57.3 ksi
Specimen Thk: 0.071 in.
Specimen Width: 3.914 in.
Ref: WL001
(1 of 1)
AK (MPaVin)
40
AK (MPaVin)
4
10
I I I I MM
100
I ' I M'l'l
-MI M'l'i—r
- Stress Ratio: 0.02
R
40
1—r-
100
TT
— 10
— 10
10
— 10
10
10
Ü
ü
o 10
-3 I
3
io" E
■o
10
10
E
10
T3
—
-Jio >
o
10
— 10
10
10
— 10
10
10
4
10
40
I
I I I 111
4
100
da/dN (10-6in/cycle)
Life Prediction Ratio Summary
i
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.126
0.465
1.18
1.73
2.02
2.21
2.42
4.28
9.57
28.3
150.
4.31 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.44 (max)
RMS %
Error
15.36
I I III!
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
10
1
1
1
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
Figure 7.8.3.1.2
7-431
-T
1
1
.5
.8
1.25
R
1 2091 I
Condition/Ht: T351
Form: 0.42 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency:
Environment: ;0.°F
Yield Strength: 46.7 ksi
Ult. Strength: 64.7 ksi
Specimen Thk: 0.423 in.
Specimen Width: 2.007 in.
Ref: WL001
(1
AK (MPaVin)
4
- I
10
I I 'I'l'l
40
I
of 1)
AK (MPaVin)
4
100
' I 'I'l'l
= I
^
40
1
100
' I 'I'l'l
10
10
— 10
—
— 10
—
10
10
<u
~~~
JD
—
_
a>
2
10" Ü
o
\
I—
O
Ü
fri o"+
-3 I
— 10
—
E
^10"4
c
_
10"
"~~
— 10
o
T3
'I
z
2M0"5
■a
EZ
10
m" ^
u
"O
_K i—
10
10
— 10
— 10
-7
10
10
— 10
— 10
10
3
— 10
— Stress Ratio: 0.33
_Q3
10
' I 'I'l'l
-
I , I,I,I,
4
Jf, LI,I,
JO
40
-8
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.00791
0.0158
0.0220
0.0270
0.0556
0.0785
Life Prediction Ratio Summary
0.
40
0.00371
0.00544
8.19 (min)
9.
10.
13.
16.
20.
25.
26.30 (max)
RMS %
Error
13.00
10
AK (KsiVin)
AK3 (KsiVin)
—i
1
1—
.5
.8
1.25
RMS %
Error
Figure 7.8.3.1.3
7-432
Life Prediction Ratio Summary
i
1
0.
.5
1—
.8
1
1.25
1—
2.
I
Condition/Ht: T351
Form: 0.42 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency:
Environment: ;0.°F
1
- I
10
°
40
' I Tl'l
I
of 1)
' I TPI
""™"
_
1
-
40
100
. , - 1'! M
|
—
10"2
—
-i
10
-1
— 10
la"3
io"2£
—I
o
—
\
—
, E
'a?
o
o10"4
c
^-^
—
—
—
2 10"5
\
o
10"3E
10 \
D
XI
s
V
QJ
O
—
6"10-4
c
^-s
—
zio'5
■a
\
—
o
"°
~ 1 , 1,1,1, fl , I.I.L
10
"D
-5
-6
40
—- 10
-
" 1 , 1,1,1,
in"8
1
100
4
I , I,I,I,
10
40
— 10
-
100
AK (KsiVin)
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
'
•z.
10"7
fflfir^
4
E
10 >
o
-6
1
10
10
ji
a
Ü
-6
10
-5
10"7
io"2£
_3E
10
in"8
-*
10
—
IQ"3 —
10
|
4
10
i | i|i|,|
— 10
—
7=1
' D
AK (MPaVin)
1
100
— Stress Ratio: 0.33
10"2
I
Yield Strength: 51.7 ksi
Ult. Strength: 64.1 ksi
Specimen Thk: 0.422 in.
Specimen Width: 2.003 in.
Ref: WL001
AK (MPaVin)
4
z 09 11
12.58 (min)
13.
16.
20.
25.
30.
34.00 (max)
da/dN (10"6in/cycle)
AK (KsiVin)
0.00861
0.0108
0.0287
0.0461
0.0607
0.0868
0.135
RMS %
Error
Life Prediction Ratio Summary
49.55
i
i
i
i
i
0.
.5
.8
1.25
2.
RMS s
Error
Life Prediction Ratio Summary
0.
Figure 7.8.3.1.4
7-433
.5
.8
1.25
2.
R
-I 2091 I
Condition/Ht: T6
Form: 2.24 in. Forging
Specimen Type: CT
Orientation: L—T
Frequency: 10 Hz
Environment: H.H.A.; RT
Yield Strength: 65.4 ksi
Ult. Strength: 68.9 ksi
Specimen Thk: 0.252 in.
Specimen Width: 2.025 in.
Ref: WL001
(1 Of 1)
AK (MPaVin)
4
1
= I
10
40
-T
' I M'l'l
1
AK (MPaVin)
1
100
4
= I
I I I INI
10
' I 'I'l'l
40
I
100
' I M'l'l
10
— Stress Ratio: 0.1
— 10
— 10
-3
10
-'
10
_ —
—
_
Ü
10" £
io"2£
o
O
^10"4
c
_
Z 10
"o
10
10
,o-I
t
-4 JO
— 10
o
10
10
— 10
10
10
10
— 10
— 10
10
'
u
i i 11 n
4
'
10
10
I I 11 III
40
4
100
da/dN (10-6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.451
2.14
6.04
31.5
54.0
10.59 (min)
13.
16.
20.
20.98 (max)
RMS %
Error
28.68
10
10
10
.22
o
3
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
i
1
1
1
2.
0.
.5
.8
1.25
Figure 7.8.3.1.5
7-434
1—
2.
I
1
Condition/Ht: T6
Form: 2.24 in. Forging
Specimen Type: CT
Orientation: T—L
Frequency: 10 Hz
Environment: H.H.A.; RT
4
10
40
-Ml 'I'l'l
° of 1}
I ' I 'I'l'l
4
1
- I
-
10
' I 'I'l'l
40
I
100
' I 'I'l'l
10-2
10
10"2
-1
-1
— 10
~~^z 10
—
—
io-3 . .
_„
io" ^
V
o
o
\
-3^
10
E
—
—
2 10"5
X>
o
XI
-6
10
o
6"10"4 —
—
_
—
\
c
^—'
-5
10
40
—
—
— 10
4
— 10
10"7
-6
1
XI
-6
10
—
—
I ...LU
m"8
—
I , I , I, I.
1
100
-6
— 10
4
da/dN (10"6in/cycle)
7.22 (min)
8.
9.
10.
13.
16.
20.
21.20 (max)
I
10
i I i 11li
40
—
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10-a|
E
^-^
-z.
\
a
~°
o
\
4J3
10 >
0
XI
-5
" I , I,hi,
io" £
—
—
— 10
10"7
QJ
2
—
(U
Z10"5
4~°
— 10 \
\
o
io"3
Q)
2
o 10
\
c
^^
_i
— 10
—
in'8
D
AK (MPaVin)
1
100
— Stress Ratio: 0.1
"°
I
'
Yield Strength: 69.6 ksi
Ult. Strength: 79.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.002 in.
Ref: WL001
AK (MPaVin)
1
o
z. 09 11
da/dN (10 "6in/cycle)
AK (KsiVin)
0.126
0.172
0.518
1.69
8.21
15.9
49.1
71.2
RMS %
Error
Life Prediction Ratio Summary
17.07
0.
□
.5
.8
1.25
RMS x
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.8.3.1.6
7-435
.5
.8
1.25
2.
2091 f—
R Condition/Ht: T8 275F 12HRS
Yield Strength: 46.5 ksi
Ult. Strength: 64.6 ksi
Specimen Thk: 0.063 - 0.064 in.
Specimen Width: 3.746 - 3.75 in.
Ref: WL001
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 10 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
1
10
4
40
100
■i I i 11111—
- I ' I 'IT
(2 of 2)
AK (MPaVin)
10
- I i I 'i'i'i
40
100
a
| ' | MTI
—
— 10
— Stress Ratio: 0.5
— Stress Ratio: 0.0
10
— 10
:
10
_5>
— io"2^
■"™"
—
-2>
o
\
o
4
6-10c
-3 |
— 10
_
—
Z 10
"a
l=
~o
_« I—
10
—
JT
E
— 1<T\
D
— 10
—
10
— 10
10
4
10
40
4
100
da/dN (10-6in/cycle)
RMS %
Error
14.11
100
1
1—
.5
.8
1.25
1.49
5.
6.
7.
8.
1.07
2.33
3.78
5.19
6.52
10.3
14.5
21.3
37.5
213.
—i
0.694
4.30 (min)
0.289
2.94
4.50
6.13
7.92
9.
10.
13.
16.
20.
20.06 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.168
4.71 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.60 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,I,I,
- I , LI,I,
RMS %
Error
7.08
Figure 7.8.3.1.7
7-436
10.1
19.4
33.5
87.0
88.7
Life Prediction Ratio Summary
i
\
1
r—
0.
.5
.8
1.25
2.
2091
Condition/Ht: T8 275F 12HRS
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 10 Hz
Environment: H.H.A.; RT
4
10
40
- I i I Tl'l
Yield Strength: 47.7 ksi
Ult. Strength: 66.2 ksi
Specimen Thk: 0.063 in.
Specimen Width: 3.003 in.
Ref: WL001
(1 of 1)
AK (MPaVin)
100
I ' I UTI
— Stress Ratio: 0.1
AK (MPaVin)
1
a
10
— 10
— 10
10
2—
_—
I-
— io" £
_
—
—
Ü
o
6-10-4
c
Ü
_
-5
Z10-5
-o
100
— 10
o 10
c
40
I I I I I Ml
-2
—
Ü
10
1 I I Mill
— 10
-2
-2
4
P=—T
10
10
10
:
_K l—
10
10
— 10 \
o
/
o
T3
10
—
f
10
— 10
10
10
10
— 10
10
R
I , I,I,I,
- I , U,h
4
10
40
10
I , LI,
4
100
da/dN (10"6in/cycle)
5.
6.
7.
8.
9.
10.
13.
13.76 (max)
Life Prediction Ratio Summary
i
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.186
0.353
1.04
2.33
3.84
5.51
7.55
17.9
24.8
4.35 (min)
RMS %
Error
8.06
I I 11ll
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
10
1
1
.5 .8
1
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
—i
1
1—
—i-'
2.
.5
.8
1.25
2.
Figure 7.8.3.1.8
7-437
\ 2091
R Condition/Ht: T8 275F 12HRS
Yield Strength: 47.4 ksi
Ult. Strength: 62.1 ksi
Specimen Thk: 0.062 - 0.064 in.
Specimen Width: 3.75 - 3.751 in.
Ref: WL001
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 10 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
- I
10
40
i I MM'I
1
4
10
i I i I i|i|
100
' 1 M'l'l
(2 of 2)
AK (MPaVin)
a
40
100
1—i | i MIM
— 10
— Stress Ratio: 0.0
10
—~
—
-1
10
_2
— 10~2^
Ü
—
O
m
o 10
\
c
|_
—
-Z. 10
T3
tr
— 10
—
E
-Jio->
—
A
XI
10
—
-= 10
—
m
10
— 10
-8
10
- 1 , 1,1,1,
4
1 , 1,1,1,
10
40
4
100
AK (KsiVin)
da/dN (I0*6in/cycle)
AK (KsiVin)
RMS %
Error
11.18
.8
0.252
0.262
1.39
2.97
6.
7.
8.
4.31
5.38
6.47
7.90
15.9
35.1
131.
9.
10.
13.
16.
19.71 (max)
11.9
24.9
80.9
.5
100
3.99 (min)
4.
5.
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.134
0.177
0.743
1.72
2.89
4.03
5.06
7.88
4.86 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.65 (max)
10
AK (KsiVin)
1.25
RMS %
Error
9.81
Figure 7.8.3.1.9
7-438
Life Prediction Ratio Summary
I
;
,
,
0.
.5
.8
1.25
;
1
2.
2091
Condition/Ht: T8 275F 12HRS
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 10 Hz
Environment: H.H.A.; RT
4
10
Yield Strength: 47.5 ksi
Ult. Strength: 63 ksi
Specimen Thk: 0.063 in.
Specimen Width: 3 in.
Ref: WL001
(1 of 1)
AK (MPaVin)
40
AK (MPaVin)
4
100
- I
10
• I ■ I'n
40
|
100
' | 'i'i'l
10
10
—
— 10
— 10
10
10
io"2^
2
—
— 10" ^
o
ü
fri o"4
c
_
—
— 10
E
Z 10
o
o^10-4
c
_
Ü
,0^1
10
—
— 10
A
T3
- icT\
o
o
XI
10
T3
10
-5
— 10
—
— 10
m
10
— 10
— 10
10
-1
— 10
— Stress Ratio: 0.1
-2
10
R
~
I , I,I,I,
I , I , i.l,
4
40
10
_
10
4
100
da/dN (I0"6in/cycle)
AK (KsiVin)
40
100
da/dN (I0"6in/cycle)
AK (KsiVin)
0.177
0.224
0.711
1.74
2.69
3.07
3.35
3.98
8.61
18.2
3.78 (min)
A.
5.
6.
7.
8.
9.
10.
13.
15.10 (max)
RMS %
Error
6.07
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
1—
2.
Figure 7.8.3.1.10
7-439
Life Prediction Ratio Summary
r-
—1
1
1
0.
.5
.8
1.25
R
2091 I
:
Condition/Ht: T8 275F 12HRS
Yield Strength: 44.2 ksi
Ult. Strength:
Specimen Thk: 0.064 - 0.066 in.
Specimen Width: 3.748 - 3.751 in
Ref: WL001
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T45
Frequency: 10 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
- I
10
' I M'l'l
40
I
100
— Stress Ratio: 0.0
_
1
' I 'l'l'l
(2 of 2)
AK (MPaVin)
-
I
4
10
1 I llTl
40
100
1 1 llllll
1
— Stress Ratio: 0.5
—
-1
—
-2
10
10
~-
— 10
— 10
—
10
10
2
— io~
—
u
°
Q)
—
o
o
u 10
:
E
c
_
^10"+
c
— io
_
—
a>
2
— 10" Ü
o
\
— 10"
10
10
~~
— 10
W
D
—
o
-1
^-'
2
— m^
U
m
T3
10
10
"™""
— 10
in
— 10
—
10
10
— 10
— 10
1
10
i I i 1111
4
1 , 1,1,1,
10
40
.-8
10
- i , i.i.i,
4
100
da/dN (10"6in/cycle)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
30.04 (max)
RMS %
Error
15.62
-1—
.5
.8
1.25
0.260
0.556
2.65
5.07
3.72 (min)
4.
5.
6.
7.
8.
9.
10.
13.
16.
19.55 (max)
Life Prediction Ratio Summary
a
0.
100
da/dN (10'6in/cycle)
AK (KsiVin)
0.516
1.37
3.02
5.24
7.78
10.4
17.6
23.2
30.7
108.
2040.
2104.
5.14 (min)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i , i.i.i,
10
2.
RMS %
Error
11.94
Figure 7.8.3.1.11
7-440
7.11
9.41
12.6
16.4
28.6
61.7
152.
Life Prediction Ratio Summary
a
T~
.5
.8
1.25
2091
Condition/Ht: T8 275F 12HRS
Form: 0.42 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 10 Hz
Environment: H.H.A.; RT
Yield Strength: 53 ksi
Ult. Strength: 70.8 ksi
Specimen Thk: 0.253 in.
Specimen Width: 3.009 in.
Ref: WL001
(1 of 1)
AK (MPaVin)
40
' I 'I'l'l
I
_L
' I M'l'l
10
— Stress Ratio: 0.1
10
10
—
—
o
ü 10
\
c
—
—
—
=
"o
—
_K I—
10
a
—
cn
—
'Y
10
100
—
-^ 10
,o-I
—
—
40
—
—
2
5^
— io" °
Ü
_
10
10
—
—
—
Z 10
AK (MPaVin)
4
100
I III I-
- I
10
I III
4
-= icT\
o
10
—
o
—
^io-4
c
_
-,<>
—
"O
10
—
-=
-o
—
—
— 10
10
—
—
10
" I - Mi
—
4
I , I,I,I,
10
40
—
— 10
-= 10
10
- I , LI,I,
4
100
da/dN (10"6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.20
2.59
4.18
5.69
9.13
12.7
21.9
41.3
54.0
Life Prediction Ratio Summary
0.
40
0.129
0.339
5.48 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
27.95 (max)
RMS *
Error
23.44
I < l,l,l<
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
E
—
10
10
R
—i
1
.5
.8
RMS %
Error
Life Prediction Ratio Summary
1—
0.
1.25
Figure 7.8.3.1.12
7-441
.5
.8
1.25
I 2091 I
R Condition/Ht: T8 275F 12HRS
Yield Strength: 60.5 ksi
Ult. Strength: 71.7 ksi
Specimen Thk: 0.253 in.
Specimen Width: 3.009 in.
Ref: WL001
Form: 0.42 in. Plate
Specimen Type: CT
Orientation: T-L
Frequency: 10 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
1
4
10
40
-■"| ' I Tl'l
AK (MPaVin)
4
100
t=—I—i
1
I ' I M'l'l
-
— Stress Ratio: 0.1
40
-1
100
1 I I I INI
— 10
—
10
10
— 10
— 10
—
-3
-3
10
10
o
frl 0"+
10
I i MM
io'2£
—
—
Ü
o
6^10-4
_
— 10
E
10
c
10
XJ
—
— 10
JJ
o
XI
.-6
10
o
■a
10
_
-5
-
10
10
10
— 10
I , I,LI,
- I , I,I,I,
4
10
40
10
I
10
I
I III!
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
'
I I llll
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.123
5.45 (min)
0.316
6.
7.
1.02
2.15
3.52
8.
9.
10.
13.
16.
20.
24.33 (max)
RMS %
Error
35.25
o
■o
-e 10
rf*
10
10
_^T3
— 10
— 10
—
E
4.94
9.08
14.3
28.8
78.0
Life Prediction Ratio Summary
i
1
1
1
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
—!-■
0.
Figure 7.8.3.1.13
7-442
.5
.8
1.25
2.
2091
Condition/Ht: T8 275F 12HRS
Form: 0.42 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 10 Hz
Environment: H.H.A.; RT
4
10
I I I I MM
Yield Strength: 52.4 ksi
Ult. Strength: 69.2 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 3.757 - 3.759 in
Ref: WL001
(1 of 2)
AK (MPaVin)
R
(2 of 2)
AK (MPaVin)
40
100
1—i I i I I f 11
4
10
40
100
— 10
— Stress Ratio: 0.5
10
— 10
—
10
JD
O
2
— io" £
—
o
:
o 10
c
_
■Z. 10
10
—
:
—
,o-I
Jio
>
—
x>
nT
-s
— 10
—
10
— 10
10
4
10
40
" I , I, I,I,
4
100
da/dN (10"6in/cycle)
5.44 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
27.15 (max)
RMS %
Error
22.12
.5
.8
100
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
0.627
1.56
3.35
5.07
6.66
8.38
4.34 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
22.54 (max)
0.161
0.430
1.39
2.81
4.33
5.71
8.87
12.6
24.8
89.2
177.
Life Prediction Ratio Summary
0.
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I, I,I,
10
2.
19.1
30.4
73.4
158.
RMS x
Error
Life Prediction Ratio Summary
6.81
0.
Figure 7.8.3.1.14
7-443
10.5
.5
.8
1.25
R
\ 2091 I
Condition/Ht: T8 275F 12HRS
Form: 0.42 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 10 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
1
i- I
10
' I M'l'l
Yield Strength: 58.3 ksi
Ult. Strength: 68.8 ksi
Specimen Thk: 0.25 in.
Specimen Width: 3.754 in.
Ref: WL001
AK (MPaVin)
4
40
100
-I—i I i | ilil—
I
10
-Ml M'l'l
40
1
100
' I M'l'l
n
— 10
Stress Ratio: 0.0
10
— 10
10
10
2
io" °
-0)
o
o
u 10
\
10
10_JE
E
2 10
10
o
10
"O
o
_K —
10
-5
10
10
10
— 10
10
10
4
10
40
4
100
AK (KsiVin)
da/dN (10-6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0869
4.75 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
27.25 (max)
RMS %
Error
16.04
10
AK (KsiVin)
0.140
0.618
1.63
3.03
4.39
5.30
5.40
6.71
17.6
58.5
220.
Life Prediction Ratio Summary
RMS %
Error
Life Prediction Ratio Summary
i
1
1
\
1
r-
—i
1
1
—I-'
0.
.5
.8
1.25
2.
0.
.5
.8
1.25
2.
Figure 7.8.3.1.15
7-444
I
I
Condition/Ht: T8 275F 12HRS
Form: 0.42 in. Plate
Specimen Type: CCP (max load specifie d)
Orientation: T—L
Frequency: 12 Hz
Environment: H.H.A.; RT
AK (MPaVin)
4
1
_
10"2
|
i
10
°
40
| i|i|i,
|
.
of
1>
- I
— Stress Ratio: 0.5
— 10
—
~~~
—
-1
<x>
6^10"+
— 1°"2£
o
\
—
-3p
10 E
^-^
—
N
--'
2 10"5
100
' I 'IM'I
XJ
—
— 10 \
"°
XI
-1
"3:
-6
10
<u
io"2£
"a?
o
o 10
-*lE
—
—
_
c
v
—'
10
10
O
1
I
, ! ,l.|.
4
10
, LLI,
40
^«„-e
10
-5
-
io"7
___ 10-6
-6
10
—
m"8
I
1
100
i 1 i 1111
4
da/dN (10"6in/cycle)
4.69 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
21.31 (max)
I
10
, LLI,
,40
-
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
>
o
XI
— 10
-
I
'
■z.
—
\
— 10
in"8!
o
\
—
-5
z
10
io"3 —
X)
o
io"7
_L
10
Z10"5
\
O
40
I
—
10
o
10
' I 'ITI
10"2
ID"3
\
c
4
-
<D
I
' P
AK (MPaVin)
1
—
09 11
Yield Strength: 58.3 ksi
Ult. Strength: 68.8 ksi
Specimen Thk: 0.25 in.
Specimen Width: 3.759 'n.
Ref: WL001
100
| .,.,.,
o
z.
da/dN (10 "6in/cycle)
AK (KsiVin)
0.332
0.675
2.53
4.28
5.36
6.27
7.52
14.3
28.2
95.6
211.
RMS %
Error
Life Prediction Ratio Summary
□
11.96
r
1
- -i
0.
.5
.8
i
i
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.8.3.1.16
7-445
.5
.8
1.25
2.
R
\ 2091 I
Condition/Ht: T8 275F 12HRS
Form: 0.42 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T45
Frequency: 10 Hz
Environment: H.H.A.; RT
(1 of 2)
AK (MPaVin)
4
1
10
1
- I ' I 'IT
40
Yield Strength: 45.6 ksi
Ult. Strength: 63.1 ksi
Specimen Thk: 0.24 - 0.25 in.
Specimen Width: 3.753 in.
Ref: WL001
(2 of 2)
AK (MPaVin)
4
100
10
40
= I ' I Tl'l
' "Tl
100
a
I ' I TN
10
— Stress Ratio: 0.5
— Stress Ratio: 0.0
10
—
-~ 10
—
—
10
u
o 10
\
c
■Z. 10
—
"ZZ
=
—
—
_
o
\
—
=
—
A
—
A^
—
-
10
_a"ö
— 10
■o
—
m
—
SB
—
w
_« —
D
—
—
10
10
E
=
—
—
10
-6
— 10
10
4
10
40
- I , I,I,I,
4
100
da/dN (10"6in/cycle)
5.
6.
7.
8.
9. •
10.
13.
16.
20.
20.04 (max)
RMS %
Error
15.98
i
r
-1-
.5
.8
100
1.25
0.184
0.219
0.390
2.76 (min)
3.
3.5
4.
5.
0.763
2.55
5.63
6.
7.
8.
8.24
10.2
12.8
17.5
45.3
85.1
9.
10.
13.
16.
16.24 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.0877
0.159
0.840
2.20
4.06
6.19
8.51
11.1
21.9
44.5
132.
133.
3.75 (min)
4.
10
-
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,LI,
2.
RMS %
Error
11.50
Figure 7.8.3.1.17
7-446
92.6
Life Prediction Ratio Summary
-r-
.5
.8
1.25
2091
Condition/Ht: T81 335F 32HRS
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L—T
Yield Strength: 50.4 ksi
Ult. Strength: 67.4 ksi
Specimen Thk: 0.064 in.
Specimen Width: 5.996 in.
Ref: WL001
Frequency: 5 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
10
40
- I ' I U'l'l
AK (MPaVin)
4
10
i i MIM
100
1
I ' I Tl'l
— Stress Ratio: 0.1
-
— 10
-2
-2
10
— 10
— 10
—
10
10
0)
2
— io" £
—
o
:
ü 10
\
c
Ü
\
— 10
E
"o
—
10
io"JE
-5
—
— 10T\
w
.-6, —
Ü
^10"+
c
_
-3 |
_
—
10
"o
40
100
1—i i ' inn—
—
10
_gj
ü
10
D
o
10
10
— 10
—
10
10
10
10
— 10
10
R
~
I , I,I,I,
I , l.l.l,
4
40
10
10
■ i 111 n
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
2.01
2.10
3.84
5.25
6.18
8.13
13.2
37.8
135.
517.
1618.
6.94 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
32.83 (max)
RMS %
Error
10.33
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i i 11in
10
.5
.8
RMS %
Error
Life Prediction Ratio Summary
—r-
0.
1.25
Figure 7.8.3.1.18
7-447
.5
.8
1.25
R
2091 I
Condition/Ht: T81 335F 32HRS
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T—L
Yield Strength: 49.4 ksi
Ult. Strength: 65.2 ksi
Specimen Thk: 0.064 in.
Specimen Width: 5.995 in.
Ref: WL001
Frequency: 5 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
1
4
10
40
- I ' I 'I'l'l
AK (MPaVin)
100
1
a
I ' I 'I'l'l
— Stress Ratio: 0.1
4
- I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
10
—
10
10
10
— 10
—
-3
10
10
—
—
o
\
Ü
o 10
\
c
_
—
— 10
03
O
|—
o
\
o 10
-3 I
10
E
■Z. 10
"o
E
10
—
_s r10
— 10 \
o
P
•o
-1(T\
o
_« I—
10
10
— 10
—
10
10
-7
10
— 10
10
3
" I , I,I,I,
4
I , I,I,I,
10
40
10
4
100
da/dN (I0"6in/cycle)
AK (KsiVin)
100
da/dN (10"6in/cycle)
AK (KsiVin)
122.
414.
469.
Life Prediction Ratio Summary
r-
0.
40
0.386
0.406
0.719
1.20
1.86
2.72
3.76
7.62
14.2
40.5
4.92 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
30.32 (max)
RMS %
Error
16.33
10
AK (KsiVin)
AK (KsiVin)
.5
.8
1.25
RMS %
Error
2.
Figure 7.8.3.1.19
7-448
Life Prediction Ratio Summary
r~
—1
1
1—
0.
.5
.8
1.25
I
1
Condition/Ht: T851 335F 16HRS
Form: 0.42 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 5 Hz
Environment: LAB AIR; RT
(1
AK (MPaVin)
1
4
- I
10
40
' I 'I'll
1
of 1)
AK (MPaVin)
1
.-)
= i
0
10
' 1 •I'l'l
40
1
100
_i
' 1 'I'l'l
10
10"2
10"2
10
ID"3
— io"2^
—
o
—
—
o
o 10
\
c
<—'
/a
10-3PE
Z10"
—
T3
— 10
3D
O
10
<D
io'2£
a>
o
Ü
S^o-*
c
10
E
^^
'
-z.
Z 10-5
5
\
0
-
IQ"3
<D
V
z
—
-i
—
"°
4
— 10
^
— Stress Ratio: 0.1
_
I
' P
Yield Strength: 55.9 ksi
Ult. Strength: 71.9 ksi
Specimen Thk: 0.419 in
Specimen Width: 2.56 in .
Ref: WL001
100
' 1 'I'l'l
n
z. 09 11
\
o
XI
-6
10
\
o
10 >
o
x>
—
"°4«-«
10
-5
-5
-
10"7
-6
-6
~
1
I , I ,l,l,
! , I,LI,
4
40
10
-
10"7
-— 10
in"«
—-— 10
—
— 10
— 10
—
-
100
m"8 "
1 , 1,1,1,
I , I,I,I,
1
4
40
da/dN (10"6in/cycle)
5.76 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
35.52 (max)
RMS %
Error
38.43
6
da/dN (10 " in/cycle)
AK (KsiVin)
0.845
1.11
2.45
3.88
5.18
6.36
10.7
20.4
56.3
190.
345.
2721.
4262.
Life Prediction Ratio Summary
0.
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
-
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.8.3.1.20
7-449
.5
.8
1.25
2.
I 2091
R Condition/Ht: T851 335F 16HRS
Yield Strength: 60.7 ksi
Ult. Strength: 72.7 ksi
Specimen Thk: 0.419 - 0.42 in.
Specimen Width: 2.552 - 2.56 in.
Ref: WL001
Form: 0.42 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 5 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
10
i | i | i|i|
AK (MPaVin)
1
40
100
[—i I i I MM
4
- I
10
' I 'I'l'l
40
1
100
' I Tl'l
=
10
10
10
10
"2"ö
o
o
o^10-4
c
10
_
E
■ZL 10
10
o
X»
10
— 10
10
— 10
10
4
10
40
"
I . I.I.I.
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
i
0.
40
100
da/dN (10_6in/cycle)
AK (KsiVin)
0.243
0.581
1.40
2.53
3.92
5.58
7.59
16.9
32.4
61.2
229.
1676.
2536.
4.33 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
31.43 (max)
RMS %
Error
55.64
10
=
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
■ l.l.l.l
I
1
r'
1
.5 .8
1
1.25
2.
RMS %
Error
Figure 7.8.3.1.21
7-450
Life Prediction Ratio Summary
—i
1
r—
.5
.8
1.25
CO
c
CO
05
CO
.3 o
to Q
f-H
CM
05
l-H
o
t-t
CM
CM
cö
co
■*r
i*
i-t
•-I
CM
i-H
CM
a
CM
CO
co
t-
CM
fl
0
2a
1^
w
•a
•5
o
•c
o
.J
H
wa
CO
CM
CM
•*•
f-
CM
tCM
tH
CO
t-<
»o
CO
CO
CM
CCM
o
CO
CM
c~
•v
c-
05
CM
CM
8
CCM
C
V
,«
tf
S
c
ü
CM
0>
CM
a
CO
c
05
CO
CO
H
•o >
iJ
wa
C
es
£
|«
1
00
CM
-fci
S3
©
S
-w
es
CJ
t*
H
CO
V
r~s
1—1
co
r-l
i-<
in
co
IS
co
E-
0
-M
•FH
•IH
^
c
0
o
-fci
3 a
T3 i
ou fao
2
&
fa
7-451
2124 .
o
o
O
SO;
SS'.räK
o
©
«o
rrs,
l3^
III«
in
©
lllgl
•*•
s
3 m
fc
o
a?
3
Q
liiii
H ■#
OJ
CO
o
©
CO
»O
CO
CM
©
«5
©
CD
CO
*
a
!!!!§§
o
to
CO
CM
©
Ö
©
CO
CO
©
©
£
O
W
H
o
Ö
o-~
iifSiiiii
ö N
O
CO
©
CO
©
CO
tf
o
©
©
©
CO
©
CO
©
US
IO
©
to
05
§
o
I
m
H
igpiill
o
2P
fa
N
H
a
a,
0*
••
£
O
M
H
<
H
Z
H
i—i
0
H
:NÄ ■. •
*l
op:-.
£3
lliflll
IO
00
E-
»»III
O c*
7-452
o
2124
IIIHIII
o
o
o
o
**
'^^^^^^^i
'•ÄyV.<ffi$$$fä
W>yMyM&
©
o
SHWS
•X»
«2 III§I
•
3
Hi»
.•'P -0" :
:
H lllpl liii
8
£
£
o
o
ei
CO
00
CM
CO
::
••
Ö
©
11«!
o
©
o
IX
9
»C
cco
£^
w
&
•o1
o
CM
tf
"*
o
w
©•^
fa N
CM
CO
CO
;.
«
■
d
9
H
ilillllllil
liwiiii
go
gfe
H
J
•«
!4
O
H
<
H
o
Ed
a.
fc
H
55
&S
ifillili
op
M Ö
GO
7-453
o
O
©
o
©
IO
<>
*
lii»
a
•
H
02
••
—«
ssssssssssä*?:
lllp
ou si^sli;
lili
Z
W iitfcp
§
Z
©
o
o
S
00
CD
c-
«0
»a
"O
CO
SO
q
-
-
-
d
d
Ö
d
o
w
»
M
w
SSS};SlS*SSSS&
CO
C~
£~
OS
s-^,;
H
Ed
°8
H
C
ÄÄllIl
0H
h-J
••
O
o
Ü
ä
w
P
Z
O
M
H
S
H
fr«
Z
H
z
5S
i©Äll
o
lilpilll
i;sgs*sJä3^*?iS
CO
ZP
o
I
a
7-454
2124
:;:::;:;:;:::::::::::;:::::::::::;
■MSÄ&ää
O
©
SilOS
w
;;^;iS|:Sg|:
O
d
*-N
•
<
1
©
©
mm
S
***
:■:•:•:•:•:-:•:->*»*:•:•:•:
a ill
©
a
W
§
Z
CO
till! — «a
«ill
©
••
H
Z
co
p
CD
co
o
IN
U3
CM
CN
CO
CM
CD
«SSgfSSSft
te.
:■»:-:-:-:■:•:•:•:-:•:•:•:•:•:•:
o lllllli
©
Cd
CO
CM
C-
«3
o
©
o
M
CM
^H
^*
:^S^:^S-:-:-:-:':
ti
■^^
10
©
«
o
©
H
&*
'-'
lllllli
OS
W
CO
CO
6
Ö
o
©
^H
'•*"''
pa
::
o
CO
CO
co
CO
CO
«3
CM
©
CN
O
CO
H
ra
Ml
op
J
M^-:
0.
••
Z
O
M
H
<
H
Z
H
B
Z
iOöiii
o
00
O c-i
m
a
7-455
*"*
CO
co
ob
00
CO
o6
■C
«3
lO
o
o
o
3
2124
o
O
e
^H
o
"O
IO
■Tv
•3
lip
*
3
.5-
iiill
o
mm®*!*®
lillpl
§
«Äs
e
o
4i:S S#jSg:;.
3
d
00
iiiiii
<
«5
CO
P5
50
o
o
IO
O
^H
d
d
d
$::::::::::::;:::;:::::::::::::
ir
«
;:§:§:ä:;SS|:g|
lltllllt &~
:*::&::V:v*::::::::::
|V) M
gs
i-3
iiiiiii
-
lllllfll ©g
S
H
£
r;ö
töpiiit
oc
H^
HH Ö
Q2
-H
H
OtH
^<
S3 ,
£
7-456
2124
o
co
•H
O
H
o
©
to
Ü
fa
h
3
nil
©
6
s
CO
Z
Q
13z
llpl liil
up
Z
W&äm®
CO
CO
§
fa lil&l
us
to
©
CO
fa p
o
o
tf
•w
5
*5
C4
fa
FREQ
(Hz)
H fa
CO
fa
OH
fa
©
z
fa
ti
CO
O
CO
OS
3 fa
P
CO
CO
fa
,'
«
■
55
NH O
d
fa O
fa
Q
55
H
D *l
l|lÄII
go
fa;
e*
J
a
5a.
Ä
0.
CO
••
Z
O
NH
H
<
H
Z
fa
o
^•••B-: ■•
z
&s
op
N-1 fa '.'.'
U3
00
ZB
a
7-457
2124
CM
o
o
©
••«
O
O
»~v
;?
■8
ill«
is
H
••
©
5
<*>
8
w
>
o
o
e-i
o
©'
eg
N
IN
00
CO
*0
CM
to
CO
IIÜII
<1
8
W «M
o
§
Z
ID
OS
00
d
d
00
CO
o
►H
:S:S:*:$:*S$: :*:&&
ID
CN
£ sssgiilllsffis Hl
4SSS
H
tu N
liiÄill
05
$:•:•:•:■:•:•:$:■:■:•:•:•&
CO
ö
-«:•■•'.;..
d
d
Üllllll-S:
H
P *l
a
s
ÜJÜ11I1I
J
&H
OS
*•
£
O
HH
H
<
H
Z
H
ss
«paniiiii
op
o
to
CO
11
7-458
2124
CM
O
©
O
©
to
Sä^KS**:*:
111!!
£3
0
ta
;:SSH^S:B:S;
1
iiii
llpl
H
p
<
Z
CO
©
©
Si*»;!
«—I
©
©
50
CO
CO
©
sz
o
o
:S:2:2SS:S:*:$::
Ctf
«s
t£
CN
^jr
H
CO
CO
CO
•
H
liiiiii
pa
«
CO
CO
d
5§
J
fc
02
••
z
o
hH
H
<
H
Z
H
o
H
Z
Äs
Si
CO
OS
7-459
I
a
•<
a
2>
go
8
5IS-»
!2i<
z
o
EU
Ü
E->
U
EO
Q
94
OS
I>
N
8
'S?«
CO
W
3
Sei
S
go
Q
§04
o
o
o
u
7-460
EU
Ü
EU
E"
U
EU
E-
Ü
ee
O
u.
3
S
I
s
OS
o
s o
<3 £
OS
OS
OS
o
©
s s
CO
OS
fM
o
o
o
8
1
u
OS
s
1 1
s
eas
o
«-"
CM
s
8
8
OS
s
s 1
o
u
i i 1 $ S s s ä § 9 ä s s a ä s g s
OS
os
©
OS
O)
2>
1
s
CO
OS
ros
CO
OS
CO
OS
©
o
©
©
CO
CN
c
u
feo
'i
7*
1
^
S
s
c-
to
§
CO
CN
eo
8
CN
s o s
s a s s?
s
CO
CO
CO
CO
CN
so &o
so
o
3
©
so
so 3o &o os
eo
so
OS
3
to
to
OS
g
a
*
s
a
CO
£
CN
CN
to
o
§
E-<
o
6O
H
H
F~
H
H
H
H
f-
pi
u
H
Ü
H
H
OS
s
OS
OS
OS
CO
OS
CO
s
CN
o
o
to
o
o
to
OS
04
OS
CN
3
©
so
$
3
OS
CO
s
e-t
E-»
U
OS
OS
OS
CN
£
o
CO
CO
CN
o
o
o
CN
OS
o
OS
o
o
s
s
o
o
3
3
CN
CO
s
s
g
so go &o
so
ft
CO
CO
■«•
is
Ü
H
H
t>
CO
CO
a
§i
©
o
©
©
o
10
0*
|
g
13
t»
z
a
m
w
N
i-t
z
Q
J9
8»
H O PS
u
9
o
u
o
u
p
u
Q
OS
u
o
o
u
n
OS
N"
o
e&
H
^"
o
CO
t*
to
H
u
H
Ü
H
Ü
00
to
CO
OS
*
*
OS
«a«
u
•«•
u
TI;
u
^1
a
Ed
g
5
2^
OS
W
GO
~*
CO
s
g
■*
CN
CO
CO
CN
CO
s
8
s
^
s 8 8 8 « s g
i£ -*
CO
o
g
3
O
j
gE3
CN
CN
CO
CO
OS
to
to
O
IO
N
CO
t»
U3
a<n
OS
CN
00
©
CN
00
CN
CN
CO
s
to
w
o
s
$
to
$
CN
to
8
CN
CO
to
%
CO
CO
a
r"
CN
$
V
CO
oJ
o
CO
t-4
o
©
eo
Q
8
CN
CN
CO
©
CO
t-
tCO
CO
CO
CD
OS
OS
CO
8
s
■w
to
s
s
sto
to
8
s
to
to
s
s
&
©
$
CN
o
^
©
©
to
to
to
8
s s
33
83°
si
SSiK
gg^
6* c
OS °
■a
6a
o
§
cu
2?
£~
8
10
sto
s
to
CN
CO
■v
s sto
to
ato
s
to
8
to
s
■*r
s
8
■fl«
8
to
sS
E5
o
a.
z
o
£
o
u
7-461
00
to
CN
8
CO
s
•*
CO
■«■
to
2124
is
«
^1
z
o
M
o
EU
04
N
ii*
05
egg
w
H M
fe 0
s»
es*
E- '
«,
p
z
o
2 =
7-462
2124
BS
S
o
o
£
S
o>
3
I
s
o
B5
a
p
©
s
sen
©
OS
O
i
s sen
CN
CN
O
©
g
s
ä
sen
sen sen s
©
8
£
CN
O
o
ä S
ai
ä &
%
ä S
s
8
©
CD
©
©
a
a
Si
O
©
p
o
©
CN
8
©
fS
3
©
ä ä ä ä & s a S
s
s
8
s
©
t>
s
s
8
©
1
O
^
tit
©
©
U
4
e
©
3>
2>
go
M
3
©
©
8
«
.s
©
en
CN
s •*<o
o
©
©
s
CO
CN
s
*• &
o
8
O
us
3
EO
E-«
u
en
©•
'-'
•"•
8
8
CO
CO
eo
CO
eo
CO
to
8
«
US
8
S3
CN
&
g
©
©
o
o
CN
US
8
3
EU
EH
U
_
s 8
*** ~ ^
$
©
o
so
s
"
CM
lO
CO
9
"
"
"
H
U
H
U
H
U
©
o
s
en
8
©
en
es
CO
o
en
CO
O
8
3
8
8
s
03
US
US
o
S
3
o
©
ä
©
B
EU
EU
FU
E-t
f<
»M
p
A
©
^
8
s s
8
ft
«"■■
-H
8
8
o
CN
CO
^« «
s 8eo
■*•
■*
■*
©
8
©
V
S
©
CN
o
o
o
CO
s
©
eo
8
g
63
©
©
o
O
©
eo
©
CN
c>
US
■w
Si
Ö
H
U
H
U
f-
©
©
8
CN
©
<N
O
CO
&
8
9
9
3
9
O
O
©
O
O
©
tt
o
©
to
W
|F
i
o
a
«
©
US
US
US
©
E->
O
H
U
H
Ü
H
F->
p
■«■
z
rf
04
04
e*
CD
B
Q
z
s
M ä
^
OS
es
g
x^
a-*
*w
W
Ü
jU
tü3
Ä
0
**4
r*
«I
s
u
p
seo
s
CN
CO
eo
as ~
©
©
en
o
US
US
to
CD
8
s
CN
©
CO
©
CO
CO
1-*
U
u
Q
©
©
u
p
o
t-
S
S
v
■-1
ri
v
©
a
s*-<
p
©
•^
S
■v
•* •^"
©
^*
^
**
^
Ü
p
§
'■*
p
EO
ev
rH
S
8
£
©
CN
CO
CN
$
8
CO
s«
©
8
CN
CO
CO
^>
US
US
©
o
o
©
©
©
©
©
©
o
©
O
©
©
©
©
©
8
8
s
8
8
8
8
8
US
US
CN
CO
©
N
©
©
©
8
«
**>
^3
£&£
BB^
a a
p
E°
a.
H E
m
S
us
8
CO
s
CO
8
^
Ü
8
8
8
8
8
S
8
3
8
8
US
US
^J«
CN
■^
US
US
US
US
OJ
s
«2
0
E<5
2
O
e
us *;
s §
o
U
7-463
*•
US
CO
2124
1
Q
is
Si
§1"
zi<
X
«
2
u
H
Q
o
u
64
^ dB
1-2*
ÖS
w
gig
51
bo
■^ c
OS o
IS c
o
E<5
I
o
u
7-464
E
©
P
3
CO
O
Ü
00
0
O
0
O
n
s
0
O
u
0
1 £ ä
ä £ £
00
O
U
00
s
g
CO
CO
0
ü
O
*•*O
O
s s
u
&
Ü.
g
CO
g
0
CO
O
1
3
0
0
0
0
£
£
S
ä s
S
a
g
s
s
CO
a
g
s
g
~
*"
**
O
w
0
g g
Ü
O
73
§&
feS
u
4
e
B
33
B
O
O
CO
CO
01
s
s
0
to
5
CN
5?
O
O
0
s'-'
CD
CO
S
5?
0
u
00
1~
8
CO
0
O
0
0
O
0
S
*4
CO
55
§
to
CO
s
s
0
CO
s
0
CO
S3
s s
s
0
CO
to
CO
CO
CN
3
CO
&
3
s
3
&
IS
5
&
g
&
S
0
O
0
O
0
0
s
0
0
s
O
0
0
0
0
0
O
a
§
§
S3
CO
5
0»
0
10
CO
10
H
U
E0
EU
F-
E*
*•*
s i s
1
0
O
0
eo
s
CO
CN
CN
s
8
CN
to
S
0
O
O
O
0
is
CO
B
8
"
"
"
"
"*
H
O
EO
EU
E-
H
U
E*
U
01
CO
en
s 1
0»
CN
c-
CN
•*•
s
0
CN
s
0
CN
„
2
5l
to
i5 a"
CD
OS
s
en
CN
s
10
to
1£>
s
8
E-
H
U
E-.
EU
EO
E0
E-<
6-
CM
S
8
00
en
en
"
^
s
•■*
^
z
Ü
CO
N
•<*
o
04
0)
| d«
S*
CN
OS
0
^
s
d
5E
i *
s
I«?
gBB
K
H
U
u
u
u
Ü
a
z
g
5
u
s 8
S
04
CO
—
s
<N
—
OS
!■*
—
—
s
8
g
a
03
CO
CO
CN
0
GO
^
**
^
->
s
S
CN
CN
»M
^
S
O»
—
^
*■
CM
s
^
8
O
^
CO
CO
g
8
CN
CO
CN
CO
0
CO
e»
en
a
en
a
0
^*
V
IO
ID
to
CO
CO
CO
CO
CO
CO
en
CO
(0
CD
CD
CD
CD
CO
CD
CO
CD
CO
co
CN
^
g
s
to
H
"
5
^
CO
0
CD
CO
a
0»
eo
CO
CN
O
CO
en
en
en
en
0
O
p
s
8
8
8
8
8
8
CO
IO
to
to
to
£
$
0
Ö
8
CÜ
3»
3
33
SSiff?
Bg4-
6
a
B*
s
g
8e.
03 0
s s
CN
to
8
"*
8
■«"
8
s
CO
10
8
•*
S
IO
s
to
8
8
8
g
8
IO
CN
CO
to
CN
*2
5
0
Et3
Z
o
I:
g0
u
7-465
■*«
U3
•«•
2124
1
H
Etc
s
5>
«
18
Ö
g3
Z
0
H
Q
M
o
<M
sa.
EO
Ü
"8?
go«
OS
ii*
03
9*3
W
8
E-> :
B. 0
QD
BSfi
B
as
B?
p
Q
o
Z
o
7-466
2124
§
§
s
3>
W
ii
gg
M
o
04
6-
§"3(8
a,
i*
OS•
|||
3
&°
QQ
eg*
p
a
8
o
hi
SB
O
^ 33
o
U
7-467
2124
as
a
I S$
o
is
M
ii
BE- 5
IIIz
a
M
EU
W
Q
04
id«
1-2*
9pi
si
H
u
ggs.
0,
** i
0
o
Ü
7-468
E-
EO
IllliÄi
OS
*4
3
B
3
o
s
2 i
o
s
s
©
00
o
w4
©
tN
8
o
©
1 I 1 £ ä Sü
©
eo
O)
s0)
eo
e»
00
eo
a
©
§
Ü
i
£
00
s
eo
eft
ff
O)
00
Cft
1
1
o
00
1 S
ä
•C*
CO
S
OS
8
OS
s
§
CN
5>
5 W
3*
fea
u
4
JS
e
©
©
O
CN
s
00
s s
00
s e
C-
8
s
8
8
8
I 8
3 ä ä a ä a 5
s
S
CN
©
c
o
U
o
o
CN
CN
S
to
o
o
o
O
o
s
OS
M
CO
CO
OS
CN
CO
so
S
o
o
ao
3
s
CN
10
s
8
s s
O
o
H
ü
H
O
3
?
OS
N<
C0
e»
©
s s
o
to
s
s
O
CO
eo
OS
CN
Cft
CN
so
so
so
IO
so
o
GN
©
o
C0
» s
CN
CO
3
CD
CO
CN
©
eo
©
©
CN
3
©
8
8
CO
So
o
o
o
©
OS
o
o
©
O
O
O
*©
O
iq
00
co
o
o
CN
eo
■*■
C0
16
U3
S
CO
H
Ü
H
u
H
Ü
f-i
U
u
H
O
,-)
a
o
o
co
©
8
©
©
t>
8
8
CN
CD
O
O
w>
M
lii**
°a
s s
OS
V
o
CN
IO
öS
10
s
E-"
U
H
U
H
U
OS
OS
OS
ö
CM
ö
a
u
F->
H
U
fH
Q
t-
** 8^
S
*
^
2
94
«
g
z
0,
H
6-
H
U
03
OS
©'
** **
3
*+
u
fe~
^
r-
^
i -* s $ 3 8
1
u
9g3
CN
CN
CN
eo
eo
«0
eo
co
eo
CD
CO
-* "*
a>
**
^
9
g
u
H
u
H
ü
H
O
c*
OS
o
O
OH
2
a
.
s
y
94
OS
2
go
w
o
eo
teo
co
8
1-4
A
8
o
eo
o
eo
03
CN
teo
CO
eo
CD
CD
eo
eö
co
s
S
Q
3
00
eo
00
co
Cft
CO
CD
eo
eo
CD
CD
^,
8
^
p
*M
1-4
o
^
**
S
s
■**
S
*"■
r*
^
o
w*
ö
ö
o
00
CO
eo
CN
^H
$
**
«
o
•^
©
00
CO
sco
CD
o
eo
OS
OS
eo
Cft
co
OS
05
©
©
o
o
O
^
^
CD
CD
CO
CD
CO
CO
CD
CD
CD
co
8
3
8
8
a"«■ seo
8
8
8
8
Tf
IO
CO
CN
s
£
CN
S
CCft
o
»J 8eo
OS
CN
•VS
6? S
5j
l^s:
gg«.
Bi
B
Q
e°
w* u
10
CN
s
03
CN
eo
aes
s s
■V
CN
8
CN
s
CN
CN
CO
eo
8
CN
S
8
03
CJ
»2
'S c
0
tt.
E<5
2
0
s
_ 33
2 5
o
u
7-469
eo
V
eo
C0
2124
o
O
S
3 S
BÜ
s s
©
S
©
©
©
S Ü i S
s
a
s «s
CO
CO
Si
CO
s ff
o
O
o
D
O
o
ä
s
s
©
©
©
ä Si
£
s
©
CO
©
*N
"
©
O
©
ä
ä
ä ä
©
s
£
3
s
o
S
o
o
©
g
CN
CN
s
CN
so
o
3
S
so
8
©
s© s s
s
eo
8
©
CN
CM
©
s
S
S
o
ao
B
"
©
§
©
£
©
I
©
©
©
ii
2>
5 H
M
i
ä ä S ä a
s
£
©
s
c
fea
u
4
o
c
_
a
s
s
a
S
CM
s
©
CN
so
o
o
3
3
3
so
8
3
O
©
o
s
*"
~
a
CD
s 3
©
2
8
o
10
a<^
IO
to
2
©
IO
a
1
E«
u
H
O
H
H
EU
H
U
tv
EÜ
H
O
6U
e*
u
H
Ü
a»
IO
©
©
CO
en
©
—
^
s
s
t©
CN
eo
eo
s so
3
3
s
©
©
©
1
s.-*
GN
to
o
©
o
t>
CN
o
CO
©
»
©
8
©
©
o
3
©
O
O
«4
ill«
z
a
Ed
g
p
5E
^"
©
s
E*
EO
H
U
H
as
CN
©
en
~
§
~*
8
8
u
0)
K
u
§d»
g-
co
3
OS
a.
OB
s
u
eo
S
to
eo
3
t-
S
r*
»■*
"
"*
fr>
U
t-
H
U
en
CO
©
u
H
O
u
H
U
o
s
8
o
Z
«
CO
s
©
s^
1 -*
s
^
_
g
~
s
05
eo
CN
CN
©
CO
CO
CO
s
©
»
eo
©
i
1
i 1
I 5
^ ^ ** **
** ~ " — — •" " ~
"91
©
©
©
©
©
■"
£
■«•
f*
CO
8
8
IO
©
^«
«Ö
Q
o
CN
CO
CN
CN
CN
eo
eo
eo
■«•
■V
CO
CO
CO
©
©
©
©
©
©
©
8
S
CN
s^«
CN
CO
<-*
S
©
eo
©
©
©
«
n
©
CN
IO
CN
CN
IO
vo
•*•
IO
©
IO
IO
©
©
©
©
©
©
s
a
s
S
s
s
ä
•*
£
CO
CN
CO
©
g
CO
eo
S
CN
8
CN
eo
Q
«s
8
©
■*■
8
ä
05
§
3S?
©
^>
■*
3
23
i^e
BB46
Sir
g°
§h
£0
^ 'S
» Ü
s
GN
8
CO
"*•8
s
N
seo
a
CN
8
«
S
g
00
seo
3
CN
a
■v
52
E<5
zo
H
2 §
o
u
7-470
■v
CN
CN
CN
CN
2124
as
I
I
g
5>
is
M
8
ii
BE«
as
a
3
N
8»
» an
l-S*
•
9« =
W
fe o
als
B*
a c
E5
I
H
8
7-471
8
2124
w
CL.
I
is
Si
Z
55
H
E-
Ü
U
EÜ
E-i
U
EU
a
M
80.
CD
1-5*
as
9si
W
S|
a. o
$1
s
a.
o
Z
o
o
u
7-472
E«
O
EU
EÜ
EU
2124
g
is
5^5
§1-»
:*=§«
as
*
2on
Ü
H
a
N
U
W
a.
GO
•2*
05
all
Ö
& 0
Sic
si,
Hi
S
0
I
o
7-473
2
2124
Bä
N
1
a.
I
is
M
5-
9
d
6
d
siza
M
O
ü
U
3
W
a
<M
04
i*
si
9si
§
n
3
ggt
P
Q
a.
o
to
§
O
u
7-474
Ü
E*
U
Eü
o
2124
C4
S
s
©
o
CO
o
o
O
U
©
CO
g
©
CO
g
s
ä ä
CO
a
ä
B
s
s
g
a a
ä
1
(S
c§
s
CO
CO
00
CO
CO
en
se»
p
en
CO
a»
1
S
o
o
CO
GO
04
©
CM
CO
CO
en
I * |a 1a ä
CO
a
§
§
s ?
2
s
CO
B
©
t-
R
s?
S
09
04
CM
3
g.
o
s
8
s
8
S
en
R
3
04
04
*o
S
o
©
T3
is
M
C
O
33
d
o
U
^
Ä
0
1
R
S3
S
sso
«?
|
©
H
05
a
^
e
5
CO
^
o
**
■**
**
O
o
o
z
o
sa.
go«
S
s
"
to
eft
B*
ft
o
§
CO
CM
CM
CO
CN
OS
04
s
to
S3
CN
8
O
©
o
&o
S
©
so so
5
o
so so $o
5
o
o
so
s s
** "
CO
e»
to
s 1
0)
CO
s*-* i§
to
to
CM
E-
6-
H
O
E"
U
E«
U
f-
E-
E-
e-
H
S
8
i
^
8
1
en
*"
8
CN
$
00
0
a
CM
C-
to
oi
8
CM
04
CO
04
CM
CM
CO
CM
b-
fr-
CO
CM
$ so
o
E-«
Ü
©
u
CO
cCO
CO
3
o
"3
s
3
s 1
©
f*
(J
E-
IO
*1
s
CO
3
1
3
EH
H
U
E-
E-
Ü
fcÜ
EU
o
O
**
3 s §
** •* **«
en
-
g
8
s
3
o
8
8
o
CO
CO
CO
CM
CO
8
CO
CO
CO
s
s
CO
CO
3
eo
1
als
eo
CO
00
"
3
i" * s
to
*-4
T*
§
^ —
§
to
s
CO
eft
5
«-«
00
s
s8
o
a s
s
CO
CO
z
o
00
94
o
seo
10
§
O
ü
CO
C4
N
CN
u
Ü
en
en
— 1^ ^
*-«
^
o
CO
CO
CO
<N.
t>
C0
CM
to
s
a
o
O
O
o
o
o
m
m
c^
CD
CO
B
tCO
5
CO
CO
co
cCO
8
CO
$
8
u
"
at
o
TH
eo
»-t
CO
CM
3
s
co
en
""■
**
o
en
^
CM.
«?
<N.
CO
O;
t>
CO
CD
to
C0
CO
CO
CO
2
IO
s
8
s s
8
33
51
•a
SSu
PS*-
fb
r
51
««5
s
S3
s
CO
8
CM
s s
*"■
CO
8
s
8
e
tO
c-
52
üi5
&
g
&$
Z
o
s
£ e
o
u
7-475
B
CM
CM
§
I
2>
rfi
h
SfU
iM«
z
M
2
3
w
EU
E«
o
U
EO
E»
u
E«
U
EU
EU
Q
eo
w
a.
s?.
OB
i*
OS
W
Iff
3
3
a. o
E"
:
E^
E-
s
I?
Q
o
a.
§
o
u
7-476
E«
U
2124
s
is
M
§1-5s <
!*»
as
a
3
»
w
Q
04
id«
■S*
w
9
9g3
-? TS
P. o
Sie
*1 t
0
ES
I
w* y
8
7-477
2124
I
£
2>
tf
ufl
8
8
&
ii
§§-»
z|«
S3
z
2
3
H
a
04
64
8
o
o
E-i
U
O
San
a.
00
:J*
8)
I*
9*5
w
H
g. o
<5
el*
§2
a
•2
i g
u
as C
1
Si
o
I
O
u
7-478
U
6Ü
6«
U
2124
as
H
fee
3
2>
feo
M
rfl
Bg-,
.* S-*
O
«
z
2
N
a 'o n
EU
E»
Ü
u
OS
ii*
94
OS
w
§
9|
9
o, o
■^ c
as o
6
§2
6.
a c
S3
0
Z
0
o
a
7-479
u
u
EU
mmmmm
s
8
I
18
si
s
s
1~
9
d
^io
iZ^*«
Z
«
2
go
w
Ü
E*
O
u
U
Q
04
04
8a.
CD
i J*
05
K
§
gig
9
a« o
H
<3
ale
I?
Q
8
O
C
i1 §
5,
O
o
CL.
|
O
ü
7-480
E-l
a
E-i
U
E«
EO
EU
2124
X
I
ä
is
s
S
8
*
a
Z
«
2
m
M
O
Ü
a
N
B?.
0.
GO
:i*
§
|||
B. 0
BIT
a
as c
o
zo
o
u
7-481
O
u
2124
s
2
OS
3
is
rfl
li
3
Ö
S
633Zzi^
z
g
S
a
M
U
Q
94
N
91
05
w
San
E6
•2*
5
ill
2~*
**3
N g
8j°
ale
Sir
o
E5
fee
z
s
7-482
O
u
2124
as
Q
O
I
g
s
5>
tf
. g
piz
2
M
Ü
64
«
U
W
id»
ft.
00
i-s*
ÖS
9si
§
9
fe o
H
gg.£
BS a £
61 3
oi.
S3
<5
g
id c
Z
o
7-483
Ü
2124
1
IB
M
til
©
1
h
sÖ
88-»
o
s
185**
2
g
K
U
EU
E->
Ü
a
Cd
N
«
'Si«
CO
S
l-S*
ä
9gi
9
s? 5
Es Sic
§2
P
Q
a c
o
S3
I
o
u
7-484
2124
s
2>
go
«
^4
B§->
S8Ä'
z
2a
M
M
Q
O
N
B "o 03
l-S*
05
w
9PS
Bn
E8
o
SE
o
7-485
2124
3
is
M
rfi
ii
Z
u
a
N
i*
94
OS
9pi
3
3
H
5
eg*
E8
es G
o
E(5
kc
2
O
0
Ü
7-486
as
a
?■ M
PI
tf
Si
sl^
zl«
z
2
w
a
M
64
N
o
w
&
OB
l-S*
a
a
W
I
9et
w g
& o
H
<3
"»7
Ö
Q
•* 2c
Eg
o
|
O
u
7-487
2124
I
is
M
§1S3
2
g
M
N
§ In
'■S*
a
9*i
a, a
»2
a c
o
E5
|
o
u
7-488
s
fea
tf
^i
5§1-5
z|«
as
2
55
w
W
a
O
N
O
H
$7m
ft.
i*
94
OS
3*5
9
age
E-i
«,
I*"
a
§
a.
o
85
p
o
o
7-489
a
3>
M
rfi
sd
§1-3
zi<
za
6-
EÜ
EU
04
8ft.
CB
•s*
03
§
9g?
I
"3
IF
9
r
8ft.
o
a
a c
ES
Z
O
7-490
6-
EU
EO
2124
3
2 H
«
s
5-
d
Sl<*
«I«
Z
«
o
64
o
S
U
Ü
E-i
U
U
u
w
OB
■H*
9*5
a
9
6°
ale
1213 ^
as °
0
ES
S
a
0.
I
a e
^ 33
8
7-491
2124
OS
K
b
2
is
M
§1
ggz4<
zg
frei
K
a
04
N
3 2«
■2*
2es
**3
%
ale
m a
o
z
o
o
Ü
7-492
fr>
o
o
fr>
u
ü
2124
ä
is
M
t^p
ii
iiz
o
«
H
D
M
§2a
■2*
OS
Ö
3
IPs
J
6-
6-
«
o
i.
z
o
ou
7-493
2124
DJ
K
s
ES
is
«
9
6
gll«
S3
z
g
s
EÜ
6»
a
«I
N
§ do
as
■S*
OS
3
9
I
3*3
ob §
u
B
a
a
§a.
CO;
c
c
o
sr
o
SE
o
o
u
7-494
u
Ü
EU
2124
<
a
is
r*
rfl
5-
ö
2
a
ü
s
O
M
04
id«
•H*
OS
I*
gig
a
9
B, O
ale
s
a
" 2
a.
a» c
S3
0
I
7-495
Ü
et
s
3
S
I
is
co
ü
M
t/i
ii
s
6
zi«
z
g
6ü
6-
EU
64
OB
l-S*
05
Sei
gig
3
Mg
I 17
gs
a.
ES
z
o
8
7-496
6U
u
ü
2124
s
2
I
is
M
t
&
sis**
z
o
tf
o
94
«
ii*
es
r»
W
I
9gi
a.
o
DD
ob o
u
E-
§2
ö
a
83»
§a.
§
— 33
oü
7-497
E»
O
2124
I
is
tf
s
S
8
S3
s6
Si
ö
d
Ü
U
8
5
d
d
Si|z5<
z
g
w
H
6Ü
a
o
N
U
W
San
&
CD
ii*
94
§
MS
9
i-3 %
ob §
als:
&
o
a
o
BS
0.
ffl c
S3
o
Eh
2
o
o
u
7-498
U
EU
E-
Ü
2124
as
E
<
a
5>
8
8
Ö
Silas'*
Z
M
g
U
B
6"
E"
U
u
a
91
04
o
w
8-»
Ben
6-
;£*
05
a
gig
%
3
CQ
11 =
a
I*
8
o
kc
OH
z
o
7-499
o
O
o
frei
g
§
EU
6-
3
is
1~
§1-5
si«
z
M
B
00
o
E->
a
E"
u
E->
u
E-
Ü
E-
Ü
a
o
eq
u
w
'S-»
g Bm
OB
■S*
OS
3P5
H
ob o
O
as ©
o
a
1
•2
E<S
£
2
O
S1
7-500
EU
E-i
Ü
EU
2124
es
a
o
S
a
is
M
rfS
rfi
8
8
96
!i
III«
M
g
Ü
M
a
N
o
w
§ dB
Dco
l-S*
3
3*5
%
(A o
als:
OS °
|S|2 ^
§2
a
8a.
id c
o
Bb
|
O
7-501
U
u
1
s
i
is
rfi
SI
Ö
§1z£«
z
s
§
M
N
o
a.
CO
Ü
O
E-
u
E-
E-
u
Ü
i do
Ed
ii*
es
i>
ill
a
CÄ e
■^ c
OS °
"BT
Ö
a
8
o 2
OK
m c
s
ErS
zo
7-502
EO
E"
U
EU
E-
2124
es
K
h
0
is
M
life
tfi
ii
88-,
1^5^
z
o
M
EU
E-i
Ü
EU
E->
Ü
EU
0
04
B s CQ
i*
05
a
3
o«. ~
g. o
B8 Si S
2 e
OS °
til
Q
ft.
a c
o
z
o
IO
-a
S 5
o
u
7-503
E«
Ü
Ei
U
2124
as
s
s
8
rfi
Si
§1-»<
iz5
Z
g
3
DO
E-
o
E»
u
Q
o
04
N
Ü
w
a.
as
1-2*
05
I
9PS5
9
Oil g
"i o
o
a?
s
o
•2
'S e
ES
o
4.
sZ
o
u
7-504
U
EU
E-
E-<
Ü
2124
s
1
s
2
E
s
is
M
/I
Si
Bio
z
2
S
M
H
0
04
80.
ü
U
ll«
CO
ii*
05
§
gig
9
W K
g. O
06 o
BsSis
Bi
D
Q
a,
o
z
g
O
Ü
7-505
.
2124
as
I
B
!
5>
? as
go
K
I-
d
§1"
s
Ö
2
S3
u
u
Q
-*
«
a *■ «
l-S*
94
OS
§
6
85
«
04
8
|||
a. o
Oil
1?
a c
o
Bb
|
8
7-506
u
E->
U
2124
OS
i.
I
is
tf
1^4
52 = **
M
04
N
g
sa.
u
o
Ü
id«
DO
!i*
9PS
a
9
j ■
ob
H £
5o
r:
c
03 o
D
o
ts c
o
ft.
o
u
7-507
2124
a
x
S
3
a
2>
is
&?p
Si
©
nli
si-«
z
«
X
K
EH
U
E*
u
E»
U
E"
O
EU
a
N
o
■B
-*
SOB
Ed
0.
00
l-S*
ill
i>
g. O
feie
S
B5»
§a,
0
St.
2
O
8
7-508
E<
U
E«
U
Ei
2124
«
o
u
o
u
o
1 i
B
3
O
g
00
«0
00
a
OJ
0)
s
u
8
CO
O
s ä i 5 ä
s a
CD)
o
u
O)
00
CO
OS
OS
sen
s
co*
00
00
s s
O)
O)
8
8
U
ffen 1
a
S
o
o
5>
go
uT
'S
i
Si
•
„
O
o
8,
u
u
ss
s 1
s
a
eo
s
8
©
8
8
03
o
©
8,
s
o
s 3 S ä
$
Si
r+
ä ä £ g ä
u
33
rfS
e
„
8
U
c
o
U
o
s
o
o
lo
N
so
00
o
to
cN
IO
o
o
E-<
o
ao
00
©
s s
s s s
©
CO
s 8
d
CN
a
M
C4
CN
CN
ao
so
o
ao a
©
o
O
g s
©
8
o
©
O
1
Ei
fU
CN
o
CN
s 8 8
t-
8
©
O
o
o
o
©
o
H
O
H
EO
H
CJ
CO
00
CO
o
s
CO
e>
t-
CO
CO
CO
»o
CO
en
o
o
o
a
en
OS
©
o
©
©
CO
so
eo
CO
en
so
CO
©
§
C4
o
o
©
o
H
U
H
O
H
U
R
E*
*-•
ao
^
so
s aso
M
00
en
en
©
CRACK
LENGTH
(In.)
A
M
z
o
u*
Ü
04
o
«
g
P
09
s0,
CD
§ *« a•*o
^
_
Si* 8-«
es
w
3
gig
3
CD
CO
eo
a
o
o
o
E-t
H
U
H
O
H
U
H
U
R
O
EU
en
so
so
•t
OS
so
e-
o
o
P; Ä
Ä
en
$o
S
U
u
s
u
LO
a
E-
Ü
u
H
U
EU
*H
CO
en
co
t*
©
8
o
a
z
«5
o
CO
p
©
'-'
CO
o
is
O
CN
so s s
t>
CO
g
©
en
CO
p
©
s
g
00
8
o
o
©
©
o
p
tp
O)
p
OJ
g,
'-
p
g
*"*
p
$
t-«
S
o
g
g
ö
en
00
CN
N«
o
CN
**
10
r*
■«•
~*
**
^"
IO
■*■
CD
■*
8
B
8
***
•"■
CM
i-t
OS
,_
«
CO
CO
v
•*
■*f
"V
IO
CO
CO
CO
CO
CO
CO
CO
CO
CO
CO
8
eo
©
^
a
"
S
CO
so
CN
oo
■«■
CO
•V
00
*•
CO
B
8
CN
c5l
CN
en
d
*
"
t*
•*•
en
©
8
8
8
8
CN
CN
CN
CN
<«■
"
■«•
^f
""
-*
§3°
lac
BB«6
Ö
O
§2
B°
§0,
m
s
LO
S
CN
s
CN
8
8
rH
CM
CN
eo
s
CN
s
LO
£
*"*
1
O
8
CN
22
E3
(ft0
z
o
s
g o
o
u
7-509
«
CN
"
CN
**
2124
Ed
Eb
s
is
81-*
\zi<
z
2
oa
0
04
U
W
a.
at
E-
u
Ü
§2«
i*
w
9s?
§
Ed Bi
fc o
ob §
u
as o
s6
o
ii
o
I
O
Ö
7-510
E«
U
E-i
O
8U
2124
esw
Eh
1
is
M
8
&i
§1-5
zl«
z
s
H
Q
04
N
8
S a B
00
l-S*
OS
3P?
S
3
H es
B. O
6-
■J
ob
j
ob
ob
§2
o
Q
o
0.
I
7-511
Jb.
ob
6"
SS
I
is
rfj
M
rfi
00
z
o
53
«
H
Q
04
04
05
ll«
li*
9*5
Hg
&o
ob
Sis
Z
P
o
u
7-512
«
S
' I
©
(B
©
00
00
eo
eo
09
1*
CO
CO
CO
CO
CD
CO
CO
CO
©
OS
5
©
5
©
CO
E©
CN
ä
8
CB
eo
CO
CO
eo
CO
eo
eo
eo
CO
eo
GO
CN
CN
CN
S3
CN
CN
CN
CN
CN
CO
CO
CO
a
CN
CO
%
CN
CO
a
CM
CO
©
g S
8
CB
©
©
13
CO
03
5
©
CO
CB
©
©
©
S
s?
o
S
o
©
•*•
©
CN
g
8
o
S
5
so
o
T3
3
8
S
3
©
IO
5?
sso
09
O
10
o
s?
o
o
IO
8*"*
CM
12
%
CO
C
O
O
so
©
s
CN
e
u
4
1 a s a
d
5
CO
00
7
c
is
■
CO
00
s
CO
CN
o
s
3
o
§
o
CO
O
S
a
S
CN
C4
s
so
ao
S
$
©
e
CN
CO
CO
a
CO
CN
S
g
CO
s
©
©
s 1o
3
IO
g^*
E*
U
E-
u
2
EU
H
O
o
o
s
o
3
s?
CN
©
S
O
©
a a
a
8
a
CO
CO
©
CO
85
o
o
o
to
1
g
LENGTH
(in.)
A
Oi
o
SB
***
Z
•*>
80.
00
^
7
©
Ü
Ü
00
CO
B*
o
o
s_
o
Q
2
64
|g
o
u
a
P
J
<
IdB
"
**
H
t~
U
u
s«
o
§
S
s 8-
^*
u
o
3
{r>
U
»
©
E-"
U
H
U
b
E-*
Ü
i- so s
©
©
io
CN
©
©
©
CN
8
^
©
O
^
g
S
g
g
8
g
g
©
8
8
g
8
CO
CO
09
^9«
CB
IO
^
<**
to
CO
CO
CO
CN
CN
CO
eo
eo
CO
CO
CO
©
IO
Co
IO
8
o
eo
CB
o
2
CO
o
o
t>
fe°
H
Ü
CN
CO
w
H
©
o
09
5
H
O
O
O
s
S
EU
FH
8
Q
s
5
8
OS
eo
to
8
-
8
09
©
CN
s
Q
CM
io 1
©
CN
IO
o
^
©
09
eo
3
8
°l
©
s 1
3
r*
i -* s 8 S8 8
gig
9
a a
—
8
**
—
w*
^
©
©
©
CN
©
©
g
CO
eo
CO
CN
CO
l»
CN
CO
irCN
©
8
CO
si
J
E^
is
&
iftfi?
St3^
S-H
o
g*
80.
S
E
CN
seo
■*■
^»
^«
©
©
©
S
8
8
8
CO
s
CO
CO
CO
o
s
"
S
N»
9
CO
CO
■^*
^P
»
©
©
©
8
8
K
seo
8
eo
US
s s
S
**
to
8
r-
IO
s s
IO
■«•
«2
s«a«
3
■*■
s s
■v
■V
a
s
E<5
§
8
s
O
P
r-l «■
■*
^ o
lö r-
i
o
u
7-513
CO
CO
eo
as
a
2>
go
5-
5
Ö
88?
zl«
z
2
W
Q
o
04
u
U
O
U
a£*
a.
ED
i*
es
9e?
w
I*
83°
Sie
5
f ■
IS*
Q
0.
I
8
s
7-514
as
I
5>
M
t*f!
tf
5SS,
zl<
z
g
x
w
O
64
64
ii*
9PS
a
9
t«
a. o
06
J
O
E- ■
K
13
a
8BL.
o
ft.
OB
C
ES
I
7-515
2124
a
is
M
=■3
Si
III45
Z
O
3
H
o
N
BOB
5*
9psi
H
IPso
a.
x
51
als:
6
0.
a c
E3
g
z
o
52
— o
S
0
u
7-516
s
as
i.
■<
D
5>
18
M
55ü<
Z
M
g
.s
o
64
04
» at
s*
sll
w
H K
§5°
§
o
o
7-517
2124
as
ES
I
is
rfs
M
t/i
is-*
2
O
frei
3
E-
u
Ü
S
01
O
N
i*
es
9pi
W
3
w as
& o
H
ob
E3
5ed
E
.3
eg*
Q
0.
o
2
O
0
u
12
7-518
EU
EU
E-
u
E->
O
EU
E->
Ü
2124
2
2>
is
>^p
M
'a
z
g
S
M
<S
N
04
s?,
\£*
Spi
&o
6&E
J
H
si
J
PS
I
o
7-519
2124
«
£
§
£
3
CO
CO
eo
CO
CO
CD
00
00
CO
CO
CO
CO
CO
CO
CD
CO
s
CO
CO
CO
ä
s
en
en
en
S3
©
en
2?
©
se*
o
en
8
SI
CD
2>
6a
IN
CO
4
CN
„
e
o
GO
«
8
s s
GN
01
01
CN
S
so
10
©
so
r4
o
01
o
8
©
O
ao
CO
©
o
CO
en
en
Ö
©
S
s
o
CO
e>
N
P
Si
o
55
©
CRACK
LENGTH
(In.)
A
m
e«
Q
CM
s
CN
to
s
s s
E«
H
U
EH
E"
i*« 8 gs
Ö
as
©
Ö
Z
2
04
N
^
s
p
z
§
0,
u
o
C4
a
OS
W ^
2
B-*
W
g
H
u
5
a«l
3
3
H
EH
o
E->
U
«
©
O
Ö
©"
Ö
o
o
p
"«•
s
©
•*•
©
©
s s
s
u
tu
H
O
F-«
O
^
»
a
«
^
Ö
«
o
o
Q
g
8
o
o
CO
CO
CO
CO
CO
CO
CO
ö
s
s
s
CO
s«
8
CO
N
OJ
o
to
W BS
J
ob
gi^e
g^
H
8ä°
H?
a
a
~
s
t>
t-
o»
CM
CO
s
s
CD
©
«
s
©
s
CO
s s
■V
•V
8
^»
^f
N
OJ
CN
N
o
8
«P
0.
o
fa
z
o
o
u
E
1
S
7-520
1
2>
la
rf
*s
rfi
«
i
rf
&s
OS
■Si*
W
W
33
iiJ
B-*
•2*
P, o
eg5-
OS
s
0.
o
7-521
as
e
Q
5>
18
tft
il
1*1
2>
go
*
Jf
Q
H
Q
P
Ü
Z
o
u
e4
05
sä
N
«B
ss
ft<
SS*
S e o
:
i*
Sei
gig
w as
a.
o
00
*3
9
Q
£
0
3
Si
8fl
7-522
.o
cd
Tj-
CM
T~
"O
3
CN X
□
Panel
L-S
1
u<
3 c
#c
CN
m c
fO —
O CM
in
<D
O
<
-a •:
o 5 — o>.
JK O 01
ü 53
Lü
>
z>
o
LU
O
CO ^-
CD
es
O C .* sz
i-g
CO O i- 3:
o•
cn
c
■*->
c c
<D
_J
ü 1 CDE E«
ö o o o
^
«
Q. *° CD
Q. a.
£
°Pw C/3 c/>
a•
K)
z
n
v_
o
<D
>
<
h-
■+■>
c/)
O
(N 4-
tn
O
Lü
Lü
fC
<D
§
cn
O« c
a
n
o
o
o
to
1
1
r
T
CM
i
r
H>| Ä}|SU9}U| SS9J^S
Figure 7.9.2.3.1
7-523
r
a
o
o
o
(UI/US>|)
1
.q
d
1
a
CN 3
v—
(N a
2
s
"8
TJ "
o ID
® 5 m a>
-* .° S _4T
B5 2 ..
LJ
>
01
Z>
O
£ c c c
a SEE
CD 'Ö 'O *0
o O Q> U
>; Q. D. Q.
Pen c/) </>
ÜJ
O
<
(/)
CO
LJ
01
o u. :*: Q: Lü
(UlyVIS>j)
ä>| A}|SU9}U| SS9J}S
Figure 7.9.2.3.2
7-524
<+ T3a
CM
V"*
3
(N X
a
2
1
c
"5
00
oa c
Q- _1J
d r»>
■a " • § o
o
o 5
.*
o n
M
CD
U 5=
9
c ,B
25
.X
£
ü c
i1 £® 1-u TJÜ
Lü
>
OH
O
Lü
pe: Cente
ecimen 0
-t-»
c
C
V
E E
'o
a
V
5S D- QL Q.
Pc/i C73 {/)
ü
Z
<
h-
co
LL.
(/)
o
O
S?
ü
Lü
er
CD
c
CO
O
l- w 4T"
^ Q
•t***
ndition
rm: Pl
x • '5
CM
c
u
c
E
ü
">
c
OQ
o O a
U h. *:
3
c
O
i_
oa Ui
c3
C
K•>
■>
(UI/US>j)
«>i /fysU9}U| SS9J}S
Figure 7.9.2.3.3
7-525
.o
cd
^*
■o
CM 3
T~~"
CM
X
a
1
cf
"5
£
o 1-1 OJ c
Q. Ji
d m
-a "
o
:_* O.
«»
5
.* o a
_o C
in • —™
ES
.o•
M-
«+•
(D
ö
<
cc
ü +3 ra
CD
ü c JK X
Lü
>
01
Z>
O
1
a ü £
1 -c T £
5 o H- *
u>
c
<u
<§ 1 Ec Ec
CD
«
_J
o
ö o o
CD «J
_*
n CD
£
°- Q. Q.
^C/J (/] (/>
ü
.o n
n i_
L±J
O
Z
O
a
>
<
C/]
GO
Lü
■+-•
o
o tu
o
ü
o
<N M-
LÜ
C
o
o>
O« c
o
ü
%.
o
o
n
o
o
a
o
CN
(UI/VIS>j)
«>| X}ISU9}U| SS9J^S
Figure 7.9.2.3.4
7-526
CM
•a
o
3
X
D
2
CO
m
m C .. o
■^ ° S «^
S 3 c ..
Lü
>
Z)
O
Lü
O
Y _qj ,u :g
fe O H ?
c c c c
03
O
01
ffl «
I I i
CD *U 'O U
Q. 03
CD
V
>; O. D. Q.
- w w </>
<
I—
u.
ui
o
O
C)
£
LU
01
h»
-•->
c
m in
OQ
uri
•»
tK
^
CD
o 5
^ a
E
a e> -Jj
c
:*:
V
c na cv a)
u fc
<0
.o
n
r^
o
4)
(a
M_
o o u u c>
u u_ ü a: UJ
C
* t
(UI/US>|)
*>i A}ISU9}U| SS9J^S
Figure 7.9.2.3.5
7-527
.o
CD
<<J-
CM
T3
a
3
T—
CM X
a
1
U<
2 c
Panel
L-T
0.402
in.
c
-a "
® O
5
.*
U +3
ES
0
O
<
<N
^ o.
S <°
01
_o
O C j* x:
Lü
>
Z>
O
Lü
O
° 4^
14
© o i- 3=
c
-M
c c
aS 1g fflE EV
ö u oaj o
a)
£ CL OL Q.
KC/) {/) c/)
n. ®
O
>
O
Lü
a
o
O
w
Lü
0
O
a
a: UJ
%
-i
o
o
n
i
r
1
1
1
o
r
<N
(Lnyvjs^)
«>| Ä}isu9}U| ss9J}S
Figure 7.9.2.3.6
7-528
*+
a
CM
^T™
CM
3
X
a
1
c
"3
c 1- tN
a
5
a.
-o l_
o
.x o
o +J
• a
Ld
>
01
Z)
O
LU
d in
N
o
to
E 4-iDC .Xc .cm ,
o to u
J.a o ••—r 2
H 3C
-I-»
c c c c
a
ü <D o 4)
E E E
o o
a uo o
»
n
>, Q. Q. o.
(/I (7)
• a
(U
0)
• €
P
Ü
Z
<
I—
tn
Lu.
c/)
o
LxJ
01
O
•«
DC
<:
,_ c
m
in
|c
en
H- in
"^»» 7 a
CO CD 4j
X
s
c
CO
o 0. to
-5
-2
v 2
£ 2
4) .—
t • ■ >£
>
o o u fl) c
o LL x. CK LU
i:
(U|/US>|)
«>| A}|SU8:LU| SSGJ^S
Figure 7.9.2.3.7
7-529
.o
CO
CN
-a
a
3
X
D
2
in .—
co
c
D
ÜJ
>
Z>
O
£
a. ""J ?a n
0
a
Ö
XI
"
Ü
« o ü
I
o
on.
.o
J| OH?
£ c c c
c
° E E E
CD
Ü
Q. CD
O
ca
O
«
>; a. a. a.
P(/J C/l V)
Ü
O
LU
O
o
<
>
I—
CO
CO
LU
i-
o
u.
o
o
|_o M—
<N M-
ÜJ
u
a:
C
co
i- in
^ -2 *
r- ca
o
a
■3§
O
c
o
c E
c
£4) 2
»»ct..
o o u V ÜJ>c
u u. ^ a:
S,
T
o
o
1
1
1
1
1
r
T
□Q,
1
r
O
CM
(UlyV!S>|)
«>| A}ISU9}U| SS9J}S
Figure 7.9.2.3.8
7-530
1
1
1
•
o
i
CO
*<J- •a
o
(N 5
(N X
o
2
1
s
c
"5
__
§!*«£
^*^s
-°. wc
__
W
CZ>
^ *^
»+-
0- H ^
Center-C cked
imen Orien tion:
imen Thick iss:
imen Width 5.80
o <o
5SS..
01
Z>
o
1
4.1
äj o o o
Q. CD
O V
Saaa
Lü
O
1
»*>
<
^
o
1
u
1
'
tn
2.0
(/)
00
c T- 2
■*•
>->• ? O
ffl C3 i
u>
-°^ £o
JZ
o
£
-2 5 ..« c«
\ a
idition
m: Pl
53.8
erenci
ironm
•
L_
o
e in Effective
>
'
Lü
a
Length
D
<
E c .. •*- >
o o o u c
ÜL^KU
n
u
na
1
1
1
|
O
O
c3
c3
l
s
(HA! >0
|
i
i
i
a
U>|
Figure 7.9.2.3.9
7-531
1
Ä}ISU9}U|
a
c9
o
*~
es
K3
1
SS9J^S
o«
o
.o
«0
*■
<N
,
?~"
•a
n
3
(N a
1
c
"5
c
o c
o
D. l CM —
•«
a> c:
.ü O
■a
(D
D
<
o lO
CM
»
01 Q0•
Ü
Lü
<B
'C
hlck
fidth
o 4-1 2 «n
E 3c
i*? o H- 5=
>
-»-<
o
o o
o o
s D 9)
n Q.
Q. Q.
>,
01
Z>
Lü
O
c
c c c c
a <D 4)
E E E
P C/l in (/>
ü
z
<
>
02
co
O
.a M—
oi
o
O
Lü
01
LxJ
u
a:
QQ
sf o i
Q
>°
o
8 i
£ 2
«•£
ct..
o
o o V c
o u. *: IT ÜJ
a
□
-l—i—i—r
o
o
i
«>|
Figure 7.9.2.3.10
7-532
1
o
o
o
o
CM
(UI/US>|)
T
r
Ä}ISU9}U|
SS9J}S
.o
d
This page intentionally left blank
7-533
R
i 2124 I
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 30 Hz
Environment: DRY AIR; RT
Yield Strength: 66.4 ksi
Ult. Strength: 72.1 ksi
Specimen Thk: 1.5 in.
Specimen Width: 2.55 in.
Ref: UD005
(1 of 2)
AK (MPaVin)
4
10
40
± I ' I 'I'l'l
4
100
_ I
1
I ' I M'l'l
-
~= 10
— Stress Ratio: 0.1
(2 of 2)
AK (MPaVin)
10
40
i I 'i'l'l
|
100
i | M'l'l
a
— 10
—
— Stress Ratio: 0.5
-2
10
10
— 10
— 10
:
—
-3
10
10
-~
— 10"
m
4
fri oc
_
—
— 10
Z10"5
_
—
,0-1
10
- _A-o
— 10 o
/
—
—
c
E
—
Ü
o
o 10
Ü
—
"*—
2 u
—
10
10
— 10
j
—
o
-u
-5
— 10
— 10
—
10
II I I
10
— 10
— 10
I , M,l,
10
4
10
40
10
4
100
da/dN (10_6in/cycle)
RMS %
Error
23.85
1
.5
.8
100
1—
1.25
2.49
3.72
6.30
44.1
109.
8.07 (min)
9.
10.
13.
13.67 (max)
Life Prediction Ratio Summary
—i
40
da/dN (10"6in/cycle)
AK (KsiVin)
4.86
6.49
15.8
54.9
80.2
12.27 (min)
13.
16.
20.
20.98 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
- 1 , 1,1,1,
2.
RMS X
Error
7.65
Figure 7.9.3.1.1
7-534
Life Prediction Ratio Summary
i
1
1
1
—]-■
0.
.5
.8
1.25
2.
2124
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 30 Hz
Environment: DRY AIR; RT
Yield Strength: 66.4 ksi
Ult. Strength: 72.1 ksi
Specimen Thk: 0.375 in.
Specimen Width: 2.55 in.
Ref: UD005
° of 2)
ÄK (MPaVin)
4
10
i i nn
40
R
(2 of 2)
AK (MPaVin)
4
100
10
40
_ | i | .|T|
|
— Stress Ratio: 0.5
100
i | i 11 |i|
a
— 10
10
—
—
10
— 10
s
o
:
O-10-4
\
c
_
—
°
Ü
-3 |
-= 10
E
10
—
— 10
m
o
T3
10
~~~
^m
— 10
10
10
4
10
40
"I , 1,1,1.
4
100
da/dN (10"6in/cycle)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
26.67 (max)
RMS %
Error
32.05
10
40
100
—1
1
1—
0.
.5
.8
1.25
0.0140
0.0350
0.0793
1.62 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
16.28 (max)
Life Prediction Ratio Summary
r~
da/dN (10"6in/cycle)
AK (KsiVin)
0.0224
0.0260
0.0560
0.0995
0.157
0.312
0.526
0.808
1.17
1.64
2.25
5.88
16.5
47.1
113.
246.
2.42 (min)
1 ,1,1,1,
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
—
-= 10
RMS X
Error
36.77
Figure 7.9.3.1.2
7-535
0.142
0.224
0.327
0.615
1.06
1.74
2.80
4.44
6.97
26.1
94.2
106.
Life Prediction Ratio Summary
—i
1
1—
—i-'
.5
.8
1.25
2.
R
^ 2124 I
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency: 30 Hz
Environment: DRY AIR; RT
Yield Strength: 66.4 ksi
Ult. Strength: 72.1 ksi
Specimen Thk: 0.75 in.
Specimen Width: 2.55 in.
Ref: UD005
(1 of 2)
AK (MPaVin)
4
- I
10
40
' I M'l'l
I
1
100
' I M'l'l
— Stress Ratio: 0.1
(2 of 2)
AK (MPaVin)
4
10
40
a
- I
— 10
—
— Stress Ratio: 0.5
' I M'l'l
I
100
-1
' I M'l'l
—
10
10
— 10
— 10
—
:
IQ"3
10
30.
—■
—
_Q3
o
ü
_Q3
2
I—
— io" ^
:
Ü
6^10-4
-3 |
— 10
E
c
_
:
—
ZIG'5
/
-*-o
— 10 D
-
10
"™
E
— 10
o
10
XI
10
—
-=: 10
—
ifir
— 10
— 10
—
-7
10
10
II I I
— 10
— 10
I , I,I,I,
10
4
10
40
10
" 1 , 1,1,1,
4
100
da/dN (10'6in/cycle)
16.
20.
24.84 (max)
RMS %
Error
7.67
.5
.8
1.59
2.05
3.00
4.59
7.65
41.7
52.3
6.39 (min)
7.
8.
9.
10.
13.
13.51 (max)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
6.08
7.41
15.6
39.1
130.
11.86 (min)
13.
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
1.25
RMS X
Error
5.71
Figure 7.9.3.1.3
7-536
Life Prediction Ratio Summary
.5
.8
1.25
This page intentionally left blank
7-537
R
i 2124 I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 62.6 ksi
Ult. Strength: 69.4 ksi
Specimen Thk: 0.744 - 0.75 in.
Specimen Width: 5 in.
Ref: GD003
(1 of 3)
AK (MPaVin)
4
=
I
10
40
' I 'I'l'l
I
4
100
10
40
- I I I in'!
I
— Stress Ratio: 0.3
_L
' I 'IM'I
(2 of 3)
AK (MPaVin)
— Stress Ratio: 0.1
100
11 >lllll
-2
-2
10
10
—
—
-= 10
— 10
—
—
—
—
I—
=
10
_S2
u
—
fri o"4
—
—
10
_0)
Ü
\
—
c
_
Z 10
—
—
o
x>
—
ff
-
~
/O
—
10
=
-3 I
10
E
o
ü 10
\
c
L
—
w
10
D
XI
10
- I , I,I,I,
4
40
-3 %
— 10
— 10
"o
_R|—
10 "
—
10
10
fflP
— 10
1 ,1,1,1,
.-8
10
4
100
RMS %
Error
28.83
0.
100
1
1—
.5 .8
1.25
0.127
0.146
0.232
0.605
1.39
2.71
4.45
6.40
8.52
16.9
33.9
3.34 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
20.62 (max)
Life Prediction Ratio Summary
—i
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.117
0.227
0.555
1.18
2.19
3.69
5.67
13.8
23.9
47.6
163.
572.
8.
9.
10.
13.
16.
20.
25.
28.12 (max)
10
AK (KsiVin)
da/dN (10"6in/cycle)
4.36 (min)
5.
6.
7.
X)
/
AK (KsiVin)
AK (KsiVin)
E
-5
I , I,I,I,
10
**""
_
— 10
—
—
=
o
II 1 1
—
—
—
2 10
—
10
10
J
— 10
RMS %
Error
13.58
Figure 7.9.3.1.4
7-538
118.
151.
Life Prediction Ratio Summary
0.
—i
1
.5
.8
1—
1.25
2.
2124
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 62.6 ksi
Ult. Strength: 69.4 ksi
Specimen Thk: 0.744 — 0.75 in.
Specimen Width: 5 in.
Ref: GD003
(3 of 3)
AK (MPaVin)
- I
4
10
i I >|i|'|
40
100
i | M'l'l
|
— Stress Ratio: 0.5
AK (MPaVin)
1
A
4
10
_ p-i [ '[MM
40
100
' I 'I'M
I
10
— 10
—
10
10
10
_a>
o
—
:
ü
o 10
\
c
_
—
— 10"3E
Z 10
-a
tz
—
: J
o
o 10
\
c
io"2^
Ü
\
_
10
10
TJ
-o
X)
10
10
— 10
—
E
- 10'\
a
— 10 \
. —
10.-6
A
10
10
10
— 10
10
J
—
10
■o
R
~ I , I, I,I,
4
I , I,I,I,
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.206
0.260
0.424
1.08
2.23
3.63
5.18
7.07
9.59
26.9
89.7
3.24 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
14.78 (max)
RMS %
Error
12.66
10
AK (KsiVin)
AK (KsiVin)
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
i
1
1
1—
—i-'
0.
.5
.8
1.25
2.
Figure 7.9.3.1.4 (Concluded)
7-539
R
\ 2124 I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: T-L
Frequency: 1 Hz
Environment: H.H.A.; RT
Yield Strength: 61.9 ksi
Ult. Strength: 69 ksi
Specimen Thk: 0.75 - 0.751 in.
Specimen Width: 5 in.
Ref: GD003
(1 of 2)
AK (MPaVin)
4
10
40
- I I I llll'l
I
— Stress Ratio: 0.1
1
100
4
_
-1
— 10
' I 'I'l'l
(2 of 2)
AK (MPaVin)
I
10
I I Hill)
40
I
100
I I llllll
_l
— 10
— Stress Ratio: 0.5
10
10
"™~
— 10
— 10
:
-3
10
10
—
o
o 10
—
o
+
^10"
c
_
— 10
-3 §
—
_X."CI
— 10
w
~
"™*
ro
o
— 10
\
o
10
™"_
— 10
cP
rtt^
— 10
10
— 10
— 10
.-B
E
■o
10
10
— 10
10
-
_K —
10
Ü
\
E
-5
-Z. 10
■o
2
— io" ^
—
-
I , I,I,I,
I , I,I,I,
4
40
10
10
-
100
I , I,I,I,
I , l.l.l,
4
40
da/dN (I0"6in/cycle)
AK (KsiVin)
RMS %
Error
13.66
3.5
4.
5.
6.
7.
8.
1.18
2.24
3.77
5.65
14.3
33.6
78.7
501.
0.
.5 .8
1.20
2.27
3.81
5.89
9.06
15.3
80.8
9.
10.
12.38 (max)
Life Prediction Ratio Summary
1
0.0906
0.152
0.306
0.526
2.71 (min)
3.
0.550
—i
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.135
0.239
4.28 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
23.19 (max)
10
AK (KsiVin)
AK (KsiVin)
1—
1.25
RMS %
Error
7.66
Figure 7.9.3.1.5
7-540
Life Prediction Ratio Summary
i—
—i
1
0.
.5
.8
1—
1.25
This page intentionally left blank
7-541
R
.| 2124 |
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 61.9 ksi
Ult. Strength: 69 ksi
Specimen Thk: 0.748 - 0.752 in.
Specimen Width: 5 in.
Ref: GD003
° °f 3)
AK (MPaVin)
4
= I
10
40
' I 'I'l'l
I
— Stress Ratio: 0.1
*—
10
.22
o
+
6^10"
c
10
""~
o
O-10-4
E
c
_
-= 10"
—
Z 10
■a
'1
v
-^'
z
tz
"""*
-r: m" ^
u
x>
Ä1
10
-5
t
—
-= 10
—
-
—
"I.I :l,l,
4
I < I,I,I,
10
40
f$
10
"
— 10
—
-3 10
10
~ 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
i—
.5
.8
100
1.25
0.241
0.293
0.626
3.55 (min)
4.
5.
6.
7.
8.
9.
10.
13.
15.42 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.264
0.337
0.746
1.72
3.35
5.31
7.45
17.2
37.5
149.
4.18 (min)
5.
6.
7.
8.
9.
10.
13.
16.
19.20 (max)
1 , 1,1,1,
10
AK (KsiVin)
AK (KsiVin)
21.92
a>
Ö
o
\
2
-^ 10"
—
10
RMS %
Error
-= 10
:
10
10
-1
' I 'I'l'l
— 10
-J10 >
—
_
—
I
-2
-
=
I I 'I'l'l
100
10
Ü
— 10
—
10
— Stress Ratio: 0.3
z
_
Z 10
"*~~
-
=
40
- I
—
2—
— io" £
—
—
—
10
_L
—
—
— 10
—
—
—
10
4
100
' I 'I'l'l
(2 of 3)
AK (MPaVin)
2.
RMS %
Error
12.67
Figure 7.9.3.1.6
7-542
1.42
2.82
4.85
7.39
10.3
29.0
74.1
Life Prediction Ratio Summary
0.
—i
1
1
—i-'
.5
.8
1.25
2.
I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
4
- I
10
40
' I 'I'l'l
I
(3 of 3)
' I 'I'l'l
1
-
= I
0
10
' I ' I'l'l
40
....
I
100
' I 'I'l'l
— 10
-1
0
10
10'2
ID"2
-1
10
10
^^
ID"3
,-,
10"3
io"2^
—
<D
u
\
-3|
10 E
Ü
\
o 10
\
c
—*
1
-3|
10
b
E
4
O^IO"
\
c
^^
=
zio'5
5
Z10"
■o
10
10
I
AK (MPaVin)
4
1
100
— Stress Ratio: 0.5
\
o
"°
A
12<* ' p
Yield Strength: 61.9 ksi
Ult. Strength: 69 ksi
Specimen Thk: 0.748 - 0.752 in.
Specimen Width: 5 in.
Ref: GD003
AK (MPaVin)
1
o
>
■o
6
\
o
10
~U
-5
-5
— 10
— 10
io"7
-
ID"7
-6
-6
10
— 10
^n-a r
1
, 1 ,1,1,
1
4
I , !,!,!,
10
40
-
1
in""
1
100
4
10
40
100
AK (KsiVin)
da/dN (10"*in/cycle)
2.71 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
12.15 (max)
RMS %
Error
9.95
I , I,I,I,
i 1 i 1111
AK (KsiVin)
AK (KsiVin)
>
■°««-«
10
da/dN (10"6in/cycle)
AK (KsiVin)
0.158
0.184
0.276
0.442
1.09
2.31
4.36
7.64
12.4
18.1
79.9
Life Prediction Ratio Summary
i
1
1
i
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.9.3.1.6 (Concluded)
7-543
.5
.8
1.25
2.
R
\ 2124 I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: S-L
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 59.1 ksi
Ult. Strength: 63.1 ksi
Specimen Thk: 0.495 - 0.501 in.
Specimen Width: 3.99 - 4 in.
Ref: GD003
(1 of 3)
AK (MPaVin)
4
1
- I
10
' I M'l'l
40
-i—i
(2 of 3)
AK (MPaVin)
4
100
1
| i | iiii—
10
' M'l'l
40
1
100
' I M'l'l
10
— Stress Ratio: 0.1
10
10"2o
ü
10
E
10
o
10
10
4
10
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS *
Error
11.80
40
100
1
1—
.5
.8
1.25
0.433
0.480
3.72 (min)
4.
5.
0.893
1.81
3.33
5.37
7.96
11.6
6.
7.
8.
9.
10.
13.
14.61 (max)
Life Prediction Ratio Summary
—i
da/dN (10"6in/cycle)
AK (KsiVin)
0.288
0.443
0.951
1.80
3.11
5.05
7.82
22.6
47.9
182.
378.
4.52 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
24.53 (max)
10
AK (KsiVin)
2.
RMS %
Error
Life Prediction Ratio Summary
i
1
10.87
0.
.5
Figure 7.9.3.1.7
7-544
38.1
62.8
1———i
.8
1.25
1—
2.
-\ 2124
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CT
Orientation: S—L
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 59.1 ksi
Ult. Strength: 63.1 ksi
Specimen Thk: 0.495 - 0.501 in.
Specimen Width: 3.99 - 4 in.
Ref: GD003
(3 of 3)
AK (MPaVin)
4
10
40
i
R
AK (MPaVin)
1
100
I i I > I' I
4
= I
10
' I 'I'l'lo
40
I
100
' I M'l'l
n
10
10
— 10
10
o
o 10
\
c
1<f £
-3 I
_
10
2 10
-
E
_*-o
10
o
■a
10
— 10
10
10
.-8
10
4
10
40
4
100
da/dN (10"6 in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.197
0.219
0.333
0.559
1.38
2.57
4.36
7.34
11.9
18.5
42.0
2.67 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
11.35 (max)
RMS %
Error
14.14
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
.5
2.
Figure 7.9.3.1.7 (Concluded)
7-545
.8
1.25
-I 2124 I
Condition/Ht: T851
Form: 4.5 in. Plate
Specimen Type: CT
Orientation: S—L
Stress Ratio: 0.33
Frequency: 18.3 Hz
Yield Strength: 57.3 ksi
Ult. Strength: 64.1 ksi
Specimen Thk: 1.489 - 1.491 in.
Specimen Width: 3.8 in.
Ref: 86842
(1 of 2)
AK (MPaVin)
4
10
t=—1—i I M Mi
4
10
C=—I—i MINI
40
100
1—i I i I MM—
— 10
— Environment: Dry Air; R.T.
(2 of 2)
AK (MPaVin)
40
100
i I i I i|i|—
— Environment: Salt Fog; R.T.
—
10
-2
-2
10
10
— 10
— 10
-3
-3
10
10
io"2£
Ü
ü
6^10-+
Ü
O
o 10
— 10
10
E
E
-s
10
10
— 10
10
D
XI
T3
10
10
10
10
-7
10
10
10
10
i
i I M ill
4
10
10
10
i i 11 h
40
'
100
da/dN (1Cr6in/cycle)
6.
7.
8.
9.
10.
13.
13.38 (max)
RMS %
Error
5.90
I I I I ll
40
100
i
1
1
1—■
.5
.8
1.25
7.77
6.94
7.70
11.5
16.9
34.0
38.4
6.69 (min)
7.
8.
9.
10.
13.
13.38 (max)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
2.38
2.81
3.70
4.27
5.26
8.55
59.0
67.4
5.61 (min)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
I I I Ml
4
2.
RMS %
Error
6.87
Figure 7.9.3.1.8
7-546
Life Prediction Ratio Summary
i
1
0.
.5
\———i
.8
1.25
1—
2.
I
o
I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CCP (max load specifie d)
Orientation: T-L
Frequency:
Environment: H.H.A.; RT
(1
AK (MPaVin)
4
1
_ I
10
40
i I i|i|i|
|
of
1)
4
- I
0
10
40
' I 'ITI
I
100
' I 'ITI
_L
0
10
— 10
- Stress Ratio: 0.07
I
' P-
4
AK (MPaVin)
1
^
12- 1
Yield Strength: 57 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 6 in.
Ref: BL002
100
i | Tl'l
z.
la'2
IQ"2
-1
-1
~
10
10
ID"3
IG"3
cy
—
o
O
4
5*1 o-
\
c
zio"s
z
XI
\
o
10
>
X
10
"^
u
^10"+
\
_c
— 10 ^E
ZIG"5
X
\
— 10 >
Ö
~°
X
-6
10
-5
-5
10
10
-
ID"7
IQ"7
-6
-6
— 10
~ I® II I
10"8
4
1
10
I , I.JLL
io-8 -
I , I,I,I,
40
1
4
10
100
I
10
, I,I,I,
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10~6in/cycle)
AK (KsiVin)
u
\
-3l
2.71 (min)
3.
3.12 (max)
da/dN (10 "6in/cycle)
AK (KsiVin)
0.0317
0.0952
0.0627
RMS %
Error
Life Prediction Ratio Summary
RMS %
Error
Life Prediction Ratio Summary
i
1
1
i
i
i
41.62
0.
.5
.8
1.25
2.
0.
Figure 7.9.3.1.9
7-547
ii
.5
.8
i
1.25
2.
R
I 2124 I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T-L
Yield Strength: 63.2 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 6 in.
Ref: BL002
Frequency: 10 - 33 Hz
Environment: H.H.A.; RT
(1
AK (MPaVin)
1
4
I
10
' I 'I'l'l
of 1)
AK (MPaVin)
1
40
100
-i—i i i I nil—
4
- I
10
40
' I 'I'l'l—I
100
' I 'I'l'l
10
— Stress Ratio: 0.1
-2
10
10
10
10
10
10
_0J
o
ü
CD
—
o
O-10-4
+
^10"
-3 |
-3 |
10
-5
E
z: 10
"O
—
10
"o
10
E
10
TS
3
10
o
, -
o
X)
10
10
— 10
10
10
10
Z
-B
10
I I I I 11
4
10
10
10
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
5.
6.
6.78 (max)
Life Prediction Ratio Summary
i
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0668
0.0648
0.0891
0.258
0.610
0.847
3.20 (min)
3.5
4.
RMS %
Error
33.02
10
AK (KsiVin)
AK (KsiVin)
1
.5
1
.8
1
1.25
RMS %
Error
1—
2.
Figure 7.9.3.1.10
7-548
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
2124
Condition/Ht: T851
Yield Strength: 63.2 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 4 in.
Ref: BL002
Form: 5.5 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 10 - 33 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
10
-|—i | ' | '|'|
R
AK (MPaVin)
4
40
100
1—i I ' I UM
10
-Ml 'I'l'l
40
100
n
I ' I Tl'l
10
-2
10
10
10
10"2 P
o
^10"4
10
T3
-o
10
_*
-6
E
-A-o
— 10
o
—
10
— 10
-7
10
— 10
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
100
da/dN (10-6in/cycle)
AK (KsiVin)
0.927
1.55
2.53
3.80
5.21
12.3
29.1
30.7
9.
10.
13.
16.
16.24 (max)
Life Prediction Ratio Summary
0.
40
0.693
5.32 (min)
6.
7.
8.
RMS %
Error
13.85
10
AK (KsiVin)
AK (KsiVin)
—i
1
.5
.8
1—
1.25
RMS %
Error
Life Prediction Ratio Summary
—i-'
0.
2.
Figure 7.9.3.1.11
7-549
.5
.8
1.25
R
1 2124 I
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T—L
Frequency: 6 — 33 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
- I
10
40
I I 'I'l'l
I
Yield Strength: 63.2 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 4 in.
Ref: BL002
AK (MPaVin)
4
100
a
' I 'I'l'l
- Stress Ratio: 0.25
- I ' I 'I'l'l
100
I ' I 'I'l'l
— 10
—
10
O
o
4
^
— 10
_
zio
-
-J.-V
— 10
—
_K t-
Js
10
■""■
E
—
—
—
— 10" P
10
—
—
-2 TT
o
o
o^10-4
—
\
C
■a
— 10
|_
E
10
""""
Jio
>
—
o
XJ
XI
10
-5
JBL
— 10
—
— 10
10
10
— 10
— 10
10
A
10
10
■o
40
-=
-2
6^10\
c
10
~
I , I, I,I,
I , I, I,I.
4
40
10
10
-
100
I , I ,l,l.
I , 1.1,1,
4
40
da/dN (10"6in/cycle)
2.06
3.01
4.24
6.03
20.7
52.6
94.8
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
0.611
0.713
1.30
4.79 (min)
5.
6.
7.
8.
9.
10.
13.
16.
17.43 (max)
RMS %
Error
16.99
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
—r-
—i
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.9.3.1.12
7-550
—i
1
1—
.5
.8
1.25
2124
R
Condition/Ht: T851
Yield Strength: 63.2 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 6 in.
Ref: BL002
Form: 5.5 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 6 — 33 Hz
Environment: H.H.A.; RT
(1
AK (MPaVin)
4
10
40
of 1)
- I I I 'Pill
I I I >lllll
— Stress Ratio: 0.25
-1
—
4
= I
10
40
100
' I 'ITIn
' I 'ITII
10
10
— 10
—
10
10
10
—
— io~ £
_
—
-,
— 10"J E
fri o-+
V
2
2
o
c
AK (MPaVin)
1
100
10" o
o
\
u
6-10-4
10~
'1
^-^
-z.
z: 10
Z 10
m" ^
o
—
—
x>
10
10
:
-7
.
:
/
— 10
— 10
10
10
— 10
1
10
A4
A
i 1 111 li
10
40
10
100
4
AK (KsiVin)
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (I0'6in/cycle)
AK (KsiVin)
0.0140
2.03 (min)
2.5
3.
3.5
3.64 (max)
RMS %
Error
40.13
— 10
0.0393
0.111
0.252
0.228
Life Prediction Ratio Summary
r-
—I
1
1—
0.
.5
.8
1.25
RMS %
Error
2.
Figure 7.9.3.1.13
7-551
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
R
\ 2124 I
;
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 8 - 33 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
- I
10
40
' I 'I'l'l
I
Yield Strength: 63.2 - 67.2 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 4 in.
Ref: BL002
AK (MPaVin)
1
100
' I 'l'l'l
— Stress Ratio: 0.5
1
- I
-
-2
40
1
100
' I 'I'l'l
10
— 10
— 10
10
10
2
o
— IQ" o.
o
_o
_
o
o^10-4
— 10
E
c
r
4
^io"
c
/
_
■
)
ZM0
-2 TZ
_
_i"0
— 10
o
/
-. 4
x>
E
— 10
o
_, —
10
10
— 10
-7
10
— 10
— 10
1 , 1,1,1,
~ 1 , 1,1,1,
4
10
40
~
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
0.205
0.217
0.343
0.541
1.25
2.55
4.65
7.71
12.8
23.9
157.
2.94 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
12.09 (max)
RMS %
Error
14.40
10
10
-
_„ I—
10 '
10
=
10
—
10
10
' I 'I'l'l
— 10
10
"o
4
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
i
1
,
1
2.
0.
.5
.8
1.25
Figure 7.9.3.1.14
7-552
1—
2.
2124
Condition/Ht: T851
Form: 5.5 in. Plate
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 8 — 33 Hz
Environment: H.H.A.; RT
4
10
40
Yield Strength: 63.2 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 6 in.
Ref: BL002
(1 of 1)
AK (MPaVin)
AK (MPaVin)
100
4
= I
— 10
— Stress Ratio: 0.5
R
10
40
' I 'ITII
100
' I 'I'l'l
=
10
10
— 10
10
—
-3
10
10
-2 u
o
:
c
_
—
■Z. 10
xi
— io
3
— io" E
10
X
-
-4^>
-J10 \
x
—
XI
10
10
— 10
10
E
■2L 10
tz
_„ —
x
o
\
o
— 10
10
"/
— 10
10
1
i 1 111 li
4
10
— 10
1 , 1,1,1,
40
10
100
4
AK (KsiVin)
da/dN (I0'6in/cycle)
AK (KsiVin)
40
100
da/dN (I0"6in/cycle)
AK (KsiVin)
0.0413
0.0718
0.131
0.231
0.246
1.79 (min)
2.
2.5
3.
3.05 (max)
RMS %
Error
5.74
10
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
RMS <
Error
2.
Life Prediction Ratio Summary
0.
Figure 7.9.3.1.15
7-553
.5
.8
1.25
R
2124
Condition/Ht: T851
Form: 1.5 in. Plate
Specimen Type: WOL
Orientation: L—T
Frequency: 25 Hz
Environment: H.H.A.; RT
Yield Strength: 66 ksi
Ult. Strength: 71 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.55 in.
Ref: NC003
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
4
10
I I I I IMI
100
- Stress Ratio: 0.33
— 10
—
-2
10
10
— 10
— 10
—
10
10
—""
— 10
o
^
+
5*10"
c
JO
io"2 °
u
Ü
4
o^10-
_
_
— 10
- 10-J E
E
10
10
—■
-o
40
100
I I I i|i|—
T—I
sr
^10
—
-
>
_fi l—
10
10
Sm
10
— 10
10
10
10
— 10
10
m i 1 i 11 h
4
1 , 1,1,1,
10
'
10
I I I III
40
100
AK (KsiVin)
da/dN (10_6in/cycle)
AK (KsiVin)
I
I I 111
4
10
AK (KsiVin)
da/dN (I0"6in/cycle)
AK (KsiVin)
0.0104
0.0419
0.140
0.322
0.589
1.37
2.48
4.02
6.13
8.81
12.0
24.0
48.1
163.
173.
2.11 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
20.19 (max)
RMS %
Error
12.83
_*/o
10
o
-o
Life Prediction Ratio Summary
—i
.5
,
.8
RMS %
Error
Life Prediction Ratio Summary
n—
1.25
0.
2.
Figure 7.9.3.1.16
7-554
—T
1
1
.5
.8
1.25
2124
s
ii
III ii m
o
2
«s
s§
o
©
«5
O
O
©
*■«
'*-»
l—(
PS Si:«* x*«- ssp*
•w 0
00 •*»
« es
Tesl
Tim
(min
HQ
« <t>
& *
..'■r*
■I-*
©
O»
O
2^?
§g ::g*g|
«3
hf|
•• r*.
rj.
:&:&:£:
s
«0
co
CO
05
rH
05
rH
t»
rH
O
<N
o
CD
eo
rH
ta
os
O
(N
©
CO
co
©
eo
re
lO
eo
rH
lO
SgjSsj
us
<N
rH
eg
CO
A
rH
CM
©
o
:;:::::::;:::::::
«>**> :?***: WJiiS*::
-*
AS; S8$*
-<1>
PS
rM
4»
::::::::::::::*: *:::::::::::::::
PS
t>
05
»n
■
PS
V
©
CO
►—I
CO
©
©
HH
<c
:**&:;
Ä A « IÜ
si.
^
c
©
co
o
©
t-H
o
■r*
m
m
•'T*
¥ftWS :>>:©?
•gftgSS ijgsäS
„ «S
«f>
PS
c©
o
©
"*
©
Tf
•*
sisss
JS
§S »
fi
*
*
*
*
1
I
1
1
"28 •*"
x ^
s
«
»
«
«
eo
CO
CO
CO
in
*n
w
in
m
w
w
Iß
Iß
w
w
IJO
lO
to
03
IÜ
co
;*;**
Ä
Q
PQ
U
PQ
U
P
PQ
V
Q
a
r-l
rH
rH
u
X
M
CO
**
05
0
a
Ö
&
•s
o «I
o
4)
oj
a
»
«3
OJ
:S:©ä
:
Sp|v
Q
■:•:•:•:■:•:•:•:■
PQ
O
S*:*:*:* $$&$:
05
rtt
•s 5
£ip: WM
r<
fK
f<
»<«
rH
P*
8
H
m
K
•0
»- *
^
"". .
EH
0Q
—>
o0
U)
»
co
K
2 c
&°
Cl
3
02
fcH
t-
►J
S Sfe
Hg~
e
*" 0
QH
H
PS
-W£
M
0
■»*
•Pri
rH
I5
a0
H
c
o
U
7-555
2214
c
HJ
CO
fa
"8 >
WO
(8
CM
■
t
00
CO
to
£
CN
o
*»
c
5
k«
ra
O
.5
h-11
H
a
tf
o
la
*H
i-t
05
CO
wa
d
c
CO
•$>
CO
05
CM
OJ
f-3
e.
C/J
H
iJ
c
tH
rH
r~t
"8 *
CO Q
tCN
m
O
•*
c
co'
fa
TO
fa
•w
d
9
S
■*»
«
o>
u
H
CO
V
P
s
i-i
U3
g
lO
CO
H
0
• pN
■W
•PM
T3
C
0
Ü
-w
§e
»1
V
CO
»H fa
&
7-556
2214
I
is
'rfl
S
44
ö
z
M
2
So
ü
«
a
O
1-2*
111
E-i
§5°
feie
EUS
8?
Q
o
I
ou
7-557
ü
»as
s
3>
s
3
Si
si-.
!*£«
tf
2
S
U
H
Q
ga,
U
E-
E-<
U
EU
E<
Ü
EH
U
E-
u
E"
U
E3
E"
U
I'd«
CD
i*
O
gig
3
«OS
E»
Oil
E"
K
~B7
Ö
Q
Z
O
7-558
Ei
E-
Ei
Ü
«
2
is
M
Iil,
*4«
2
$
SE
2
ID
H
a
o
w
ft
OS
1-2*
o
3«5
W
3
j
a. o
J
ob
a
o
§ft
o
o 2
ffl c
S3
85
O
- g
7-559
n
is
a
rfi
it
i
@s.
z£«
z
g
S
H
n
*
Ü
11
o
Sea
J
3
a, o
ob
Sis:
Q
|
u
7-560
2219
c
Cß
"0 5
WD
pi
•
•
;
:
C
;
in
00
o
f-i
f-l
cö
ca
to
P*
•
c
00
t-
PJ
;
•0 >
PJ
6
'•
pj
pj
'•
CM
i
6
'
oo
;
Ö
0
to
PJ
•
i
£
;
PS
e
•c
o
a
a
u
H3
i
m
H
a
£
t-;
V
pi
;
CM
o.
02
c
00
to
CO D
IN
cö
IQ
CM
a
C
a
£
oö
IN
S
s
PJ
PJ
ci
TO
■*»
Ö
V
s
et
«
H
o
o
IS
0)
PJ
IO
00
fH
co
H
W
8
co
oo
H
E-
0
•PH
-W
•|N
Product
Form
»d
d
0
a>
a
c
•&
o
fe.
7-561
1
2219
•i—i
:::::V:::^::::x^:|:j:-
CM
o
O
iH
©
o
*4
tt
<
lllllll
o
Ö
O
H
o
Ü
2
&
i—i
co
Z
S
H
Z
i—i
CO
CO
0)
•**
es
f
gJS^jS:;:;::::
■■I
£ It!»
**
3
llllll
lllilll
lllill
09
Q
••
H
Z
1
O
Ol
©
00
o
«
llflllli
z
«
«
£ # oti
og
CO <3 j>
NJK
to
ll$|||||§|
•>*
•IX
•i-i
©
©
IN
&~
w
-
rH
|>
£5
H
QH
SO
faO
^
O
2
Illlllll
H
Iplllllli
mil
Illlllll -0g':v
Äiiiiiii
W
1a.
cu
••
z
o
5
£H
PS
o
z
zi
liz£
p
0
Ülpilü
H
is*B:S::^?s;4ss;s
g
d
;.;.;.;.;.;.;.;.:-;.;.;.;.;.:.:.;.
B CM
ffl
O
AfÄlft'ifräWräw &v*':*:*:\':*:':-:*:S^
v:v:*:*:*x*:;>:;:-:;:tt:;;X*:;.'-.
gtf
3
00
:
:; <tf:: :
CO
a
11
7-562
2219
o
o
o
O
o
o
o
c»
»4
3
fc
Q
H
s
t
«f
IIÄ1
•»•
3
©
1
liilll •«
—*
-w'
¥:>'©:<
fti
o
o
SIS*?
U3
.
CO
-v
CM
CO
00
t-
la
CD
to
CM
-*T
CO
CM
©
©
us
©
t-
«3
CM
CM
c-
lO
CC
t-
•«?
CO
©
CO
CO
CO
o>
eg
*-*
©
CM
CO
at
CU3
©
CM
*a
CM
©
•*?
01
©
CO
C©
CM
CM
©
CO
©
©
©
©
CO
.
t©
T
CO
iiiiii
1
iliiii
o
CO
CO
CM
©
©
O
tf
H
N
N
öS
ec
o
©
:
CD
©
o
o
o
o
CD
CD
CO
O
o
o
©
©
©
:'*..•.■'•.•
©
CO
©
©
©
o
o
©
©
CM
.
,
CO
o
©
CO
CO
©
©
O
o
RODUCT
FORM
pa
H
••
14
O
1—4
H
H
Z
H
ä
a
o
a
a
B
Q
c
D
B
o
Z
5B 3j
s
tiH
P«
B
55
*Si^sfi3is$i;8*
i»ii§
mmm
£3
CM
»o
CO
o &«
7-563
CO
CO
CM
o
Ö
O
:S>*S,:i:
I!
■
p
ISS
: *»■» :
;©
SKIS
■
o
1*31
fs*«te
•M:
eo
£5
[#•
©
©
Htf
Si
S0.
■■I
«<*
M
7-564
2219
<U—i
O
0
0
0
■:•::*«*::
O
O
/—>
issääS^ös*
■^**>
4
1
••5
5
3
rt
s
£
o
■111 3
sasassw«ss
sssSkSi-ss:
fi$
1
-.*
■
00
c-
GO
00
CO
CO
c-
00
CD
CO
CO
co
CO
CO
0
0
*a
CO
CO
^?
l>
rt
a
c-
CO
CD
"9*
CO
eo
OS
CO
i«i§
PO
J
H
»H
01
O
O
CO
O)
CO
CO
CD
iO
CO
0
CN
. -
f
01
00
CO
0
OS
N
^
.—
ia
0
CO
-c
to
0
CNI
s
»0
CO
0
TT
CM
0
cs
0
O
to
0
«3
O
Ö
Ö
O)
t—*
W3
llillil
O
«C
^
iSS&SS&SiW
tf
Ö
o*^
U3
CD
CO
CD
Ö
0
Ö
O
Ö
CD
0
CNI
&4
0
-
PQ
Ö
€■«
lllllilli
^2«
'
■■';:.
H
■;.:;';
ON
llciii;lll
H
H
H
DITION/
ElEATME
A*
H
J
••
S5 SSwSx^SS
O
i—i
^
0
%
llll
00
«»111
85
1
7-565
©
O
O
CO
0
0
O
2219
o
o
O
o
-»-t
<
PS
miifii
o
o
o
gj*Ss;j;SS:S
1
<!*»
;?
Hü iliiii
o
ilÄ
fa
O
3
CO
pfl
Z
OS
I
H
Z
fa
co
CO
Q
fa
Q
P
U
z
o
fa
Z
g
tf
O
CO
3SS3SÖR838K:
IIP«
o
5
B
iniii
I
fa
OS
©
GO
O
••'■o
d
■:S-Spii::-::&
0f~
lllllll P$H
w
©
o
to
CO
N
CO
»O
CO
O
Ö
o
©
CO
fa
fa
fa
Q
fa
s
a*
fa
eq
s
o
CO fa
fa
TT
ss
fa o
llllll
':;.:;«■■'
lllllllll
Q r,
f*
< 05
s
:-:-:JM?:-xÜ-:-:-:-:-:-:::-:::::;:
a.
:::
: : :fi[5::::'^-:::::S'S:::S:i:-
H
P<
111
iJ
Z
O lÄIÄ
5
Z
■Bv:-: III
z. s
fa
OB
o
ippill
IZllllil
OH
mi
o
H
ill
7-566
co
2219
o
O
Ö
o
<
o
©
©
H
2
SOS
.Si
b
HI
Z
ö
H
Z
SSSSeS
W
m
m
ill
: O
III
o
: «5
H
£S
: ei
OH
la
N
i—1
WmM
ON
05 <
J«
ill«
i-H
Ö
PQ
QH
111
SO
faO
gp*
Q
H
llli
£!<
<»
as
a.
i
■ill
••
Z
O
z
o
7-567
CM
O
o
Ö
SKOK
©
©
5
o
&
"5M
f
o
o
Hill
CO
CO
O
CM
CO
"C"
O)
CO
CD
d
CO
CD
CO
00
U3
CO
■o
c-°
—
CO
CO
CO
-
CO
CO
CO
CO
o
d
d
-
Ö
-
o
CM
CM
CO
CO
CO
CO
CO
d
d
o
d
CO
0)
d
d
d
-
o
d
CM
c~
d
o
Ö
CO
00
CO
d
-
CM
CO
o
Ü
Z
Ed
Q
Cl-
D
io
«3
CM
»O
CO
E-
E-
P.
a
a
CS
E-<
X
Cd
5cc
s
g
CO
O c*
m
7-568
CO
2219
«4-1
o
o
©
SaOS
«H
o
©
:S:»S
C>
■s
in
3
&
Q
H
fa
fill®»
«»a-
b
3
Illpl
O
©
00
s
o
©
1-.
o
50
a>
o
IN
<N
C-
CO
CO
illl!!
itliil!
Z
CO
CO
0
©
Z
o
tf
H
©^
■■«
o
03
CO
CO
O
CO
o
o
o
a
a
op
J
H
Z
O
5
Z
a0
a.
PH
Q
w
D
D
1u
o
co
co
o
CO
CO
o
z
5OS
o
6-
B
55
iipggiiisii
Si«*«™*****
iPiilil
00
CO
6-
liiipiill
a
7-569
CM
o
o
©
o
•"H
o
o
©
IO
H
yTN
flifil
• iiilpi
.I"
<
b
CO
Z
ffl
••
Bz
Z
hH
fa
£
02
02
fa
a
©
11«!
©
■o
tf
«0
M
03
CO
llllllllll
fa
00
CD
©
Ililil
<
p
llllllllll
oP
H u
fa
5»
SSSSSSÄSS
Z
O
02 fa
fa
ap
©
©
C~
iffalpiii
©
ei
fa
cc
zO
fa o
fa
■Ä
CO
P§
O
Z
©
Q
0)
■
:
.
:
fa CM
I
1o
go
fc.
:g:|:i:;:;?|i;i;:;:;S:::::::
J llllllll PH
H
Z
O
fc
z
5
z llllllll
fa
ao 111111111
CM
H
:
'Ow:
:
llllllll
7-570
2219
CM
o
o
©
™;oi
::::i:ir*::
©
O
IO
o
1 «11
ill»
*
_•
H
o
1
im
H llill Ulli
Z HI
w ■tt
- ••
w
CO
©
o
o
CM
00
ee
d
o
US
0)
d
z
o
(~H
OS
©
3
d
w
«
H
<y^
es
>:
l&:< •
"■*
"*
00
00
o
o
o
o
o
o
CNI
CC
cc
CO
CO
©
o
3
CD
es
lllllllt
IJMItll
H
s s
Cd
a.
J «Ulli 0.
H
O
H
D
C5
I
b)
Z
O
5H
ä
u
D
K
X
a
2
3
K
o
6.
Z
o
£
z
Infill«
SB
PS
•a
CO
cd
us
00
OS
fr-
;;.o 5.-:
s
7-571
o
o
O
JSOS
£:**;■:
o
H
o
2
«
£
3
&
Z
Q
H
13z
Z
fa
§
Z
B fa
O
PS3
fa D
|
fa
O H
c4
CO
<*»
a
b
ft*
R
£
a
k
All
o
©
is**:
©
o
1-
©
c
': '•.-•; . ./ .-;.
W^^S^
*
N
o
p5
'.fa:.
OH
ti
CO
CO
Ö
O
O
RODUCT
FORM
o
1-1
O
O
IO
cs
o
2
5
o
ft.-.
CO :^^^^^^
Z
o
5H
Z
fa
o
B
z
Ifp»li|
AtPl«
Op
S3
E-
liiillllll
a
7-572
2219
o
O
©
>:■>©■:
**
O
©
S*«R:;
i
Itiill
"5-
©
©
^o
3
1
©
■ r"
llillll
©
<D
llillll
«O
M
MI
■111
N
o
CSI
CO
CO
■''.«.
Ö
H
05
■■^■^^■•■^
IllSlfll
^•^^^^
^^Ki Ällllill
zO
5a
p
fc
OH
S
£-<
ItllÄItl
^S
::::::::::::::::::::::::i:::::::::
««ill::
M £3
lllllllli
■ ■z=S.;
C*J
H
8%
7-573
2219
t|_l
o
o
o
O
•-•
o
6
:;;SIOS
o
ll$i
iittü
*
®»•
a
5
ItÜtl
o
H
mmmm
o
CO
H
Z
©
o
1
W lli&i
§
Z
©
£H
«
CO
50
03
o
w
D w ;::::::::::::::::::::::::::::::>.
H
K&äjliS^SSi
:©w
;«:■■
Ö
J
o
islllllll
TH
llllllllll
o
o
Ä|£:S:|§j:|:;
OS
N
g
5§
go
d
a
z
5
BS
o
fc
J
CO
Z
O
t—i
§
5F-i llllllll
:$88:$:Ä
S
o
v:*l-:-:-:8-:-:-:-:::-&
ipftil
iPllill
»iiill
CM
CO
O &i •. ■
7-574
2219
CM
O
C
: Cs
IB
O
H
»
s
liliil
2
mkSsmm
»4
3
£
rt
J
H
Z
Bz
Z
1
oi
CM
■•5*
™ä;*:*!*:S
S>
41
i
CC
co
CO
llllll
<
oo
o
si
©
00
o
Ö
CO
o
K
|
W
O
CG
OH
N
«s
«
o
&~
IO
g5
e4
to
p 13
■'■'::
PQ
00
Z
Ö
00
t©
■
tf
SS
feO
o
o
o
CO
»o
CO
iO
CO
o
o
o
CO
SSS^SSlSSlSK
'S
tz
*c
go
53
5
PL.
V
&
V)
S
P
••
z
o
; :
:
<
':-SJ'.:S ' 'V': '"
ipi
W
HH
Q K
H
Z
o
«O
■
H
Sxt^iir-:-:^?!^:-:-:-:-:-:-:-:-:-:-:-
o &<
7-575
2219
1
is
M
h
pi«
z0
sH
»
u
U
E->
U
EU
B
04
U
Ed
6.
OB
■Is«
■S*
gig
E-
Ei
E«
si
6
[5 =
a
S
zQ
O
u
7-576
EU
6U
E-
U
2219
CO
r*
«M
5
to
o
u
u
CO
ff
CO
I
CO
s
S
I
o
u
u
u
U
o
u
o
Ü
1 a a a a a a a
CO
s
CO
e-
S
s
00
s
a a a
s
CO
O
y
CO
o»
s
©
o
O
u
y
©
©
CO
C©
o
to
©
©
1
8
S3
©
o
o
o
o
o
CO
CO
8
CO
CM
CO
u
S3
CO
CO
s
8
so
s
S
8
s
£
©
n
©
CO
§
CM
CO
CO
II
IT;
O
o
u
CO
CO
0)
a»
en
en
*x
to
CO
o
o
©
CO
©
CO
©
CM
S3
CO
CN
CO
2
3
s
O
o
8
eo
en
to
CO
o
o
s s §
~
"
CM
N
N
CM
N
H
H
O
EU
5
3
©
8
o
CM
CO
s
s
s
CM
CO
S3
CO
a
ao sse
8
3
8
8
g
CO
CO
C»
o
o
1
CM
s
en
S
to
o
04
s 1
©
IS
CN
F-
EU
H
O
H
U
fU
H
H
CM
o
S3
CO
©
s s
CO
S
ei
CO
o
CO
©
CO
CO
so
©
o
s«
CO
CO
CM
C4
CM
t-
E-
E-
1 s I
8
04
CM
CM
~< 8o i 8
C»
©
■V
©
Si
©
^■
■^
1^
CO
O
o
O
s
Z
o
w
a
2
^
|?«p
Ü
g i
8
0.
_
s
2
N
%
©
u
CM
O
a a a a a
CM
u
T3
•
o
o
05
O
c
o
#■*
1
g
IM
O
o
O
CO
'3
6
«
CN
S 1 1 s i 1
2>
M
©
Ü
gT
S o*
P
^
9E3
>. ■" °
H
U
H
U
H
O
EU
§
-
en
en
en
©
CO
^
-
|
CM
CM
8
%
s
g
s
IO
CO
CM
CO
N
•"#
IO
CN
CM
CM
10
CM
U3
IO
to
s
u
E-
IO
CM
IO
CM
IO
8
s a
V
to
CM
to
■*
IO
CN
to
ID
to
CN
I« | s i^.
-"
05
CN
t-
to
t-
s
8
to
«
00
o
o
CM
CO
$
■&
V
•+
CO
to
o
to
s
IO
8
CM
CM
u
o
ig
CO
©
OS
^»
©
^*
to
to
CO
CO
CO
to
IO
8
8
CO
CN
to
to
to
to
X
■V
o
$
■•"P
u
CO
8
E-
u
to
10
Q
s
©
©
Q
©
en
©
to
CO
to
oco
to
©
CO
s
CO
CO
to
IO
to
8
8
8
8
8
8
8
8
01
CM
CM
CM
CO
CO
CO
33
ale
eg&
6Ö
B.
£s
"• o
S
s
CO
CO
s
CO
8
8
8
CM
CO
CO
s
CM
8
CM
to
*"
s
CN
8
CN
s
CM
Q
8ft.
•2
a e
ES
£
z
0
to -£
g g
go
o
7-577
2219
t
2>
is
«
ji
s6
§1-*
z
2
K
S3
w
6.
go"
OQ
e*
I>
5*
3
9*s
9
a. O
5|
60s
as °
0
ES
E->
a
a c
Z
o
o
u
7-578
35
d
sd
BS
D
5>
M
58E<*
iss«
z
o
Q
o
S3
■B-»
5*
9gs
H
Ed g
ft. o
OS ©
z
p
fr* Ü
8
7-579
2219
S
is
h?2
tf
S
ll
©
as
S
M
u
g
O
i*
N
in
g. o
a
s
si
iS"
IS*
§6.
ES
z
o
o
Ü
7-580
frei
2219
as
Et
Q
is
M
btf i
S
S3
S
S
8
Si
6
SS-»<
lzS
z
o
M
E«
o
&
U
Q
o
8
\£*
04
9*5
a
J"^
Sis
E-
§7
P
Q
§a,
a c
S5
z
o
s
o
u
7-581
2219
I
is
M
rfl
it
_J
©
Pi«
za
M
3
O
Q
O
■5*
N
9P:S
fe o
SB6
ob
ob
£PS
Q
a,
O
ft.
z
o
7-582
ob
2219
BS
s
s
©
S
s
o
s s
S
s
CO
a
CO
s
CO
CO
OS
05
5>
fee
1
rf
r3
l
"3
j*
CO
c-
OS
s
8
8
§
g
§
9
s
sas
OS
as
OS
OS
as
s
s
a
9
8
9
ä ä ä
i I 1 1
S
OS
£
8
9
8
0
8
OS
8
8
9
1
Ü
CO
c
s
eco
s
OS
CO
CO
C4
s
CO
CO
B
OS
CO
ac
to
o
to
co
©
CO
s
to
a
SB
3
^«
E«
H
E*
C5
§
CO
04
uo
as
t
sas
s s
§
O
OS
s
©
s
CO
OS
3
C4
8
S
o
8
t>
o
o
OS
CO
as
©
CO
CN
^"
S3
s
8
eo ec> so so ao
$
o
eo
a>
e»
eo
CO
o
s
a
CO
CO
I"*
CN
a
3
CD
CO
3
CO
§
C4
3
3
CO
04
s
3
3
as
©
o
o
CD
O
*e
m
gs
^«
3
as
to
to
£
CO
8
&.
s
io
S
CO
ö
a 5 s
H
f"
u
E"
U
EO
FU
H
U
H
U
E-
^
8
£
^,
a
^
»
^
S
^,
8
^
8
to
OS
ö
^
*
s
E"
O
H
E«
H
Ü
a
^,
8
^
8
ö
CO
IO
CO
H
z
3
M
2
5
8
go
u
EU
tt Ä
p
p
w
Q
§ «B
fn
U
EO
H
U
EU
f->
Ü
_
p
,_
8
as
_
8
s
Ü
p
u
to
^»
u
^
8
Ü
A
EU
e^
o
&
P
Ä
5 .*■*
i-5*
*~
a
o
OS
Ä
94
u
1
9g?
gig
3
S
^
S
CO
CO
eo
„
•*F
■«•
■V
■«•
^"
w o
«
o.
a.
o
o
£
8
CO
CO
f-i
04
_
„
OS
«
IO
to
to
$
^
to
^
8
CO
to
A
s
8
N
CM
t»
as
m
^*
8
i
04
_
CO
CO
CO
N
CO
CO
CO
SO
■o
CO ^
I»
Jl §
Ei
1
1
I
J
:
;
;
i
:
>
i
i
i
>
«0
="»•o
2
c
■a
^ 33
»O e
IO
S §
12
a.
z
o
g
^«
$
£
t-4
IO
CO
tCO
!
i
i
CO
N
^
O
OS
N
OS
as
£
f-t
CM
as
as
s
*^
**
o
H
BS
(S o
;
§
09
7s
i^£
BE458
8
o
B
1
8
8
8
7-583
t
!
i
I
2219
as
§
Q
is
*
tifp
s
3
Ö
Ö
ih<
las
S
w
6U
E-
u
Ü
Q
l2«
i*
94
ill
s
°? ^
ob
6* '
«■
E-
"2
'.&
t" 3
«
¥7
P
Q
§a.
2
§
O
o
7-584
U
2219
es
I
is
tf
d
^
a
5-
9
Ö
BEz
o
w
Q
a
3
li«
CD
©*
a
i*
9« =
§
ob
A. O
Q
O
flj o
$7
S
Q
§
=2
0.
oEh
Z
o
O
u
7-585
2219
£
is
M
s6
Sz
8Ä"*
z
a
SK
Q
ii«
i*
iH
9P?
w
ob
fete
P
o
Z
o
o
7-586
2219
a
2>
is
«
*n
ii
ill**
z
2
SS
o
E-
u
E-
o
frei
EO
83.
i*
9« =
1
§8°
6
cA o
Sir
is*
Q
o
|
7-587
E-i
U
EU
u
E»
Ü
2219
as
ä
2>
is
M
'rfl
^1
slzg
3
o
§ 1B
94
•S*
u
E-
EO
EO
Ü
SP?
E->
fe 0
6s
§2
g3
a
o
z
o
o
u
7-588
E-
Ü
E-
Ü
E-
Ü
EO
2219
3
is
M
'Ji
B <
|Z =
2
2
K
P
8
8 's Da
i*
•
pH
PH
H
§
9*5
HH
& O
als:
*3
t»
c
2
OS o
B 2
0
'S =
fee
I
7-589
as
I
2>
go
ii
Ö
d
§1-»
!*£«
SE
«
o
s
E-
u
E-
EU
E»
EU
ü
Ü
id«
o
to
i*
w
S? 5
8
E->
J
ob
EB
E-
^5
as
til
P
1
=2
a,
'.&
o
a.
I
N 2
in
ti
8
7-590
2219
•<
a
is
5-
s
0
Si-»
*£<
g3
zg
H
U
U
E->
EU
a
o
3
8
OH
on
N
\£*
I
9es
1
■J ^
tA o
a.6? So
o
OS o
Q
= 2
is °
o
§
8
7-591
EU
E-
Ü
EU
a
3>
is
W
*4<
Z
g
go
M
Q
EU
E»
U
EU
u
ii*
iH
9ei
J ^
ob o
s? S
U
als:
c 2
ft,
0
z
O
u
7-592
E-
u
EU
2219
9
3
I
5>
fep
*
ll
Mg
illzg
M
a
H
EÜ
E«
U
E"
U
EO
EU
EU
B
U
S 0 05
w
A.
00
«
l-S*
9e?
s
8«
B. 0
E-
als:
6o
fin
a
oa.
J
Ei
CO o
c2
as
o
o
o
7-593
E-
E-
2219
a
is
&
r
I
JI
86-
s
z
2
S
H
E«
U
U
E«
U
E-
u
6
Ü
E->
U
6CJ
E"
a
o
li«
tN
■2*
Sei
a
s?a. o5
E-
CO
ob
Ei
g
a.
o
Z
o
8
7-594
E-i
J
fi
2219
as
is
rf!
•fi
81as
o
EU
pa
ü
55
O
EU
6"
E-
U
O
a
IH
lb«
13
o
s
a.00
12*
I>
a
3
9*3
►J
H PS
3- O
E-
6-
EK
E-
§2
a
Q
o
o
a
7-595
I
5>
fed
*
5>
*
J
*
B=
5 "o «
as«
6.
53
ilrf
— s aa
E8
:£*
«g
a. O
E-
frei
§3
Q
o
7-596
B5
K
fa
2>
IK
rf
8»
«5
5>
18
4
Q
O
1*
N
fis"
fa
82
S3
§*a
15s
1-2*
a DS
a. O
J
5j
00
fi
as
a
Q
§a.
o
fa
B-Ö
7-597
Q
5>
fee
LS
5>
5u
W
d
s
Q
H
P
Z
8
Ä.tfl
Z
US
So.
o
s
s
«
:■:&:
SK
Ü
: a
:so:
3
Is*
SO,
: &.
: ©
es
; o
m
SOB
5*
H
Ed S
J
§5°
8
d
EB
D
H
J
Q
§
£
2
O
8
7-598
2219
I
2>
18
^
IS
2>
M
Q
P
t?
O
O
fis«
S3
is«
goOB
5
|5~
i*
Sp?
fid ES
85°
n
H
E-
Jl
J
6SE
as
§2
D
Q
80.
Jl
2
*$
7-599
E"
K
Jl
frei
2219
5>
rf
S
2 w
go
W
A
Q
H
Z
NH
O
O
N
rf
i?
s
a
S
33
B ££
8»
Sea
i-S*
sis
H
J
a. o
aQ
a.
o
S=5
7-600
«
£
o
3>
fea
rf
IS
2>
w
J
«a 8
CO M
or
o
u
O to.
£3 a
I*
iz.
iirf
i*
III
n
u «
§3°
fr>
free
B
O
§
0
6.
00
C •
7-601
I
CO
©
iß
in
CO
©
R
CO
CO
8
s
CO
CN
s
CO
1
en
01
©
©
co
CO
CO
CO
CO
eo
CO
CO
CO
CO
CO
CO
CO
{2
CN
5
c3
CN
<N
CN
©
CN
©
CN
©
CN
©
CN
©
CN
©
CN
©
CN
©
CO
CO
CO
00
CO
CO
CO
CO
CO
CO
CO
CO
S3
CO
E2
CO
S3
CO
CO
©
©
©
©
©
©
s
en
©
c-
r»
©
CO
©
©
©
c©
%
©
t»
o
CN
©
Q
35
5>
go
t*
O
rf
S
c
o
U
IS
«
1
tO
kO
is
0.
a
«
j
O
U
N
CN
rf
0)
S3
»8
Su
©
10
CO
7s
c
o
j
©
co
CO
co
t-
to
t-
c-
to
to
CO
CO
©
N"
^
e-
CO
t*
©
CO
CO
to
CO
CO
o
o
©
CN
CO
CN
CO
CN
CN
!£:
_
w=. z
■ SÄ*
0
8u
5 2 0T
b
to
Eh
Eh
Cu
00
CN
©
©
©
tO
to
V
:S3.
San
8 ::::3;:
to
CO
CN
CN
o
o
so
OJ
CN
©
s©
o
©
CO
o
$
«
s
©
| «i
*=
8M
s
s
CO
ID
Ed K
E-
lie
ggi.
H
OS
g?
S=
g
o
Eh
8
8
i
J
j
I
j
•
•
•
la
©
©
V
*
*
©
©
CO
©
©
©
CO
©
to
©
CO
©
©
o
o
CO
©
CN
tN
CO
CO
CN
CO
i
i
i
©
o
©
©
©
*-<
CN
to
CN
CN
O
O
©
8
CO
8
s
©
©
©
©
CN
CO
CN
CO
*
E
o
&
o
to
8
es
CM
X
e>
o
a
8
I>
,—
CN
©
CO
©
CO
~
~
CN
O
CN
8
©
""'
«
s s
©
CN
3
o
o
©
CN
©
s
o
CO
CO
CO
CO
CO
CO
;
i
i
!
©
8
to
o
8
O
CN
CN
©
©
3
o
S3
•-
©
CO
o
**
CN
©
CN
©
S3
o
o
S3
^
•^
**
to
©
©
to
o
CN
O
o
C4
©
§
©
©
o
©
O
o
■"*
©
3
ft
iS
8
|
o
©
O
1
o
1
|
o
8
«
©
CO
CO
V
V
■V
V
V
V
V
V
^
c»
©
CO
©
©
©
©
©
©
©
o
to
©
to
to
to
CD
to
©
©
tO
o
©
to
o
&
lO
B
K
8
H*
BS
s©
«
©
i
1
CO
CO
s
p
IP
12 co
**
©
©
8
cto
8
8
8
to
8
to
8
S
o
J)
A
_;
&
s
§:
g
3
©
©
a
©
S
o
8
o
H
OS
3
3
©
©
so
8
o
IS
©
8
o
0)
0
a
E
1
B,
z&
°^ is
o
C*
CN
CO
CN
*"*
**
•
00
s
i
8
*©
E-
H
OS
i 7>
o
©
OS
E-
J3
-X
CO
o
s
*c»
CO
©
CM
CN
CN
J3
6
o
to
©
E
w
©
CO
o
.
0
z
o
CO
in
E- 'S
•V
:
•
•
i
J
o
to
o
CO
o
o
CO
CO
00
w
co
•w
CN
00
Ed
1
CO
CO
•
00
©
CO
;
00
!
E-
U OS
^
l
.
10
©
7s
c
o
a
3 ■ j
YIELD
STR
(Kri)
Q
W
D
Z
i—i
H
CO
CO
10
•
•®
f-y
©
to
C-
:
e*
t
t
t
j
ug
7-602
12
8
O
os
eo
g3
GO
00
«a
so
en
GO
CO
00
»
55
eo
©
©
A
CO
52
©
CO
53
©
CO
eo
CO
CO
CO
CO
to
00
CN
©
CO
CN
©
CO
CN
©
©
CN
52
©
55
52
52
52
00
CO
CO
5
CO
CO
©
©
©
CO
«
52
52
CO
CO
p
o>
§
D
5>
.
,
■
'
1
BQ
*i
rf
II
6?-
P.
a.
K
a
1-4
£9
«to
O
Ü
N
o
■£«
p
D
3
PQ
»a iii
z
D
l
U
a* -*
w
09
o
=
gig
CO
CO
CO
to
to
g
to
to
CD
«W
to
c-
V
©
©
©
CO
©
*
CN
*9"
CM
CO
s i
©
to
CN
t-
CD
'•
j
U
o
OS
©
co
V
co
eo
CO
co
CO
o
©
©
©
to
©
to
©
to
co
CO
CO
eo
CO
CO
:'«■■
0!
SAW-:
•SO.:::
*ÄO :
:W
Wl&j::
i
j
1
j
1
i
8
8
£
©
O
$
to
O
I
:*:fc:-
10
CN
OS
CN
8
to
©
A
so
§o
«0
o
3
o
to
©
©
CO
00
00
t>
o
©
to
V
to
■"C
to
^r
to
eo
eo
©
IO
©
©
©
CO
©
©
o
8
©
CN
o
©
O
CO
CN
©
00
CO
CO
©
©
CO
1
!
j
co
CN
CO
'
co
CO
00
t>
so
8
!
i
!
o
©
©
S
o
O
©
to
o
a
8
i
1
i
1
1
i
o
©
O
O
o
©
©
o
o
©
t»
CO
CN
CN
w
©'
CN
CN
""
§
^*
1 1
S3
ft
** **
1
*"■
^
p»
to
©
©
©
©
CN"
©
CN
©
o
©
©
«
©■
CO
§
v
©
V
s s s^<
«r~
CN
©
to
©
to
c£
3
S3
I
|
**
s
O
©
s
*■
©
8
""
8
CN
©
©
8
o
©
O
©
8
CN
CN
CN
<N
CN
CN
©
o
©
©
O
O
s
O
©
so
©
©
©
©
©
©
©
CO
©
CN
S
8
CN
a
o
03
a
o
8
o
©
8
CN
CN
CO
O
©
©
CD
CD
CD
CO
to
to
to
to
to
to
IO
C4
tto
8
8
O
©
©
©
©
g
8
8
CN
CN
OJ
CN
CM
o
O
o
O
to
to
IO
IO
8
t-
©
©
t»
8
s
0.
CO
Ü
s 2° ;sa:o
£~
to
i
.«■
M
o
w
<«r
;
Hi
SB
v
to
4*
s
if
o
to
i
«Ü
FZ
Z
H
c»
V
ga
66 •
Q
CN
;
8
e-
o
8
s
©
S
■v
©
s
S
O
a
V
O)
CJ
£:
S;
ü
..
6ä°
i&c
8
eg
6
B?
s
g
J
ti
J
t^
J
H
J
H
frj
H
K
H
K
H
B
K
8
O
8
8
8
8
CN
CN
CN
CN
CN
CN
O
©
O
©
©
©
O
©
©
o
so
s
o
8
8
8
8
8
8
O
©
O
©
©
©
Q
§
1
£
1
3
03
CO
E
P
p
t*
t*
V
E
«St
Hi
H
7-603
P
c»
p
2219
I
5>
fco
rf
^;
is
feD
K
Q
ö
Q
P
jf
rf
Ü
S3 a
Z
O
U
5 e n
fis«
a.
II*
go
H
J
■2*
ill
J
P
Q
§
sS
eg
7-604
This page intentionally left blank
7-605
I 2219 I
R Condition/Ht: T851
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.5 in.
Ref: 88468
Form: 0.63 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
(1 of 3)
AK (MPaVin)
4
10
i I i I 11M
1
40
100
IM1 MIM
4
10
40
100
1—I I I Mill—
= i ' i 'i'i'i—r
— 10
Stress Ratio: -0.1
(2 of 3)
AK (MPaVin)
— 10
— Stress Ratio: 0.05
10
10
— 10
10
2
o
o
10~ Ö
o
\
£
10" v
■I
+
£l 0"
CD
10
-^
z
,-s
10
10
10 \
u
x>
o
■o
10
10
10
10
10
10
.-8
10
'
'
i iiHI
4
10
I ' I in
40
4
100
da/dN (10'6in/cycle)
RMS %
Error
24.47
—r-
0.
.5
3.42
3.55
5.18
11.6
21.7
48.5
121.
193.
194.
8.91 (min)
9.
10.
13.
16.
20.
25.
30.
30.18 (max)
Life Prediction Ratio Summary
.8
100
da/dN (10"6in/cycle)
AK (KsiVin)
94.6
239.
683.
25.44 (min)
30.
33.66 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
1.25
RMS %
Error
22.16
Figure 7.11.3.1.1
7-606
Life Prediction Ratio Summary
a
0.
—i
r-
.5
.8
1.25
2219
Condition/Ht: T851
Form: 0.63 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.5 in.
Ref: 88468
(3 of 3)
AK (MPaVin)
4
- I
10
40
' I " I MM
I
AK (MPaVin)
4
100
' I M'l'l
— Stress Ratio: 0.1
1
= I
-
—
— 10"
—
' I M'l'l
40
I
100
' i M'l'l
— 10
10
10
2 U
— io"
—
o
-3 I
— 10
E
/
—
Z10
—
-10
\
—
o
, -
X)
10
l—
io"2^
^10"4
c
_
\
JU
u
Ü
-3 I
10
z 10
-o
tz
"o
10
_e —
10
E
o
T3
10
— 10
—
-7
10
10
— 10
— 10
10
3
— 10
10
-o
10
10
10
o
o 10
R
-
i , i,i,i,
i , i. I,i.
4
40
10
10
100
4
da/dN (10_fiin/cycle)
AK (KsiVin)
25.
28.06 (max)
Life Prediction Ratio Summary
—i
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
18.8
44.9
81.0
212.
16.46 (min)
20.
RMS %
Error
29.78
10
AK (KsiVin)
AK (KsiVin)
1
1—
.5 .8
1.25
RMS «
Error
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.1 (Concluded)
7-607
.5
.8
1.25
R
I 2219 I
Condition/Ht: T851
Form: 0.63 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency: 1 - 20 Hz
Environment: LAB AIR; RT
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 2.5 in.
Ref: 88468
(1 of 1)
AK (MPaVin)
4
10
-T ' | M'l'l
40
I
AK (MPaVin)
4
100
1
a
' I M'l'l
- Stress Ratio: 0.05
10
40
I M'l'l
1
100
' I M'l'l
~=
— 10
10
10
10
— 10
10
10
2 -r.
— 10"°
~~"
o
o 10
c
o
-3 |
_
— 10
z:
10
10
-io'\
—
D
—
_K I—
10
-6
ID
o
-o
10
10
— 10
—
10
II I I
10
O
10 ^E
E
2 10
■o
—
o
o 10
10
— 10
I , I, hi,
10
4
10
40
10
100
'
i 111ii
i i 11in
4
40
da/dN (10"6in/cycle)
da/dN (10'6in/cycle)
AK (KsiVin)
3.55
3.58
13.2
9.79 (min)
10.
13.
15.96 (max)
RMS %
Error
37.38
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
77.1
Life Prediction Ratio Summary
i
1
1
1
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
—r-
.5
Figure 7.11.3.1.2
7-608
.8
1.25
1 2219
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 0.1 Hz
Yield Strength: 50 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.994 - 1 in.
Specimen Width: 6 — 6.01 in.
Ref: 88579
(1 of 2)
AK (MPaVin)
_
—
|
4
10
I | I,.,.,
1
40
100
1 | |IM
|
Environment: Dry Air; R.T.
(2 of 2)
AK (MPaVin)
4
10
40
_L
b I
— 10
- Environment: S.T.W.; R.T.
' I M'l'l
1
100
' I M'l'l
-=j 10
10
10
—
—
— 10
10
-3
10
10
2
Ü
6-10-4
c
— io" «
:
Ü
\
-3 I
_
— 10
#
w
10
-
_c =
-
o
a;
2 T:
Ü
\
4
O^IO"
10"
E
■o
/
10
O
■i
v
—
-z.
10
_i~0
— 10
x>
10
-+CP
10 \
o
■o
"D
10
-
— 10
10
10
10
— 10
_
10
i ,I,I,I,
1 , 1,1,1,
4
40
10
10
10
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
13.8
12.4
21.2
58.4
110.
252.
295.
12.67 (min)
13.
16.
20.
25.
30.
30.86 (max)
38.9
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
AK (KsiVin)
1.58
1.60
3.03
4.89
7.10
15.5
26.9
6.98 (min)
7.
8.
9.
10.
13.
16.
18.26 (max)
RMS %
Error
7.79
■ i i mi
40
100
i I i 11 li
4
10
—i
1
r
.5
.8
1.25
2.
RMS %
Error
7.44
Figure 7.11.3.1.3
7-609
Life Prediction Ratio Summary
0.
—i
1
.5
.8
1—
1.25
^ 2219 I
Condition/Ht: T851
Form: 1.75 - 2 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.08
Frequency: 1 Hz
Yield Strength: 50 ksi
Ult. Strength: 66 - 68 ksi
Specimen Thk: 0.99 in.
Specimen Width: 6 - 6.01 in.
Ref: 88579
(1 of 4)
ÄK (MPaVin)
4
10
40
4
10
I I I I MM—
100
— 10
— Environment: Dry Air; R.T.
(2 of 4)
AK (MPaVin)
40
I
100
' I M'l'l
Environment: Distilled Water;
R.T.
—
10
10
10
— 10
-3
—
-3
10
10
"~*
_03
2
— io" £
|—
o
\
O
^10"4
-»I
— 10
—
£
—
6^10-4
c
_
ZIG"5
Z10"5
—
"o
<o
o
— i(T\
D
M
_K —
10
X)
_c I—
10
— 10
—
10
10
— 10
10
1 , 1,1,1,
~ 1 , 1,1,1,
4
10
40
10
4
100
da/dN (I0"6in/cycle)
AK (KsiVin)
RMS %
Error
16.07
i
1
1
1—
.5
.8
1.25
100
1.35
2.53
4.13
5.99
8.09
16.1
28.7
56.8
122.
306.
1117.
2094.
6.07 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
36.90 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.979
1.19
2.05
3.36
5.20
7.62
17.8
30.5
55.0
124.
337.
1193.
1327.
5.66 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
35.37 (max)
10
AK (KsiVin)
AK (KsiVin)
—i-
2.
RMS %
Error
8.57
Figure 7.11.3.1.4
7-610
Life Prediction Ratio Summary
.5
.8
1.25
2219
Condition/Ht: T851
Form: 1.75 - 2 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
Yield Strength: 50 ksi
Ult. Strength: 66 - 68 ksi
Specimen Thk: 0.99 in.
Specimen Width: 6 — 6.01 in.
Ref: 88579
(3 of 4)
AK (MPaVin)
4
- I
10
I I ll'l'l
40
I
4
100
—
—
—
o
\
—
10
- Environment: F.C.S.; R.T.
— 10
—
— 10
—
—
_
—
— 10
10
10
■D
100
10
— 10
:
■o
40
-2
10
Z 10
10
-1
I I 'I'l'l
— Environment: S.C.S.; R.T.
o
u 10
(4 of 4)
AK (MPaVin)
o
o 10
-3 |
E
c
.T>
T3
XI
"o
— 10
E
,-s
tz
- A
— 10"'\
o
10
_K I—
=
10
_x"0
/
o
T3
-5
— 10
—
-
-= 10
-r: 10
—
10
10
—
-= 10
— 10
-
i ,i.i.i,
i , LI,I,
4
40
10
10
-
I , I,I,I,
I , l,l<l,
4
40
100
da/dN (I0"6in/cycle)
6.13 (min)
7.
8.
9.
10.
13.
16.
18.70 (max)
1.71
2.41
3.67
5.21
7.06
14.7
26.5
51.2
103.
199.
394.
6.31 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
33.42 (max)
RMS %
Error
Life Prediction Ratio Summary
2.99
0.
.8
da/dN (10"6in/cycle)
AK (KsiVin)
1.53
2.54
3.83
5.30
7.13
16.6
27.9
46.1
.5
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
1.25
RMS %
Error
Life Prediction Ratio Summary
7.12
0.
Figure 7.11.3.1.4 (Concluded)
7-611
.5
.8
1.25
2.
^ 2219 I
Condition/Ht: T851
Form: 1.75 - 3 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
Yield Strength: 49.6 - 54 ksi
Ult. Strength: 66.2 - 69 ksi
Specimen Thk: 0.99 - 0.998 in.
Specimen Width: 7.4 in.
Ref: 85837;88579
(1 of 3)
AK (MPaVin)
4
- I
10
I I 'I'll
40
1
4
100
-
— 10
— Environment: Dry Air; R.T.
10
-Ml 'I'l'l
1
' 1 'I'l'l
(2 of 3)
AK (MPaVin)
40
100
I ' I 'I'l'l
a
- Environment: S.T.W.; R.T.
~ 10
—
— 10
—
-3
10
10
—
—
10
2 u
_aj
O
o
— 10"
Ü
O 10
-3 =:
— 10
E
—
ZIG"5
X
p
—
x
10
ja
—
M
— 10
o
XI
_K I—
10
6^10"
c
_
—
z: 10
io"2^
o
-3|
E
— 10
— 10
-o
_« r—
10
\J
-5
o
XI
ff
— 10
— 10
—
10
10
— 10
— 10
10
- 1 , 1,1,1,
4
1
10
i
in
40
10
~ I , I,I,I,
4
100
da/dN (10"6in/cycle)
12.03
17.7
35.6
0.
p——|
.5
.8
100
1
1.25
da/dN (10"6in/cycle)
0.624
0.630
1.39
2.46
3.82
5.48
7.50
16.4
31.1
65.8
203.
393.
4.99 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.46 (max)
Life Prediction Ratio Summary
,
AK (KsiVin)
1.37
2.57
4.43
6.40
8.48
6.23 (min)
7.
8.
9.
10.
13.
15.42 (max)
RMS SB
Error
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,LI,
10
1—
2.
RMS %
Error
Life Prediction Ratio Summary
13.44
0.
Figure 7.11.3.1.5
7-612
.5 .8
1.25
2.
2219
Condition/Ht: T851
Form: 1.75 - 3 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 1 Hz
Yield Strength: 49.6 - 54 ksi
Ult. Strength: 66.2 - 69 ksi
Specimen Thk: 0.99 - 0.998 in.
Specimen Width: 7.4 in.
Ref: 85837;88579
(3 of 3)
AK (MPaVin)
4
10
I MUM
AK (MPaVin)
4
40
100
1 I I I Mil—
1
- Environment: S.T.W.; 150T
10
= I ' I Tl'l
40
100
I ' I 'l'l'l
3
10
— 10
-2
10
10
10
— 10
10
.2
o
\
Ü
u 10
10
o
o
^10"4
-3 |
10
E
.-5
10
10
10
o
.-6
■o
_, —
10
10
— 10
10
10
10
— 10
10
10
'
i I i I Hi
4
10
.-8
10
i i 11 ii
40
4
100
AK (KsiVin)
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
2.08
4.15
7.26
10.5
13.6
21.1
25.2
6.17 (min)
7.
8.
9.
10.
13.
14.97 (max)
RMS %
Error
15.45
•o
o
x>
10
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
i
1
1
1
2.
0.
.5
.8
1.25
Figure 7.11.3.1.5 (Concluded)
7-613
1—
2.
F
2219 I
Condition/Ht: T851
Form: 1.75 - 3 in. Plate
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.08
Environment: DRY AIR; RT
Yield Strength: 49.6 - 54 ksi
Ult. Strength: 66.2 - 69 ksi
Specimen Thk: 0.993 - 1 in.
Specimen Width: 7.4 in.
Ref: 88579:85837
(1 of 2)
AK (MPaVin)
4
- I
—
10
1 I >l>l'l
40
1
4
100
1
- I
— Frequency: 63.3 Hz
-2
' I 'I'l'l
-"
~=
— 10
—
—
-3
10
10
2
— io" o
■*~
O
_
— 10
~~
Ü
_Q)
O
E
o 10
c
.-5
2
I—
— io" ^
_
—
— 10
o
E
10
10
—
Jjj
— 10
D
. —
—
—
Jio
>
—
A
T3
■a
10
10
— 10
— 10
jr
—
-7
«4i
10
III l
10
I
100
10
~~
■o
I I >l>l'l
40
-
10
o 10
c
10
~ 10
' 1 'I'll
Frequency: 6. Hz
(2 of 2)
AK (MPaVin)
— 10
1 , 1,1,1,
10
4
10
40
10
□
—
"
100
— 10
I , I, I,I,
I , I, I,I,
4
40
da/dN (10"6in/cycle)
RMS %
Error
31.93
6.
7.
1.45
1.18
2.08
3.29
4.67
6.57
8.
9.
10.
11.59 (max)
Life Prediction Ratio Summary
1.25
0.0795
0.0876
0.125
0.278
0.599
3.34 (min)
3.5
4.
5.
2.21
3.17
4.35
9.21
16.1
27.6
60.3
328.
.5 .8
da/dN (10"6in/cycle)
AK (KsiVin)
0.188
0.220
0.479
0.882
3.83 (min)
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
28.98 (max)
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
2.
RMS %
Error
19.33
Figure 7.11.3.1.6
7-614
Life Prediction Ratio Summary
—i
\
1—
.5
.8
1.25
I
I
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
—
II
4
10
i II ■ II ■ I■
I II
(1
of 1)
->-
— 10
— Stress Ratio: 0.08
—
—
0
4
10
< I 'i'l1!
40
'
100
' ' '
_L
10
0
10"2
10"2
—
-1
—
~n 10
—
ID"3
<u
-2 T;
X""N.
— 10 £
—
ü
—
\
<D
O
-4
6^1 o
\
_c
-3p
—
—
-s —
Z 10
D
~°
' P
AK (MPaVin)
1
40
100
' Ii ' Ii 'I'l
i i
II
I
Yield Strength: 50 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.5 in.
Specimen Width: 5.99 ir .
Ref: 88579
AK (MPaVin)
1
rs
Z. 21 3
9
~= 10
*_
-
-6
10
10
o
\
-5
— 10 ^E
_
^10
_c
z
z 10
-3P
z
■o
z 10 >o
=
o
—
—
—
-5
—
-E
— 10
1 , 1,1,1,
I , LI,I,
4
40
1
10
-5
— 10
10-7
—
—
-6
— 10
in"8
100
1
1 , i , 1,1.
I , I,I,I,
4
,40
da/dN (I0"6in/cycle)
7.95 (min)
8.
9.
10.
13.
16.
20.
25.
30.
35.
40.
46.44 (max)
RMS %
Error
6.98
10
—
100
AK (KsiVin)
AK (KsiVin)
AK'(KsiVin)
£
-4
— 10
—
m"8
V
*~~2 75
10
—
10"7
—
10-3 _
E
10 \
o
0
^*—^
<u
u
-1
— 10
da/dN (10 "6in/cycle)
AK (KsiVin)
1.74
1.75
2.23
2.98
7.42
15.8
30.9
54.7
94.3
183.
427.
1301.
Life Prediction Ratio Summary
i
■ i"
0.
.5
■
i
,
i
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.7
7-615
.5
.8
1.25
2.
I 2219 I
E Condition/Ht: T851
Yield Strength: 49.6 - 50 ksi
Ult. Strength: 66 - 68 ksi
Specimen Thk: 0.99 - 1 in.
Specimen Width: 6 in.
Ref: 88579;85837
Form: 1.75 - 2 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 6 Hz
(1 of 3)
AK (MPaVin)
4
10
40
(2 of 3)
AK (MPaVin)
1
100
_L
4
= I
10
' I 'I'l'l
40
100
1—I I i Mill—
— Environment: Dry Air; 265T
— Environment: Dry Air; R.T.
-2
10
10
— 10
— 10
-3
—
-3
10
10
_0J
— io"2^
Ü
o
4
.2
^io"2^
<~
o
u 10
SMo-
~~
c
_
■o
—
D
— 10
—J
— 10
-3 |
—
—\ 10
E
5o
"O
10
~
—
"d
jJrSr
_B —
10
10
Jio >
d
—
-o
— 10
— 10
—
10
10
10
— 10
10
E
- I , I,I,I,
4
I , l,l,l,
10
40
4
da/dN (10"6in/cycle)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
32.68 (max)
RMS %
Error
34.30
.8
100
2.27
2.52
3.75
5.47
7.75
18.2
32.9
56.3
122.
178.
6.74 (min)
7.
8.
9.
10.
13.
16.
20.
25.
27.51 (max)
Life Prediction Ratio Summary
.5
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.57
1.60
2.39
3.64
5.40
7.72
17.2
28.8
57.0
154.
414.
754.
5.95 (min)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
UiL
LI
i lilili
10
100
1.25
RMS %
Error
2.81
Figure 7.11.3.1.8
7-616
Life Prediction Ratio Summary
—i
1
-i—
.5
.8
1.25
2219
Condition/Ht: T851
Form: 1.75 - 2 in. Plate
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.08
Frequency: 6 Hz
Yield Strength: 49.6 - 50 ksi
Ult. Strength: 66 - 68 ksi
Specimen Thk: 0.99 — 1 in.
Specimen Width: 6 in.
Ref: 88579;85837
(3 of 3)
AK (MPaVin)
4
- I
10
i I i|i|i|
40
|
AK (MPaVin)
1
100
-L
i | Tl'l
= I
— 10
— Environment: S.T.W.; R.T.
4
-2
10
10
' I M'l'l
40
I
100
' I 'I'l'l
3
10
10
— 10
10
—
10
—
— io
_
— io" E
o
ü
c
V
10"
o
0-1Q-4
-
_.i:o
— 10
—
o
m
T3
10" s x
-
z:
2 10
m" ^
o
■o
•D
10
10
— 10
— 10
—
10
10
— 10
— 10
.-8
10
o
\
'1
3
—
-5
10
TJ
10
_0J
-2 u
~
I , I,I,I,
4
I
, I,l>li
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
6.48 (min)
7.
8.
9.
10.
13.
16.
20.
25.
27.75 (max)
RMS %
Error
3.72
i
40
100
da/dN (10-6in/cycle)
AK (KsiVin)
1.42
2.12
3.98
6.59
9.94
24.0
39.9
53.0
113.
247.
Life Prediction Ratio Summary
a
0.
10
AK (KsiVin)
AK (KsiVin)
1
1
.5 .8
1
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
2.
0.
Figure 7.11.3.1.8 (Concluded)
7-617
.5
.8
1.25
2.
R
2219 I
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
Yield Strength: 50 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.25 in.
Specimen Width: 6 in.
Ref: 88579
(1 of 1)
AK (MPaVin)
4
10
-Ml 'I'l'l
40
I ' I Tl'l
~~
— 10
—
—
—
—
ü
ü 10
"a
10
f
ist
—
—
—
' I 'I'l'l—I
100
' I 'I'l'l
—
—
—
-2
— io °
_0J
Ü
Ü
—
— 10
-3
10
<D
10
—
"
I , I,I,I.I
I , LI,I,
4
40
10
6^10-
10~
.-5
m~ ^
o
x>
10
— 10
10
— 10
-
10
4
100
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.586
0.669
1.34
2.27
3.44
8.05
14.2
25.6
49.5
94.6
183.
363.
1192.
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
da/dN (10"6in/cycle)
6.84 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
40.
48.41 (max)
RMS %
Error
6.57
'I
z
10
AK (KsiVin)
AK (KsiVin)
•2 "77
u
\
4
— 10
10
10
XI
-
10
3
— 10
—
■o
- ior\
—
o
10
—
—
_B —
40
10
—
3
— 10" E
—
_
—
—
c
10
—
—
10
- I
j.
— Stress Ratio: 0.08
—
10
AK (MPaVin)
4
100
—i
1
.5
.8
RMS %
Error
1—
1.25
Figure 7.11.3.1.9
7-618
Life Prediction Ratio Summary
i
1
1
1—
0.
.5
.8
1.25
—)-•
2.
2219
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency: 6 Hz
Environment: LAB AIR; RT
Yield Strength: 50 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.995 in.
Specimen Width: 2 in.
Ref: 85837
(1 of 1)
AK (MPaVin)
4-
- I
10
40
i I i|i|i|
|
AK (MPaVin)
100
4
-1
i | M'IM
— Stress Ratio: 0.08
10
- i i i'i-n
—
40
100
i ' i 'i'i'i
-2
10
— 10
—
—
10
10
2
— io" °
o
4
^io\
c
J
— 10" E
/
10
~o
i
.~o
—
- 10 \
o
- —
10
O
>^ ■,„-*
CJ 10
_
=
XI
■:
/
_
—
_
=
—
—
—
z io
-o
—
—
—
10 '\
=
—
_« 10
—
10
—
— 10
—
—
—
— 10
10
~ i ,iii.ii
4
— 10
i , I.LI,
10
40
10
- I , l,l,l,
100
4
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
10
40
—
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.33
1.34
2.44
4.11
5.19
15.9
24.0
6.98 (min)
7.
8.
9.
10.
13.
15.01 (max)
RMS %
Error
5.69
l , l,l,l,
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
-3 EI
10
—
10
Ü
\
— 10
:
10
—
— 10
—
J
=
_
10
o
R
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.10
7-619
—i
1
.5
.8
1—
1.25
R
1 2219 I
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: L-T
Frequency: 6 Hz
Environment: DRY AIR; RT
Yield Strength: 48 - 49.6 ksi
Ult. Strength: 65.9 - 66.2 ksi
Specimen Thk: 1 in.
Specimen Width: 6 - 6.01 in.
Ref: 85837
(1 of 2)
AK (MPaVin)
1
4
- I
10
' I M'l'l
40
100
H—I
I MINI—
I
— Stress Ratio: 0.3
(2 of 2)
AK (MPaVin)
4
= I
— 10
10
' I M'l'l
40
I
100
-2
10
10
—
—
—
10
=
— 10
—
—
10
10
10
U
&
ü
o^10-4
o
E
—
2
io"
£
—
—
—
ü 10
10
a
' I M'l'l
— Stress Ratio: 0.5
\
c
— -3 |
— 10 E
_
—
10
10
—
10
a
XI
X
—
_e —
xi
10
10
10
-7
10
10
—
—
—
_ 10
(?
ffl
-J&
' i i i in
4
10
—
—
—
10
=
10
40
" I , I, I,I,
4
100
da/dN (10"6in/cycle)
RMS %
Error
6.07
3.09 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
10.70 (max)
Life Prediction Ratio Summary
□
0.
.5
.8
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.668
0.895
1.89
3.01
5.00
10.2
14.1
4.70 (min)
5.
6.
7.
8.
9.
9.78 (max)
I , LI,I,
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
D
X
-3 10
—
^w*
10
10
x
1.25
RMS %
Error
13.38
Figure 7.11.3.1.11
7-620
0.239
0.253
0.333
0.729
1.56
2.82
4.32
6.06
8.26
10.2
Life Prediction Ratio Summary
.5
.8
1.25
1 2219
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 50 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.99 - 1 in.
Specimen Width: 6 — 6.01 in.
Ref: 88579
(1 of 2)
AK (MPaVin)
1
4
10
b I ' I Tl'l
R
40
4
1
100
>- I
1 ' I Tl'l
(2 of 2)
AK (MPaVin)
10
' I Tl'l
40
I1
100
' I 'I'll
— 10
Stress Ratio: 0.5
— 10
io"2£
Ü
10
o
10
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
5.54 (min)
0.939
6.
7.
1.33
2.48
4.08
6.14
8.63
19.4
37.4
63.0
76.7
8.
9.
10.
13.
16.
20.
21.28 (max)
RMS %
Error
4.79
0.
1
.5
1
.8
40
100
1
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
0.503
0.782
2.06
3.89
6.10
8.65
4.67 (min)
5.
6.
7.
8.
9.
10.
13.
16.
16.41 (max)
Life Prediction Ratio Summary
i
10
AK (KsiVin)
AK (KsiVin)
1—
2.
RMS %
Error
18.42
Figure 7.11.3.1.12
7-621
11.6
25.0
53.9
60.2
Life Prediction Ratio Summary
0.
_,
1
,
.5
.8
1.25
^ 2219 I
Condition/hit: T851
Form: 1.75-2 in. Plate
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.08
Frequency: 6 Hz
Yield Strength: 48 - 50 ksi
Ult. Strength: 66 - 68 ksi
Specimen Thk: 0.99 - 1 in.
Specimen Width: 5.99 - 6 in.
Ref: 88579
(1 of 2)
AK (MPaVin)
4
-
I
I I
10
40
Tlll
1
4
100
1 1 >lllll
— Environment: Dry Air; R.T.
(2 of 2)
AK (MPaVin)
10
40
100
1—. I I Mill—
-L
- I ' I Tl'l
—
— Environment: Dry Air; 265T
-2
10
10
— 10
— 10
-3
10
_q>
10
—
—
2
2 u
— 10"
o
^10"4
Ü
— 10
_
j»o
o
Ü
\
E
z: 10
10" = S|
—'
■D
—
z
m~ ^
u
10
— io"'\
o
J&v
T7
XI
10
10
-5
10
— 10
—
-7
10
10
10
— 10
10
ü
10"
O^IO"4
—™*
c
— 10
1 ,1,1,1,
" 1 . M.I.
4
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
40.94
0.
100
1.93
2.37
3.98
5.83
8.02
19.4
40.3
81.3
265.
296.
6.69 (min)
7.
8.
9.
10.
13.
16.
20.
25.
25.72 (max)
1609.
Life Prediction Ratio Summary
i
40
da/dN (10'6in/cycle)
AK (KsiVin)
1.41
1.67
2.55
3.65
5.01
6.70
147
30.7
79.8
261.
873.
5.67 (min)
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
32.50 (max)
10
AK (KsiVin)
AK (KsiVin)
,
.5
1
.8
1
1.25
1—
2.
RMS %
Error
7.72
Figure 7.11.3.1.13
7-622
Life Prediction Ratio Summary
0.
—i
,
1—
—i--
.5
.8
1.25
2.
2219
Condition/Ht: T851
Form: 3 in. Plate
Specimen Type: CT
Orientation: T-L
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 53 ksi
Ult. Strength: 68 ksi
Specimen Thk: 1 in.
Specimen Width: 7.4 in.
Ref: 88579
(1 of 1)
AK (MPaVin)
4
- I
10
40
I I il'l'l
I
AK (MPaVin)
100
' I 'I'll
4
-1
= I
— 10
—
— Stress Ratio: 0.08
10
40
I
100
' I 'I'l'l—n
— 10
— 10
10-3
10
Z10"5
10
' I 'I'l'l
10
—
o
ü 10
\
c
R
—
_a>
o
—
_
—
/
I
—
,o4
io"2£
I—
Ü
ü
O-10-4
\
c
_
io*l
Z 10
if
-101 \
—
—
T5
"O
D
_, —
10
10
— 10
— 10
—
-7
10
10
-6
— 10
— 10
10
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
.-8
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
13.
15.94 (max)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
13.5
21.8
45.8
10.27 (min)
RMS %
Error
7.51
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
Life Prediction Ratio Summary
—i
1
1—
i—
.5
.8
1.25
0.
Figure 7.11.3.1.14
7-623
.5
—i
\—
.8
1.25
R
■\ 2219 I
Condition/Ht: T851
Form: 1.75 in. Plate
Specimen Type: CT
Orientation: T—L
Frequency: 1 Hz
Environment: S.T.W.; RT
Yield Strength: 48 ksi
Ult. Strength: 65.9 ksi
Specimen Thk: 0.995 in.
Specimen Width: 6.01 in.
Ref: 85837
(1
AK (MPaVin)
4
10
= I ' I 'I'l'l
40
of 1)
AK (MPaVin)
1
100
4
— Stress Ratio: 0.08
—
—
O
Ü
Ü 10
-3 |
— 10
_
—
■Z. 10
—
—
zz
—
—
-
c
_
Z 10
—
—
10
a
—
—
— 10
10
4
I , l,l,l,i
10
40
~
10
- I , I,I,I,
4
100
I , I,I,I,
10
40
=
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
o
—
—
~
10
~ I , I,LI,
—
= 10
— 10
10
10
E
—
—
— 10
-3^
10
=
_e —
—
"O
0)
—
— 10
■a
10
"üjj 10
6-10-4 —
■D
w
_K I—
10
E
ü
J
-
—
10
10
—
100
—
— 10
—
•o
40
I ' I M'l'l
—
—
10
10
c
10
- I ' I M'l'l
_L
I ' I 'ITI
da/dN (10"6in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
0.277
0.949
2.20
4.00
6.27
8.90
4.01 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
29.24 (max)
11.8
21.4
34.1
72.4
265.
1020.
RMS 55
Error
Life Prediction Ratio Summary
22.15
0.
Ji
RMS %
Error
1.25
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.15
7-624
—i
1
1—
.5
.8
1.25
This page intentionally left blank
7-625
R
2219 I
Condition/Ht: T851
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 6 Hz
Environment: LAB AIR; RT
(1 of 8)
AK (MPaVin)
4
10
40 100
—
10
Tl'l
I
' I M'l'l
Stress Ratio: -1.0
—
— 10
E
—
-a
—
^^3
HI
—
" I , I ,U
—
1 1 'I'l'l
—
2
—
— io"
P
6^10-4
c
_
— 10
E
U
z: io
—
"o
M
—
_» —
10
— 10
10
—
10
— 10
10
10
4
I , I,I,I,
10
40
10
1
4
100
da/dN (10"6in/cycle)
RMS %
Error
17.95
.5
.8
T25~
2.
RMS %
Error
39.04
Figure 7.11.3.1.16
7-626
100
da/dN (I0"6in/cycle)
1.68
2.37
3.64
5.18
7.01
14.5
26.1
51.7
113.
236.
461.
842.
2884.
26959.
6.34 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
40.
50.
59.68 (max)
Life Prediction Ratio Summary
0.
10
40
AK (KsiVin)
AK (KsiVin)
2.86
2.92
3.29
4.40
6.96
16.0
25.2
6.61 (min)
7.
8.
9.
10.
13.
14.09 (max)
1 , 1,1,1,
i 1 i 1ih
AK (KsiVin)
AK (KsiVin)
-I
— 10
©
—
-
zz
I
10
10
□8
I I >l>l>l
— 10
—
zz
I
10
io""2 °
o
—
—
10
— Stress Ratio: -0.3
-3
—
10
-
— 10
—
o
—
frl 0"+ —
\
c
_
2 10"5
_L
—
—
(2 of 8)
AK (MPaVin)
4
10
40 100
—
—
10
Yield Strength: 46 ksi
Ult. Strength: 62 ksi
Specimen Thk: 0.25 in.
Specimen Width: 6 in.
Ref: RI003
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
Condition/Ht: T851
Form: 0.25 in. Plate
Specimen Type: CCP (max load specific d)
Orientation: L—T
Frequency: 6 Hz
Environment: LAB AIR; RT
4
1
_
10"2
|
I
10
| < | • |lj
40
|
1
— Stress Ratio: -0.1
f
— 10
— Stress Ratio: 0.0
_-
m
^
10 £
-z.
— 10 \
o
O
XI
-6
10
—
-5
— 10
—
ID"7 —
—
— 10
—
—
1
I
i IIII
i I ih
4
10
II
RMS %
Error
u 10
\
_c
17.54
— 10
~
0
-1
10 ^E
—
ZIG"5
-z.
■o
o
"°
_
-6
10
10 >
o
"O
—
-5
— 10
—
— 10
-„-8 —
m
1
II
i III
I i Iih
4
10
I
I. I.li
I| i. 11
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
6.25 (min)
7.
8.
9.
10.
13.
16.
20.
23.46 (max)
Life Prediction Ratio Summary
□
I
1
1
T
'
0.
.5
.8
1.25
da/dN (10"6in/cycle)
AK (KsiVin)
1.19
2.07
3.41
5.02
6.87
13.8
23.4
43.9
94.0
203.
428.
870.
3261.
17641.
40149.
AO
a
_.
a>
— io"2£
—
o
—
—
<D
O
10"7
i III
I i I in
40
100
6.17 (min)
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
40.
50.
60.
63.72 (max)
' I ■ I■ I'I
I
la"3 —
AK (KsiVin)
AK (KsiVin)
100
-i
-3p
ZIG"5
(4 of 8)
10
V.-t
o 10
\
c
21«'i9 'i P
10"2
—
-1
— 10
— io"2«
—
Ü
\
m
40
-I'M I'l'l
0)
-8
10
-L
ID"3
"°
4
1
100
(D
O
Z.
AK (MPaVin)
| l|l|l|
—
/->
I
Yield Strength: 46 ksi
Ult. Strength: 62 ksi
Specimen Thk: 0.25 in.
Specimen Width: 6 in.
Ref: RI003
(3 of 8)
AK (MPaVin)
I
1
2.
RMS 55
Life Prediction Ratio Summary
Error
3.97
0.
□
Figure 7.11.3.1.16 (Continued)
7-627
0.812
1.25
2.03
3.03
4.29
9.89
17.6
33.7
61.0
.5
.8
1.25
2.
R
\ 2219 I
:
Condition/Ht: T851
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 6 Hz
Environment: LAB AIR; RT
(5 of 8)
AK (MPaVin)
1
4-
- I
10
' I MTI
40
1
Yield Strength: 46 ksi
Ult. Strength: 62 ksi
Specimen Thk: 0.25 in.
Specimen Width: 6 in.
Ref: RI003
1
100
' I 'I'l'l
— Stress Ratio: 0.01
(6 of 8)
AK (MPaVin)
4
10
-Ml M'l'l
40
100
I ' I M'l'l
— Stress Ratio: 0.2
— 10
-1
—
10
—
-3
10
10*£
u
\
jD
O
_
—
JO)-
—
Ü
/
/
"""
-3 |
10
—
— 10
i
— 10
£
-=: 10
E
-5
Z 10
10
o
-o
-
_i"0
—
-= 10
"a
o
_* I—
10
"^
10
-= 10
10
-= 10
10
10
4
10
40
" 1 ,1,1,1,
4
100
da/dN (10"6in/cycle)
RMS %
Error
8.67
.5 .8
100
1.25
29.0
40.3
91.2
201.
394.
769.
1377.
3593.
14.07 (min)
16.
20.
25.
30.
35.
40.
44.27 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
24.3
24.7
46.2
95.0
185.
344.
614.
1788.
1949.
15.91 (min)
16.
20.
25.
30.
35.
40.
50.
50.85 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i. i.i.i,
2.
RMS %
Error
4.47
Life Prediction Ratio Summary
Figure 7.11.3.1.16 (Continued)
7-628
□
—i
r-
.5
.8
—i-'
1.25
2.
-H 2219
Condition/Ht: T851
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 6 Hz
Environment: LAB AIR; RT
4
10
Yield Strength: 46 ksi
Ult. Strength: 62 ksi
Specimen Thk: 0.25 in.
Specimen Width: 6 in.
Ref: RI003
(7 of 8)
AK (MPaVin)
40
R
(8 of 8)
AK (MPaVin)
4
100
10
40
_ I I I llln
I
— Stress Ratio: 0.7
100
I I llllll
-1
— 10
10
— 10
—
-3
10
_2
—
_0J
o
o 10
o
:
-3 |
—
— 10
Z 10
-
_^x>
— 10
10
"
/
E
o
-5
— 10
—
10
— 10
10
4
10
40
" 1 , I ,1,1.
100
4
da/dN (I0"6in/cycle)
RMS %
Error
13.00
AK (KsiVin)
100
i
1
1
1
.5
.8
1.25
1.07
1.37
2.50
4.20
6.82
10.9
17.6
63.5
141.
1314.
1696.
6.
7.
8.
9.
10.
13.
16.
20.
20.24 (max)
Life Prediction Ratio Summary
0.
da/dN (10"6in/cycle)
4.65 (min)
5.
0.330
0.333
0.698
1.31
2.24
3.57
5.37
7.70
18.2
35.4
75.8
180.
390.
827.
898.
3.99 (min)
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
25.
30.
35.
35.53 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
1—
2.
RMS %
Error
18.35
Life Prediction Ratio Summary
□o
Figure 7.11.3.1.16 (Concluded)
7-629
-r-
.8
1.25
R
1 2219 I
Condition/Ht: T851
Form: 0.63 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
(1 of 8)
AK (MPaVin)
4
10
40
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 6.005 - 6.07 in.
Ref: 88468
4
100
- I
10
I I llllll
40
I
100
' I ipl'l
-i
—
— 10
— Stress Ratio: 0.04
— 10
— Stress Ratio: -1.0
(2 of 8)
AK (MPaVin)
-2
10
10
— 10
— 10
—
:
-3
10
10
2
— IQ" «
o
\
o
—
6^10-+
\
~*
c
_
— 10
E
2L
JE
— io"2£
o
—
c
_
—
£io-4
o
-3 |
— 10
E
— 10
o
-5
210
X)
—
—
Eg
TO
10
zi' '
10
n
X
.
_B I—
10
— 10
— 10
—
-7
10
III
10
~"—
— 10
— 10
I
I , I,I,I,
10
4
10
40
10
~ I , I,I,I,
4
100
da/dN (10"*in/cycle)
RMS %
Error
15.21
—1
0.
.5
1
.8
0.431
7.42 (min)
8.
9.
10.
11.28 (max)
Life Prediction Ratio Summary
r-
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.85
2.51
3.86
5.68
14.2
26.2
48.5
134.
7.34 (min)
8.
9.
10.
13.
16.
20.
24.44 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , M,l,
10
1—
1.25
RMS %
Error
14.14
Figure 7.11.3.1.17
7-630
0.977
2.63
4.05
7.39
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
2219
Condition/Ht: T851
Form: 0.63 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
1
4
10
t I ' I 'I'l'l
40
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 6.005 - 6.07 in.
Ref: 88468
(3 of 8)
AK (MPaVin)
R
(4 of 8)
AK (MPaVin)
4
100
10
- I ' I 'I'l'l
1 ' I M'l"
40
100
I ' I 'I'l'l
— Stress Ratio: 0.3
a
— 10
10
— 10
:
10
_a>
o
—
o 10
\
c
—
ü
\
f
_
:
— 10
E
z
10
— 10 \
—
— 10
Ill I
XI
—
— 10
o
.-6
10
-7
10
I , LI,I,
10
4
10
40
4
100
da/dN (10-6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.789
1.18
2.47
9.44
19.1
33.9
57.6
96.0
140.
8.55 (min)
9.
10.
13.
16.
20.
25.
30.
33.48 (max)
RMS %
Error
35.60
40
AK (KsiVin)
AK (Ksh/in)
AK (Ksh/in)
10
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—[-■
.5
2.
Figure 7.11.3.1.17 (Continued)
7-631
.8
1.25
R
2219 I
"
Condition/Ht: T851
Form: 0.63 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 1 - 20 Hz
Environment: LAB AIR; RT
(5 of 8)
AK (MPaVin)
4
El
10
40
'I M'l'l
I
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 6.005 - 6.07 in.
Ref: 88468
4
100
' I M'l'l
— Stress Ratio: 0.4
(6 of 8)
AK (MPaVin)
10
-
- I 'I M'l'l
—
__
1
40
I
100
-2
10
-
—
— 10
—
—
-3
10
-
10
a)
~~
2
— io" ^
—
O
O
+
^10"
\
—
c
_
I
— 10
Z 10
—
Ü
6^10-
E
c
\
4
■u
-3 I
_
10
"I
—
**-"
■o
10
10
Ü
—
\
- _A"o
— 10 o
■o
— 10
o
-
-
=
—
—
10
-
=
— 10
— 10
" 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
,l.l,
" I ,
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
.5
.8
40
-
100
da/dN (10"6in/cycle)
4.86
4.63
6.07
10.1
10.3
7.82 (min)
8.
9.
10.
10.28 (max)
Life Prediction Ratio Summary
m
0.
, I,I,I,
10
AK (KsiVin)
28.6
44.3
13.87 (min)
15.45 (max)
I
AK (KsiVin)
AK (KsiVin)
RMS %
Error
16.55
E
— 10
10
.-8
10
P
— 10
10
-^ 10
— Stress Ratio: 0.5
10
-7
_L
' I M'l'l
1.25
RMS %
Error
10.04
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.17 (Continued)
7-632
—i
1
1—
.5
.8
1.25
2.
2219
Condition/Ht: T851
Form: 0.63 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
4
10
40
- I i I Tl'l
Yield Strength: 54.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 6.005 - 6.07 in.
Ref: 88468
(7 of 8)
AK (MPaVin)
1
1
— Stress Ratio: 0.6
10
= I
— Stress Ratio: 0.7
' I M'l'l
~^
:
— 10
a
:
_
—
_a;
o
ü 10
£
— 10
c
E
—
—
—
_
—
—
_
—
—
—
z: 10
■a
w
-1<T\
—
-5
— 10
—
10
— 10
-
1 , 1,1,1,
1 ,1,1,1,
4
10
40
Ez
—
10
M
dp
100
da/dN (I0"6in/cycle)
RMS %
Error
19.08
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
3.29
3.93
6.05
12.1
15.3
6.4-4 (min)
7.
8.
9.
9.77 (max)
5.37
5.57
8.76
12.8
35.5
108.
7.23 (min)
8.
9.
10.
13.
14.98 (max)
I ,
10
D
—
— 10
—
— 10
-
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
-z: 10
" I , I,I,I,
4
io"2^
o
—
—
—
«
—
—
-o
_R\10
—
—
—
10
—
—
10
.-8
_i
M'l'l
'
—
—
—
-3
10
—
10
10
I
100
10
10
O
40
-
— 10
o
o 10
c
4
—
— 10
10
-3
(8 of 8)
AK (MPaVin)
100
I ' I M'l'l
R
Life Prediction Ratio Summary
RMS %
Life Prediction Ratio Summary
Error
i
1
1
1
0.
.5
.8
1.25
1—
12.43
2.
i
0.
Figure 7.11.3.1.17 (Concluded)
7-633
1
1
.5 .8
1
1.25
1—
2.
I 22ig |
R
_
Condition/Ht: T851
Form: 1.38 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 5.2 Hz
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
1
10
= i ' i M'l'i
40
Yield Strength: 50.6 ksi
Ult. Strength: 66.4 ksi
Specimen Thk: 0.748 - 0.752 in.
Specimen Width: 2.997 - 3.003 in
Ref: 86213
1
100
I ' I UTI
r
=1
— Stress Ratio: -0.5
4
I
10
(2 of 2)
AK (MPaVin)
10
40
100
-i—i i i i IM
' I M'l'l
I
=q
10
— Stress Ratio: 0.0
10
— 10
— 10
-3
10
(D
-2TT
—-4 10 ~ ü
_05
O
O
4
6-10-
-3 |
E
10
_x"0
— 10
10
10
10
o
o
"C
E
o
■D
X>
-6
10
10
10
10
10
10
10
'
' l i mi
4
10
i i i i ii
40
4
100
da/dN (10_6in/cycle)
AK (KsiVin)
RMS %
Error
20.04
.5
.8
100
0.404
1.15
2.62
4.39
6.27
8.31
5.21 (min)
6.
7.
8.
9.
10.
13.
16.
20.
20.85 (max)
Life Prediction Ratio Summary
□ A -e>
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.51
1.56
3.07
4.49
5.72
6.89
12.6
28.2
5.96 (min)
6.
7.
8.
9.
10.
13.
15.70 (max)
10
AK (KsiVin)
AK (KsiVin)
1.25
RMS %
Error
11.52
Figure 7.11.3.1.18
7-634
16.9
31.3
53.6
55.4
Life Prediction Ratio Summary
—r—
—i
1—
.5
.8
1.25
2.
H 2219 h
Condition/Ht: T851
Form: 0.25 in. Plate
Specimen Type: CCP (max load specified)
Orientation: L—T
Frequency: 3 Hz
Environment: LAB AIR; RT
i I
I'M
40
< | ■ I'I'I
|
AK (MPaVin)
1
100
- Stress Ratio: 0.01
-1
4
10
40
100
I III f-
10
I III
- I
4
Yield Strength: 46 ksi
Ult. Strength: 62 ksi
Specimen Thk: 0.25 in.
Specimen Width: 6 in.
Ref: RI003
(1 of 1)
AK (MPaVin)
—
—
_a>
u
_
—
o 10
\
c
_
—
— 10
i
10
-3
— 10
:
10
2
— 10" £
o
\
/
-3 |
— 10
E
—
u
—
G^IO-4
\
c
_
Z 10
Jio
>
—
—
10
x)
tr
X)
_. :
—
10
-5
—
o
\
-3 |
-= 10
:
/
ZIG"5
—
-r: 10
E
o
xi
""*■
— 10
— 10
-7
10
10
— 10
— 10
.-8
10
10
10
10
R
"
I , I .1.9.
i, i ,I.I.
4
40
10
10
~ I , I,I,I,
4
100
da/dN (I0"6in/cycle)
100
da/dN (I0"6in/cycle)
AK (KsiVin)
16.0
20.7
43.2
91.1
169.
290.
484.
1691.
2376.
14.80 (min)
16.
20.
25.
30.
35.
40.
50.
52.25 (max)
RMS %
Error
8.43
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I , I,I,I,
10
Life Prediction Ratio Summary
a
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
—i
1
1—
2.
.5
.8
1.25
Figure 7.11.3.1.19
7-635
2.
1 2219
R Condition/Ht: T851
Yield Strength:
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 2 in.
Ref: UD010
Form:
Specimen Type: CT
Orientation:
Frequency: 5 Hz
Environment: LAB AIR; RT
(1 of 2)
AK (MPaVin)
4
1
10
i
= I ' I 'IT
(2 of 2)
AK (MPaVin)
4
1
40
100
I iI INI—
- I
10
40
100
1 I I Mill
-1
' I U'l'l
I
10
— Stress Ratio: 0.8
— Stress Ratio: 0.1
10
— 10
10
-2 -n
Ü
O
4
O-10-
10-i
10
-
_i"0
10
o
10
— 10
10
10
.-8
i
10
4
10
40
I i
4
100
da/dN (1CT6in/cycle)
RMS 55
Error
13.56
.8
1.25
0.122
0.245
0.429
0.762
3.08
3.13
5.
1.11
2.08
3.35
4.97
7.07
18.3
37.0
75.3
.5
0.111
2.45 (min)
2.5
3.
3.5
4.
5.01 (max)
Life Prediction Ratio Summary
0.
100
da/dN (1Cr6in/cycle)
AK (KsiVin)
0.0211
0.0247
0.0660
0.146
0.478
2.93 (min)
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
19.20 (max)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i i i nil
10
RMS %
Error
8.69
2.
Figure 7.11.3.1.20
7-636
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
2219
Condition/Ht: T851
Form:
Specimen Type: CT
Orientation:
Frequency: 30 Hz
Environment: LAB AIR; RT
Yield Strength:
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 2 in.
Ref: UD010
(1 of 2)
AK (MPaVin)
4
- I
10
' I 'I'l'l
40
I
4
-1
- I
— 10
10
— 10
10
10
2
— io' £
—
— 10
o
o 10
_L
—
—
— 10
—
—
—
V
—
2 TT
10
—
o
\
—
—
—
=1-
m
— 10
—
10
— 10
4
I , 1,1,1,
10
40
10
M
£
—
—
—
—
— 10
-=
—
—
4
100
40
100
da/dN (10*6in/cycle)
AK (KsiVin)
1.70
3.00
4.35
5.86
8.29
41.2
124.
6.14 (min)
7.
8.
9.
10.
13.
15.80 (max)
0.503
0.703
1.28
2.26
3.61
5.13
6.81
14.2
32.5
70.1
Life Prediction Ratio Summary
0.
10
-
AK (KsiVin)
da/dN (10'6in/cycle)
4.29 (min)
5.
6.
7.
8.
9.
10.
13.
16.
19.30 (max)
I , I,I,I,
" I , I,I,I,
AK (KsiVin)
AK (KsiVin)
-z.
—
— 10 \
u
■D
—
— 10
-=
s
_e —
10
10
—
—
■o
" 1 , 1,1,1,
10" v x
—
— 10
RMS %
Error
6.69
100
E
2 10
—
.-6, 10
10
40
■ I 'I'l'l
I
-3 p
_
:
10
"o
10
' I 'I'l'l
— Stress Ratio: 0.5
—
10
—
(2 of 2)
AK (MPaVin)
100
' I 'l'l'l
— Stress Ratio: 0.3
o 10
\
c
R
.5
.8
1.25
RMS %
Error
20.51
Figure 7.11.3.1.21
7-637
Life Prediction Ratio Summary
0.
—i
1
1—
.5
.8
1.25
R
I 2219 I
Condition/Ht: T851
Form:
Specimen Type: CT
Orientation:
Frequency: 0.1 Hz
Environment: LAB AIR; RT
Yield Strength:
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 2 in.
Ref: UD010
(1 of 1)
AK (MPcVin)
4
I
10
40
r=—1
I ' I Tl'l
' I 'I'l'l
AK (MPaVin)
4
100
1
10
40
"I
| MIM
1
100
I I Mill
— 10
— 10
Stress Ratio: 0.8
10
10
— 10
— 10
10
10
V
2
10" Ö
2
-jio~ °
o
Ü
o
ü
\
4
o^io-
ü 10
-3 |
10
-z.
m '\
u
Z 10
■a
10
1 "O
o
.-6
"D
10
10
10
10
10
10
10
10
10
10
40
4
100
10
I 1 I I 11
40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i
Mill
10
' '
''III
4
da/dN (lO^in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
2.17
8.99
52.7
53.7
5.00 (min)
6.
7.
7.01 (max)
RMS %
Error
15.39
■I
■^-^
-s
10
"O
10"
£
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
1—
2.
Figure 7.11.3.1.22
7-638
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
1
OO 1 o
I
,
R
Condition/Ht: T851
Form:
Specimen Type: CCP (max load specifie d)
Orientation:
Frequency: 5 Hz
Environment: LAB AIR; RT
(1
AK (MPaVin)
1
4
-
|
i
10
40
| i|>|'|
|
'
Yield Strength:
Ult. Strength:
Specimen Thk: 0.25 in.
Specimen Width: 3 in.
Ref: UD010
AK (MPaVin)
°f 1)
1
100
| 'I'l'l
->■
— 10
— Stress Ratio: -1.0
—
- I
0
-1
/^_v
I
100
' I 'I'l'l
10
_ io_2£
o
\
=
—
ü 10
\
c
~
v_^
10
E
io"3
^
2
io' £
o
\
O)
o
6^10-4
\
c
10
^-^
E
<v
-^
-5
s
z io
zio\
T3
—-
10
-
-6
10
>
\
O
XI
~V
10
~o
10
-5
-5
io-7
>
-6
10
10
^-8
0
10
=
Ü
D
"°
' I ' I'l'l
40
—
"~~
10
ID"3
10
io"2 —
ID"2
-
4
10"7
-6
-s
— 10
I , LI,I,
" I , I,I,I,
1
4
10
40
10
—
-
m'B ~
1
100
I
4
da/dN (10"6in/cycle)
5.84 (min)
6.
7.
8.
9.
10.
13.
16.
20.
20.70 (max)
RMS %
Error
5.04
10
, M.l,
,40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I
i 11 IJ>
6
da/dN (10 " in/cycle)
AK (KsiVin)
1.08
1-14
1.63
2.35
3.27
4.31
7.36
12.5
29.1
32.6
Life Prediction Ratio Summary
I
1
T"
0.
.5
.8
1
i
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.23
7-639
.5
.8
1.25
2.
R
\ 2219 I
Condition/Ht: T8511
Form: 1.75 in. Extruded Bar
Specimen Type: CT
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
Yield Strength: 51 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.992 - 0.993 in.
Specimen Width: 6 in.
Ref: 85837
(1 of 2)
AK (MPaVin)
1
4
- I
10
' I 'I'l'l
40
I
4
100
-
40
i
100
a
' i 'I'll
—
—
Stress Ratio: 0.3
— 10
— Stress Ratio: 0.08
10
■i'l'l
-Ml
—
1
' I 'I'l'l
(2 of 2)
AK (MPaVin)
10
10
__
z
— 10
—
10
_0J
2
— io" "
""■
£l o"4
c
_
—
210
■o
"O
— 10
E
_K t—
10
"
-= 10
z—
~~
J
10
—
—
z—
— 10
10
=
—
/
10
=
" i , 1,1,1,
4
1 , 1,1,1,
10
40
10
~ I ,
4
RMS 56
Error
12.57
100
0.660
0.752
1.27
2.32
4.09
5.64 (min)
6.
7.
8.
9.
10.
13.
16.
17.17 (max)
0.856
1.32
2.19
9.75
19.0
6.57
17.2
27.0
26.6
33.9
Life Prediction Ratio Summary
0.
40
da/dN (I0"6in/cycle)
AK (KsiVin)
0.219
0.436
0.617
9.
10.
13.
16.
18.71 (max)
10
-
AK (KsiVin)
0.151
6.
7.
8.
1 , 1,1,1,
,M<
100
da/dN (10"6in/cycle)
4.70 (min)
5.
10
~
AK (KsiVin)
AK (KsiVin)
D
-o
— 10
— 10
10
E
XI
— 10
—
'■
10
—
2
— io" "
-
6-10c
_
—
10
p
—
—
10
—
—
O
—
4
—i
,
r—
.5
.8
1.25
RMS %
Error
8.44
Figure 7.11.3.1.24
7-640
Life Prediction Ratio Summary
□
,
,
,
1
—i-'
0.
.5
.8
1.25
2.
1
Condition/Ht: T8511
Form: 1.75 in. Extruded Bar
Specimen Type: CT
Orientation: L—T
Frequency: 1 Hz
Environment: S.T.W.; RT
4
_ I
10
40
i I <|i|i|
|
21<3J
° of 1)
i | Tn
-L
4
10
- I ' I ' ITI
40
I
100
' I 'ITI
10
— 10
IQ"2
ID"2
/^v
0)
ID"3
10'3
io"2£
a;
o
O
6^10"
,„-1
c
■O
-z.
Z10"5
"°
ü
—
rff
10
>
-6
10
6-10\
c
—
__ 10 E
—
^-^
—
"^
**s
Z10"5
T3
\
O
10
-5
-5
10
10
—
IQ"7
io-7
-6
-6
10
10
in-*
o
\
-
4
+
0
— -i
— 10
—
,-v
10
\
O
' P
AK (MPaVin)
1
100
- Stress Ratio: 0.08
I
Yield Strength: 51 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.992 in
Specimen Width: 6 in.
Ref: 85837
AK (MPaVin)
1
o
^ 1 , 1,1,1,
1
4
m"8 1
I , LI,I,
10
40
100
I , I,I,I,
I , I,I,I,
4
40
da/dN (10"6in/cycle)
7.84 (min)
8.
9.
10.
13.
14.17 (max)
RMS %
Error
12.98
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
6
da/dN (10 " in/cycte)
AK (KsiVin)
2.66
2.93
4.87
7.25
20.3
24.2
Life Prediction Ratio Summary
□
i
1
1
i
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Rati o Summary
0.
Figure 7.11.3.1.25
7-641
.5
.8
1.25
2.
EF
2219 I
Condition/Ht: T8511
Form: 1.75 in. Extruded Bar
Specimen Type: CT
Orientation: T-L
Stress Ratio: 0.08
Yield Strength: 51 ksi
Ult. Strength: 66 ksi
Specimen Thk: 0.99 - 0.995 in.
Specimen Width: 6 in.
Ref: 85837
(1 of 2)
AK (MPaVin)
4
- I
10
' I M'l'l
40
I
4
100
_L
' I M'l'l
— Environment: Dry Air; R.T.
_ Frequency: 6. Hz
10
I
10
' I M'l'l
40
100
1—i I i IHM—
— 10
Environment: S.T.W.; R.T
Frequency: 1. Hz
-
10
_I
"—
(2 of 2)
AK (MPaVin)
10
— 10
-3
—
-
—
z— io" ^
10
o
+ —
~
—
_
—
s
zio" —
"O
-2
o
\
u
■I
—
J
_. ~~
—
10
B
,o-i
—
— io"\
a
-
V
10 * o
^10"4
£i o- "~~
c
10
2
10"
z:
10
(~°
m \
u
"D
10
10
— 10
:
10
10
10
^~
—
" I , I,I,I,
4
—
I , l.l.l,
10
40
10
10
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
5.76
4.09
10.9
24.7
26.4
—i-'
.5
.8
100
1.25
0.551
0.639
4.86 (min)
5.
6.
7.
8.
9.
10.
13.
15.36 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.640
0.732
1.42
2.18
3.03
5.85 (min)
6.
7.
8.
9.
10.
13.
16.
16.35 (max)
10
AK (KsiVin)
AK (KsiVin)
2.
RMS %
Error
7.32
Figure 7.11.3.1.26
7-642
1.44
2.50
3.78
5.34
7.29
16.9
29.6
Life Prediction Ratio Summary
—i
1
\
.5
.8
1.25
2219
Condition/Ht: T852
Form: 6 in. Billet
Specimen Type: CT
Orientation: L—T
Frequency: 6 Hz
Environment: DRY AIR; RT
Yield Strength: 50 ksi
Ult. Strength: 65 ksi
Specimen Thk: 0.997 in.
Specimen Width: 6.19 in.
Ref: 85837
(1 of 1)
AK (MPaVin)
1
4
-
|
10
40
I | 'I'l'l
|
R
AK (MPaVin)
4
100
' | 'l'l'l
= I
-L
10
' I 'I'l'l
40
I
100
' I 'l'l'l
— 10
— Stress Ratio: 0.08
-1
10
10
10
— 10
—
—
10
10
_ttJ
2
— io" ^
Ü
—
O
6^1 o"4
-3 J=
E
— 10
—
o
o
o^10-4
c
\
_
10
E
10
10
^~
— 10
.-6
— 10
o
X)
o
10
10
-5
10
— 10
_
10
Ml
10
— 10
— 10
I
,-B
I , I,I,I,
10
4
10
40
10
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
-r-
0.
40
100
AK (KsiVin)
. da/dN (10"6in/cycle)
1.29
1.36
1.58
1.90
2.35
5.00
8.55
6.55 (min)
7.
8.
9.
10.
13.
14.88 (max)
RMS %
Error
18.14
10
AK (KsiVin)
AK (KsiVin)
.5 .8
1.25
RMS %
Error
2.
Figure 7.11.3.1.27
7-643
Life Prediction Ratio Summary
—i
1
1—
—i-'
.5
.8
1.25
2.
^ 2219 I
Condition/Ht: T852
Form: 2 - 5.5 in. Forging
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.33
Frequency: 2 — 20 Hz
Yield Strength: 49.2 - 50.7 ksi
Ult. Strength: 62.5 - 65 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
10
(2 of 2)
AK (MPaVin)
4
40
100
i i ' Mm
10
- I ' I Tl'l
40
100
a
I ' I 'I'll
— Environment: S.T.W.; R.T.
—
10
— 10
—
-3
10
2
— io" ^
—
_03
(—
Ü
Ü
4
6-10-
—".
— 10
E
-Z. 10
—
\
o
"O
Jio
>
-z:
m
-o
-6
10
__
— 10
10
— 10
10
4
10
40
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
6.
7.
8.
RMS %
Error
40.53
Life Prediction Ratio Summary
0.
1.34
1.64
2.71
3.89
5.09
6.28
9.87
13.9
5.69 (min)
6.
7.
8.
9.
10.
13.
16.00 (max)
1.12
1.85
2.90
4.28
9.95
16.9
37.6
38.5
9.
10.
13.
16.
20.
20.09 (max)
100
da/dN (10"6in/cycie)
AK (KsiVin)
0.552
0.654
5.69 (min)
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
—i
1
1—
—i-'
.5
.8
1.25
2.
RMS %
Error
16.26
Figure 7.11.3.1.28
7-644
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
I
1
Condition/Ht: T852
Form: 2 in. Forging
Specimen Type: CT
Orientation: L—T
Frequency: 20 Hz
Environment: S.T.W.; RT
1
10
40
- I ' I Tl'l
(1
°f 1)
I ' I Tl'l
a
— 10
10
= I ' I ' ITI
a
40
100
I ' I 'I'l'l
-L
0
10
—
10"2
IQ"2 _
—
-i
10
ID"3
<D
io_2£
<D
Ü
Ü
\
>*>*rr*
_3^
__ 10
c
^—"
E
—
—
— 10
5
Z10"
■o
o
V
—
io"2£
<u
o
o
o"l0'4
—
—
\
c
Z10"
>
-o
-^
—
— 10
D
■°.«-«
10
—
— 10
—
io"7
-6
— 10
— 10
~
I
1
4
-
I , I,hi,
, I . i,l.
10
40
100
m"8 "
I , I,I,I,
I , I,I,I,
1
4
,40
da/dN (10"6in/cycle)
5.20 (min)
6.
7.
8.
9.
10.
13.
16.
16.06 (max)
RMS %
Error
16.59
10
—
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
o"D
-5
—
m"8
v
z
-«C?
10
10"7
-1E
10
_
5
6
—
10
io-3 —
■^
10
I
' P
AK (MPaVin)
4
1
100
— Stress Ratio: 0.33
"~~
"°
21<3~J
Yield Strength: 50.7 ksi
Ult. Strength: 65 ksi
Specimen Thk: 1 in.
Specimen Width: 3.1 in.
Ref: AL001
AK (MPaVin)
4
o
z.
6
da/dN (10 " in/cycle)
AK (KsiVin)
1.60
2.38
3.70
5.42
7.58
10.2
20.1
32.2
32.4
Life Prediction Ratio Summary
i
1
1
i
i
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.29
7-645
.5
.8
1.25
2.
H 2219 I
Condition/Ht: T852
Form: 2 - 5.5 in. Forging
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.33
Frequency: 2 — 20 Hz
Yield Strength: 46.4 - 50.6 ksi
Ult. Strength: 61.6 - 66.5 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(1 of 3)
AK (MPaVin)
1
4
10
1
40
100
"I—I I l I MM—
4
= I
10
' I 'I'l'l
40
I
100
' I 'I'l'l
— Environment: H.H.A.; R.T.
— 10
Environment: Dry Air; R.T.
(2 of 3)
AK (MPaVin)
— 10
10
— 10
-3
10
Ü
O
-3 |
10
E
10
10
o
XI
10
10
10
10
10
4
10
40
4
100
da/dN (10_6in/cycle)
AK (KsiVin)
RMS %
Error
48.72
6.
7.
8.
9.
10.
13.
16.
19.72 (max)
i—
.5
.8
1.25
100
1.22
1.51
2.92
4.67
7.05
10.7
37.6
101.
991.
5.75 (min)
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.671
0.913
1.82
2.89
4.35
6.72
31.5
123.
644.
1034.
5.69 (min)
6.
7.
8.
9.
10.
13.
16.
20.
20.32 (max)
10
AK (KsiVin)
AK (KsiVin)
2.
RMS %
Error
47.34
Figure 7.11.3.1.30
7-646
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
—i-
2.
2219
Condition/Ht: T852
Form: 2 - 5.5 in. Forging
Specimen Type: CT
Orientation: T—L
Stress Ratio: 0.33
Frequency: 2 — 20 Hz
Yield Strength: 46.4 - 50.6 ksi
Ult. Strength: 61.6 - 66.5 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(3 of 3)
AK (MPaVin)
1
4
10
40
AK (MPaVin)
1
100
_
—
— 10
Environment: S.T.W.; R.T.
10
10
-3
10
10
JÜ2.
0a
—
o
—
^1 o"4
-
—
—
—
—
10
=
o
—
U
—
z: 10
— ior\
o
mt
- —
"o
.-6.
10
10
—
0)
—
2
Ö
10"
—
o
\
—
zz
—
,o-=l
■z. io"s
—
Q)
u 10
—
zz
=
—
-7
I , U,l,
10
40
—
—
X»
—
—
—
—
— 10
—
10
- I , I,I,I,
4
100
da/dN (10"6in/cycle)
5.61 (min)
6.
7.
8.
9.
10.
13.
16.
20.
20.69 (max)
RMS %
Error
92.89
40
100
da/dN (10"6in/cycie)
AK (KsiVin)
2.43
2.93
4.58
6.79
9.53
12.8
35.0
110.
202.
437.
Life Prediction Ratio Summary
0.
I , I .i.l.
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
z
i~°
TO \
u
-
— 10
4
•I
— 10
10
10
10"
—
—
— 10
Ill I
10
40
100
I I III,!!
A
I
— 10
—
"O
I
4
10
I I ll.n
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
r-
-r-
0.
.5
Figure 7.11.3.1.30 (Concluded)
7-647
!S
1.25
2.
EF
I 2219 I
Condition/Ht: T852
Form: 5.5 in. Forging
Specimen Type: CT
Orientation: T-L
Stress Ratio: 0.33
Yield Strength: 46.4 ksi
Ult. Strength: 61.6 ksi
Specimen Thk: 0.25 in.
Specimen Width: 2.55 in.
Ref: AL001
(1 of 2)
AK (MPaVin)
4
I
10
' I 'I'l'l
4
40
100
—i I i I i|i|—
10
40
- I I I 'I'll
100
-1
1 ' 1 'I'l'l
-= 10
—
— Environment: S.T.W.; R.T.
_ Frequency: 20. Hz
— 10
—
Environment: Dry Air; R.T.
Frequency: 4CT. Hz
(2 of 2)
AK (MPaVin)
10
10
— 10
:
10
la"3
fri o"
o
—
£io-4
O
4
\
c
T3
10
10
Ü
\
□
_
—
Z 10
10
—
EZ
■—~
— 10
-
L_
E
_.;o
o
-= 10
_
—
-= 10
10
10
—
-n 10
10
10
4
10
40
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
RMS %
Error
34.32
100
6.82
10.3
32.2
53.6
9.03 (min)
10.
13.
15.40 (max)
128.
275.
Life Prediction Ratio Summary
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
0.0539
0.0852
0.159
0.363
0.624
0.955
1.42
2.21
3.72
24.9
3.22 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
17.51 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
.5
.8
1.25
RMS X
Error
21.15
Figure 7.11.3.1.31
7-648
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
This page intentionally left blank
7-649
■\ 2219 I
Condition/Ht: T852
Form: 5.5 in. Forging
Specimen Type: CT
Orientation: S-L
Stress Ratio: 0.33
Frequency: 2 - 20 Hz
Yield Strength: 47.2 ksi
Ult. Strength: 62.3 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(1 of 3)
AK (MPaVin)
1
4
- I
10
' I 'I'l'l
4
40
100
1—' I l I M'l—
.
.
.
_ I
10
I I 'I'l'l
40
I
100
I I 'I'l'l
-i
— Environment: H.H.A.; R.T.
—
—
-3 10
—
—
— 10" o
o
\
—
-= 10"
— 10
— Environment: Dry Air; R.T.
(2 of 3)
AK (MPaVin)
10
10
— 10
IQ"3
10
2
2
10"
u
O
o
4
3M O-
10
_OJ
o
frio-4
£
-z.
ZIG"
x>
p
10
o
XJ
10
xi
4«f
— m \
u
^h
—
10
X)
B
—
-= 10
—
10
-7
10
10
— 10
— 10
10
'
' i i i HI
40
100
i i 11 ii
4
10
10
-
I , 1,1,1,
1 , 1,1,1,
4
40
da/dN (10"6in/cycle)
AK (KsiVin)
6.
7.
8.
9.
10.
13.
16.
16.06 (max)
r~
.5
.8
1.57
1.96
3.91
6.55
10.0
14.7
49.8
587.
628.
5.75 (min)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.07
1.25
2.11
3.36
5.24
8.09
37.2
673.
5.73 (min)
6.
7.
8.
9.
10.
13.
15.83 (max)
10
AK (KsiVin)
AK (KsiVin)
RMS 95
Error
25.22
=1
■*—'
5
10
V
1.25
RMS 55
Error
17.32
Figure 7.11.3.1.32
7-650
Life Prediction Ratio Summary
.5
.8
1.25
2219
Condition/Ht: T852
Form: 5.5 in. Forging
Specimen Type: CT
Orientation: S-L
Stress Ratio: 0.33
Frequency: 2 — 20 Hz
Yield Strength: 47.2 ksi
Ult. Strength: 62.3 ksi
Specimen Thk: 1 in.
Specimen Width: 3.805 in.
Ref: AL001
(3 of 3)
AK (MPaVin)
4
1
I
10
40
I,
' I 'I'l'l
AK (MPaVin)
4
100
' I. 'I'l'l
— Environment: S.T.W.; R.T.
- I
10
' I 'I'l'l
40
1
100
' I 'I'l'l
3
10
— 10
-2
10
10
— 10
10
10
10
-5?
o
\
ü
o 10
10
TJ
10
E
_a>
ü
G-10-4
\
c
_
10
o
T3
•1
10" v
-^'
Z 10
—
<o
2
10" o
>s
(.)
\
_
-a
p
T3
_K |—
z
in ^
u
XJ
10
10
-5
— 10
10
.-7
10
10
— 10
10
10
'
i I i I Hi
40
100
i'l'l'
4
10
10
4
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
2.39
3.09
5.47
8.07
12.5
19.6
61.4
1157.
5.72 (min)
6.
7.
8.
9.
10.
13.
15.97 (max)
RMS %
Error
20.24
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
i
1
1
r
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.11.3.1.32 (Concluded)
7-651
—i
1
1—
.5
.8
1.25
^ 2219
Condition/Ht: T37
Form: 1.5 in. Plate
Specimen Type: DCB
Orientation: S—L
Yield Strength:
Ult. Strength:
Specimen Thk: 1 in.
Specimen Width: 5 in.
Ao:
Kjscc:
Ref: 78313
(1
Kmax (MPaVin)
4
c=—1—I I I II
= 1
10
TT
40
of 1)
Kmax (MPaVin)
1
100
4
10
- I ' I M'l'l
—i I I HIM—
40
100
1 ' I Tl'l
3
- Environment: 3X/DAY-3.5NaCI — 10
10
10
— 10
— 10
-1
10
10
10
°10"
o
10
i-
1
\
-i E
10 £
10
c
—
-M10
10
-2,
-2,
\
D
10
a
■u
10
u
o
■a
10
10
-3
— 10
10
-5
10
10
— 10
10
10
i
I i l.l.l
_L_i_L
4
10
40
10
4
100
Kmax (Ksivin)
Kmax (KsiVin)
20.00 (min)
25.
30.
35.
40.
50.
60.
70.
80.00 (max)
10
40
100
Kmax (KsiVin)
da/dt (10"3in/hour)
Kmax (KsiVin)
0.411
0.661
0.917
1.17
1.42
1.93
2.47
3.08
3.76
RMS %
Error
RMS S
Error
2.81
Figure 7.11.3.2
7-652
da/dt (10"3in/hour)
co
mm
11 cooo o a*»;:
§1$ ä$g m
00
8$o-:;
«
PS
«0
:Wt«ki
co
Is»-:
<vt~
HQ
•.*Ci
r-»
CD
f.:«r*
CO
t»
OS
Test
Time
(min)
2219
111
Vi
9
Pi
(8
KSQBS
"BS
9 a
TH
■co
■ lij ill
CO
t05
to
Sig«
1-1
iH
^■■:ri
o
©
iff
CN
CM
W
t-
©
•**•
I
o>
5
«0
CN
CN
CM
CO
Ö
1
I
■:•:•:■:■:+:■:
4
CN
>«m
\
u
"5 J< <■->
2^.5
«
x
«
ti
CO
CN
c*
■
•
■
1
■
::::>:::::*x
to
to
t»
t-
*t>
W&$i
1-1
1-1
in
w
iri
lO
mm
©
©
Ä
CO
t~
05
CO
t-
ssass
T-l
o
1-H
o
©
:*«*•
©
CM
©
CN
i-l
eo
©
r-t
-CO
lO
<0
:*
f
!
to
c»
»-•
©
OJ
+
03
+
03
03
03
■
i
i
^
Hi
US
t~
IQ
t-
to
1-H
i-l
♦H
ssiis;
to
in
in
tn
IS
«i
00
00
CO
CO
00
:*:**:
03
tOi
03
t«5
CO
CO
i-t
i-i
©
. s*e»5 :¥:«+:
:-l5
•■
00
m«
w$ lit
<o
00
CO SitWS
O
en
iH
:".;r*.
t»
PQ 111
O
Q
o
§ im
1-1
rH
liajiS: m*%
9
&-
o
Ü
t-t
T4
ll| CQ
O
O
m ffl
o Ü
o Q
OS
CO
CD
en
v©
U3
CM
■
II I!
:
4
to
«3
rH
tr*
•*
10
r«
»-» lÜSs
«3
Q IS;
■
i-i
Si**:;
PQ
O
llii
CO
rH
i
t
i
IIIÄ en
i-i
cO
0>
CO
OS
rH
CO
cri
■<-"
rH
j
1
i
■
:::::::ö:€::::
i
^~
•**ao . -58
e
a Q
CO
iH
«s lO
:*:*»::
*>
<-< • :-f-t
-»H
«5
Sg&gSK
03
03
00
CO
CO
s?tei sseo;
CO
00
CO
CO
00
iH
i
i
00
lO
*
^
PS
>-l
1?
I
CO SSSflH
©
©
r-t
4>>
00
eo
^
-co «>
*~ SS^SK
<o -«
tn
Ö
•r4
CN
o>
■*
8
d
SSttK
CO
CO
00
i
CM
s;s*fc
CN
CN
:;||i»;;|
CN
EO
03
a
•*-.
•§«
£~
H
1
s
w
*R
M
9 C
H3W
■•■■•*
i-i
•••I"»
i-l
J3 *"
■
-H
i-i
<
mM
S«S m
mm
is
'is |1
5<
<
130
1■J
1K
to
CN
i
3:
«0
»
&
&
xa
*
H
IH
M
SO
#
in
03
*>
-S3
3
c
(—1
to
(u
0
1
-*3
s
u
a!
cu
CO
J3
s
g
2
&
a
u
g
S
g
i
©
in
00
J
Ei
►J
J
J
CO
J
E-<
CO
CO
•tf
0
c
00
00
■
m
m
fn
PS
E-i
PS
E-i
PS
OH
Ok
PH
t-
in
a
9
ffi
o
•0
OS
00
"a-s
0 9
3£
"S*
o e
was
i-i
::::::::>:*ft:ft::::::
* S
h S
i-i
0)
■8
Yield
Str
(Ksi)
e
T*
0
1-1
H
H
0
00
H
o
a
OS
7-653
2324
Cj-I
o
o
: O
O
■
so*
©
SI
■
m
I
tip
5!
■■■■■■~4 :
■ "W ;
o
S**5
o
©
©
CO
«a
©
•a
IB
PS «ü
III
N
111
3 j§
go
w
Sill
7-654
This page intentionally left blank
7-655
] 2324 I
R Condition/Ht: T39
Yield Strength:
Ult. Strength:
Specimen Thk: 0.249 - 0.251 in.
Specimen Width: 2.545 - 2.547 in
Ref: AL011
Form: 1.25 in. Plate
Specimen Type: WOL
Orientation: L—T
Frequency: 25 Hz
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
4
10
EMI Tl'l
40
AK (MPaVin)
4
100
a
I ' I M'l'l
10
40
= I ' I Tl'l
100
1 ' I Tl'l
~= 10
— Stress Ratio: 0.33
=
10
10
10
10
— 10
—
10
10
~~
Q>
O
2
r-
— io" £
_0J
-3 |
c
o
\
O 10
— 10
E
o
o 10
Ü
-3i
_
—
-5
10
Z10'5
—
■o
_0J
io"2£
I
10
—
XI
-6, -
■o
10
10
-5
—
10
-A
— 10
&
10
10
-6
— 10
— 10
I mi
10
I i I iIi
4
1 , 1,1,1,
10
40
10
4
100
da/dN (10-6in/cycle)
AK (KsiVin)
10
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
0.0576
0.0863
2.65 (min)
3.
0.146
0.236
0.557
3.5
4.
5.
6.
7.
1.19
2.39
4.40
8.
9.
10.
13.
14.47 (max)
RMS %
Error
18.94
o
_K —
7.28
10.8
22.4
34.5
Life Prediction Ratio Summary
—i
1
.5
.8
1—
1.25
RMS %
Error
—,-■
Life Prediction Ratio Summary
—r-
.5
2.
Figure 7.12.3.1
7-656
—i
1—
—i-
.8
1.25
2.
2419
eo
d
►jl
CO
•a >
wa
lO
CO
c
co
S
s
s
o
c
03
i-3
•o $
CM
Ei
CDQ
5
lO
a
•c
o
•8
o
eV
g
,«
tf
C
Ü
® fcfi
a»
•*
cq
t-
S
a
CO
c
H
iJ
eo
•0 >
COQ
CO
to
C
es
tt>
£
4) w
«
fa
s
fa
N
■<f
-M
d
OJ
£
■+^
CB
0)
h
H
-w
«
»
W
co
W
o
•|H
•w
»Ö
fl
•<H
o
Ü
+a
§B
TS fe
o o
u fa
Pk
a
a
a,
7-657
I
o
o
ö
«SOS
ttörHx
o
o
to
rr\
im
$
IIÄ
>-::o>ii*x'Ä^-
I«!
WftvX':*.*»»:-:-:-
o
IN
©
SS**::
«5
jlÄgjsä^g
ilill
III«!
£Äiig
>
■jSSSääSwtBS
3
llllll
llllll
II«!
p
05
1IÄI
Hill
©
IQ
«5
N
ff^
ö«
iÖ^lSlIl
N
GO
O
eo
iiiiiiiii
-
IIIIIIIII
o»
d
H
m-
IMMII
op
ta
sft.
::8:8?SS2>i!:
B
£
^s
op
£*
t-H a
111811t Q#
&P
^::^:-i-!-i:i^:?
: 0:fa
^:^j:;:;l;:*:j:S:
»
^
00
t~
7-658
2419
«4-1
o
o
©
o
w
o
©
was
c>
3
1!»
111»
***
3 iiiiii
o
A
rt
M
J*
a
©
o
;::::SS**:H*:
5»
4ÖS8SSS*5S
3
J
lip!
£
CO
*
1
iiliiii
£
ö
§
Z i8lgll£:£S
9
«5
o äÄ^:?:?:
tt
>:S:?:2:$$S:*:*
»
kl llllilll
(M
2 ll£$l$:$£:::
a llllllii &~
gs
o
CO
Ö
■•'tf'^/--:
M
H
lltillllllll
m
li||t§llf||
j
dl
••
z
o
H
<
e55
IS
i&pii
o
00
»pill
7-659
2419
Q
CO
10
is
S
S
8
S
tt\
jäU«
Z
0
S
as
Q
ft
E"
U
EO
E*
u
1-4
U
a
CO
8-»
Sen
6.
CD
w
5*
§
9*i
6»
a OS
B. O
EB
PIS*
sB
o
III
o
u
7-660
E-
Ü
EU
E-
Ü
EO
2419
Q
fee
M
^4
g3
2
tf
3
EU
EU
E-
U
H
Q
8a.
at
'i*
oo
3
9E3
9
E-
In
a
o
I
O
Ü
7-661
EU
EU
E»
Ü
2419
ä
is
I^P
*
■rfi
Si
86^
,25"
2
9
M
U
a
O
i*
CO
3 ?? ?
gig
S
0
H
«
3
*T c
as °
83
o
a.
cd c
Z
o
i- IP
7-662
2419
I
2>
IS
M
S
S3
1ii
3
g3
z
2
a
Q
o
8
OB
ii*
W
I>
3*3
a. O
ob
E" o
E->
E" '
PS
§2
p
8
o
Z
o
J
ob
_ J3
o
u
7-663
as
E«
2419
1
2>
«
s
a
rfi
o
11sj«
z
2
«
Ü
o
w
CD
l-S*
I
9s5
gi
3
H
J
Sa
Q
©
|
0
u
7-664
This page intentionally left blank
7-665
\ 2419 I
R Condition/Ht: T851
Yield Strength: 51.7 ksi
Ult. Strength: 66.9 ksi
Specimen Thk: 0.5 in.
Specimen Width: 1.85 in.
Ref: UD004
Form: 2 in. Plate
Specimen Type: WOL
Orientation: L—T
Frequency: 30 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
1
100
u-
l
4
10
i I i MI'I
40
100
IM1 I'l'l
— 10
-= 10
— Stress Ratio: 0.1
10
10
— 10
— 10
—
10
10
^~*
_QJ
Ü
2
I—
— io" £
^—
_
— 10
>>.,„Ü 10
\
c
ZIG"5
Ü
u
o^lO"4
+
E
xi
-
_*X
— 10
10
10
E
10
a
x
-5
—
o
—
10
XI
^r
10
""—
10
— 10
-7
10
10
— 10
— 10
10
"
I , I, I,I,
4
I , 1,1,1,
10
40
.-8
10
'
I I I III
J_J
4
100
da/dN (10"6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.46
1.96
3.00
4.53
6.50
14.2
25.4
51.7
51.0
6.26 (min)
7.
8.
9.
10.
13.
16.
20.
21.39 (max)
RMS %
Error
19.73
I I HU
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
■
10
Life Prediction Ratio Summary
i—
—I
1
rr-
0.
.5 .8
1.25
RMS %
Error
Life Prediction Ratio Summary
T"
.5
2.
Figure 7.13.3.1.1
7-666
J3
1.25
2419
Condition/Ht: T851
Form: 2 in. Plate
Specimen Type: WOL
Orientation: T—L
Frequency: 30 Hz
Environment: LAB AIR; RT
Yield Strength: 52.5 ksi
Ult. Strength: 66.6 ksi
Specimen Thk: 0.5 in.
Specimen Width: 1.85 in.
Ref: UD004
(1 of 1)
AK (MPaVin)
4
10
40
- I ' I 'I'l'l
R
AK (MPaVin)
1
100
-1
I ' I 'l'l'l
4
10
c=—i—i i i um—
40
i
100
I i 111
10
— 10
— Stress Ratio: 0.1
-2
-2
10
10
— 10
— 10
—
10
2
— 10"
—
ü
—
ü
Ü
o 10
o 10
=
— 10
E
10
E
10
o
10
T3
t
—
•o
_e l—
10
j
—
-10'\
o
T3
10
10
— 10
—
10
Ill I
10
JE
°
Ü
Z 10
10
-S2
-6
10
— 10
I , I,I,I,
10
4
10
40
10
i
4
100
10
i i 1111
40
100
AK (KsiVin)
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
i
I i 11 li
da/dN (10"6in/cycle)
AK (KsiVin)
1.05
1.90
2.87
3.70
5.32
10.2
18.2
23.2
6.39 (min)
7.
8.
9.
10.
13.
16.
17.33 (max)
RMS %
Error
Life Prediction Ratio Summary
20.29
0.
.5
.8
RMS %
Error
1.25
Figure 7.13.3.1.2
7-667
Life Prediction Ratio Summary
i
1
\
1
0.
.5
.8
1.25
1—
2.
H
2618
a
J
CO
N
coa
C
a ^
ft
0)
««
r-t
c
i
"» £
cc a
!
a
o
• P-4
.^
■S
•5
o
O
J
1
cV
.p
•**S
u
tf
i
a
CO
s
•
CO
H
•a >
iJ
COQ
s
TP
03
£
J8 X
i
[
Ü
1-3
-w
M
a
IS
0)
E
•w
«
V
u
H
■w
cs
a>
10
g
W
o
• F<
-M
• l-l
T3
a
0
ü
-w
§e
ns fc
o o
w fe
o>
OS
a.
&H
7-668
2618
O
o
o
wot
•H
o
©
T*
1
s
u
!
3 ■ill
Ji
at
Z
o
—*
Z
fa
CO
CO
d
sesstesssH
>
J
■ill
H
I
o
5
lilllt
1
o
>-<
t-'
lllilll
©
Z
CO fa
o
w
fa
op
CO
fa
fa
N
ca
fa
1—1
fa
illlllll
w
1
«
ö
O
H
2§
og
co
F-l
50
H
iiltltiii
to
Ck
••
z
o
p
5H
z
H
Z
i§p«ii
fa
o
M fa
00
H
z£
0 i*
7-669
2618
t
is
M
6
3
i
SlU
!*£*
85
«
2
w
E-
u
6-
Ü
EH
Ü
EU
E->
u
E-
Ü
E"
O
E-
Q
u
w
a.
a
sen
GQ
•2*
ab
a. o
6ÖE
6
EK
g5
p
o
i,
as
o
o
7-670
2618
I
is
*i
IS
2>
feo
jf
6s
::Q
TJ5
5 2 *■
«3
£e
ZgM
is«
SO;
liT"
J
P. O
fe§£
§2
frei
8
©
o
a.
£
7-671
2618
R Condition/Ht: T81
Yield Strength: 57 ksi
Ult. Strength:
Specimen Thk: 0.064 in.
Specimen Width: 4 in.
Ref: 86734
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: L-T
Frequency: 2 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
1
10
40
I 'I'l'l
1
AK (MPaVin)
1
100
' I 'I'll
— Stress Ratio: 0.4
4
_
I
1
10
I
I I
40
I
I
100
III
10
— 10
10
10
— 10
— 10
10
10
Q)
_0J
o
6^10"+
ü
O
-3 |
\
c
\
10
E
10
a
10
io" £
Ü
_
10
"o
-1
_« —
10
-5
10
10
10
— 10
10
-8
i i i i tiii
4
i
10.-8
i I i I in
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
7.21
7.77
15.1
29.2
30.8
9.66 (min)
10.
13.
16.
16.24 (max)
,
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
2.93
E
z:
_*"o
— 10 o
10
10
10
V.
2
O 10
-a
10
—1
_
,
1
.5 .8
,
1.25
RMS %
Error
Life Prediction Ratio Summary
!
i
1
p
1
2.
0.
.5
.8
1.25
Figure 7.14.3.1.1
7-672
1—
2.
2618
Condition/Ht: T81
Form: 0.06 in. Sheet
Specimen Type: CCP (max load specified)
Orientation: T-L
Frequency: 2 Hz
Environment: LAB AIR; RT
4
10
-Ml 'I'l'l
40
Yield Strength: 57 ksi
Ult. Strength:
Specimen Thk: 0.064 in.
Specimen Width: 4 in.
Ref: 86734
(1 of 1)
AK (MPaVin)
AK (MPaVin)
1
100
I ' I 'I'l'l
— Stress Ratio: 0.4
R
4
10
t I ' I 'I'l'l
40
100
1 ' I 'I'l'l
— 10
— 10
10
10
— 10
— 10
—
10
10
***
I—
J£
o
io"2£
2
— ID" «
o
\
o 10
o
o^lO"4
Ü
\
-3 EI
-3 |
— 10
10
-o
□
=
10
E
,-s
10
[|
10
^10
>
—
_K -
10
10
10
— 10
-7
—
-7
10
10
10
— 10
10
o
"
I , I,I,I,
4
I , I, I,I,
10
40
10
'
100
RMS %
Error
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
10
40
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
I . 1.1.1*
I 1 I I I
4
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.14.3.1.2
7-673
da/dN (10"6in/cycle)
AK (KsiVin)
—i
1
1—
.5
.8
1.25
6061
a
HJ3
CO
■*
CCQ
©
e
io
0 M
t-H
c
IO
ao
.^2*
5
55
•c
.y
aa
tf
S
•**
N
0
•8
O
O
J
1
■8 fc
COQ
C
ü
£ tti
a»
S
a
OS
©
to
to"
CN
CO
e
H
h-J
■Ü >
wa
C
irs
:
»C5 «£
■
!
3
-W
S3
0)
s
•M
A
QJ
U
H
C5
Ä
t-H
10
CO
0
•PH
-4>>
•i-<
•d
a0
Ü
■w
•o
is
o o
u fa
PU
a>
as
E
7-674
6061
CM
o
o
won
«H
O
. :W88&88&
o
llllllll
H
Ü
o
6
*T\
up»
&
2
&
a
3 HSI
co
Z
PC
rt
b
o
00
»a
»a
>
:SSSK**SS
liill •—
llpl
£ an iiiiii
iifllfl
Z
J
13
z
fa
CO
CO
k
ft
«3
z
o
fa
Bco fa ti
<C
L!
fa
N
2
O
fa
CO
T-j
id
fa
t>
fa
3 fa
©w
ö
fa
Q
fa
CS
Z
HH O
fa O
fa
Q
5' 5
s°
|nf
Sg
H
o©
Cu
gfa
H
OH
►J
Z
O
5
fa
o
B
z
IS
H ?$
lilgiill
z£
IO
CD
i©ip«ii
. fa
S
7-675
6061
a
9>
£
sfSLS
tfi-5
!*=§*
2
X
O
a
S eg
P8
1-2*
111
&
o
QQ
6^
ob
SEC
EK
E-
egU
P
a
§a,
o
2
O
7-676
ob
ob
as
ES
Q
2>
rf
tfs
2>
go
*
jf
1»
6.
El
Sen
|2*
in
H
J
6. O
?■
s
s
Si
B7
g=
8
ö
Q
§a.
oEh
52
fcp
li
7-677
6061
es
I
5>
feo
^
*P
*i
is
M
p
w
p
p
ü
JS
t?
Sg
o
o
ü
IG
S3-
II*
9g3
S8S
M SS
B. O
frK
s
o
0.
fr>
|3S
o
7-678
This page intentionally left blank
7-679
F
\ 6061 I
Condition/Ht: T651
Form: 1 in. Plate
Specimen Type: NB - 3 pt
Orientation: L—T
Stress Ratio:
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
10
40
Yield Strength: 38 ksi
Ult. Strength:
Specimen Thk: 0.5 in.
Specimen Width: 2.5 in.
Ref: 81507
AK (MPaVin)
1
100
- I I I <lllll
I I I 'nil
— Frequency: 0.1 Hz
-i
~= 10
4
- I
-2
10
' I 'I'l'l
40
1
100
' I M'l'l
3
10
10
10
— 10
—
-3
10
10
JE
o
o 10
c
10"
—
o
—
\
/
_
—
-3 |
— 10
E
/
10
o
>>..„-■♦
o
10
c
XI
X)
10
-o
O
_
10~
10 \
u
_* I—
10
XJ
10
— 10
— 10
-8
' '
— 10
10
10
'1
■z.
10
— 10
—
ü
\
—
—
2
- i
,I,I,I,
4
i , i,I,I,
10
40
10
4
100
AK (KsiVin)
da/dN (10'6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
12.1
16.0
30.0
55.5
128.
11.89 (min)
13.
16.
20.
25.
30.
35.
35.46 (max)
RMS %
Error
9.98
10
AK (KsiVin)
262.
346.
361.
Life Prediction Ratio Summary
i—
—\
r-
0.
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.15.3.1
7-680
.5
.8
1.25
6061
fa
ip
«H
<2
CD
es
■*»
:::«»
Hfi
Ä;i
Test
Time
(min)
•w
*
«
«&
<*
i
•:■:■:■:■:+:■:■:
o
o
r~
<«*
<n
t05
■rH
rH
■
•*
*■«
c&
I
t
00
00
t00
00
'.:••>■:■'.
Tf
S
t>
o
o
:§:
t00
00
rH
: : :: : : : :
: : : : : : : :fr:t:::*::::::::::
■
:
.
00
00
<x>
CO
CO
00
■««*►.•"'.
eo
c-
0Q ■■■/■■
r»
c&
. ■ r-t
01
v
rH
■
■
00
00
" it>
$
ä;3SS B
CO
CO
00
CO
eo
■CO
•
•
:
«
r-4
■*•;..
i
i
i
i
©
©^
CN
.*
CO
CN
00
(N
00
CN
t—
CN
:¥::»>:■:
rH
05
::::::::::¥::::
i
CO
<N
CM
^:::::?S-*S-:-:^^
+
CO
*rl
rH
:■:■:•:■:■:•:■>:•:-:♦:■:-:■:■:•:•:■:■
„'s
^»^
e
tOJ
in
co
©
CN
:!:W;.;.;;:::
I
1
I
■:•>:•:■:+:■:■:
*
>:v:-:-:-:-x*:-r*:*x-:v:
"* ,- ••*:.
*
iH
CN
v:-:::;;::::::::::::i'::::::::::::::::
i
t
■
■:-:::v:::::::¥::::::::l:
X
1
s
fa«.s
:s
■t
■:■:■:■:•:+:•:•:
5f
1
1
1
"S >* -2
<Nf
CN
©
o
«*
:
:-:::::::;:::::::::::*::::::::::x;::
X
♦
1
1
■■'irt
<N
CN
rH
d
d
eo
<rt
CO
«
i-t
+H
I-I
« v.
o
3
O
o
■
■^
1-H
CN
CO
■*
s
CN
i
■
U
JS
_
s
»H
hj
o
1>
3
J
1
H
tf
o
a
•p«
IB
«ft
0
o
05
•S3
t5~
1
II
d
£
if*-
ia
CN
<N
ci ;:!:^!?;i;
CN
«
CN
fe
E*
O
05
^
CN
E-t
W:*¥:::¥X*:XK>K:>K:
IS
IS
CN
i-i
-■■:.■■■'■■■■■■■
SI
CN
i-i
©
in*i'i'i':Vi':':':':':'
i-i
d
d
■**"■■■
llllill
rH
lill
rH
©
CN
DO
*
©
fa
%
M
5 fa«
^
-s A
P«g
Test
Temp
(°F)
to
e»
£~
co
CO
d.
* E
SÄ
■
rH
©■
•iJo
•8a
i* a»
Ü ß
§1
•■S *u
IK
2
«3
1
2 «:;■'■
"3
S
4
"3 lill
g-* 2
■Isl
1
'S
%
a
a
m
:«
gu iiii
"ism
3
C
ta
■*»
OS
a>
CO
c3
a>
CO
CO
1-H
■*
9
9
a
fa
S
0
B
MA
1
g
a
fa
•rH
rH
00
CO
eo
CO
KJ
l-H
►J
CO
CO
CO
E-i
OS
E-i
EH
CO
PH
fa
Hi fa
0)
0)
g
+»
0
fi
09
e
o
*8
a
a
c
u
"5 «
C
0 «
CO
EH
o a
OB
TH
CN
CO
EH
CO
EH
s
g
u
a
7-681
A201
o
0
0
>»©•
£**
lllllllt
O
©
(O
: : : :: : : : : :
& S : : : : ::: : : : :ft
*r>
•?
£
ilti&i
♦*#
S
lltflf
o
0
©
3
6;
p
CN
CM
wtm*m
A;*;*;*;**»;-
to
CD
I»
*
:ls££fi;
IIIÄS
O
«
CO
O
>o
N
Ö
<y^
0 N
eq
N
CO
;:--';-■*■ ^iJ-^
IS
S;l^:^::::::::::::::::$S:S::::
D*
ijl§§Iiif
IpÄIII
gfe
s
2
P
Ü!
U
CU
H
z
Ä-Ö
3
H<
*-* Ö
QS
ZB
0w
llllllllll o5
ä
7-682
This page intentionally left blank
7-683
I A201 I
R Condition/Ht: T7
Yield Strength: 55 ksi
Ult. Strength: 60 ksi
Specimen Thk: 0.366 - 0.374 in.
Specimen Width: 1.999 - 2.002 in
Ref: WL007
Form: Casting
Specimen Type: CT
Orientation:
Frequency: 25 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
1
10
40
1
-IM 'IM'
AK' (MPaVin)
4
100
- I
I 'I'l'l
10
40
' I 'I'l'l—I
100
' I 'I'l'l
— Stress Ratio: 0.1
3
— 10
10
— 10
10
10"
o
6^10-4
c
_
ü
o
\
'I
10~ N x
z
m" ^
o
10
T>
2
T3
_, —
10
— 10
-7
10
— 10
10
4
10
40
4
100
AK (KsiVin)
AK (KsiVin)
da/dN (lO^in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.193
0.309
4.42 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
22.08 (max)
RMS %
Error
46.17
10
AK (KsiVin)
0.595
1.000
1.52
2.15
2.86
5.36
8.48
21.3
43.1
Life Prediction Ratio Summary
A Y<»e XD
z
x
i
1
1
1
-i
0.
.5
.8
1.25
2.
RMS %
Error
Figure 7.16.3.1.1
7-684
Life Prediction Ratio Summary
—i
1
.5
.8
1—
1.25
A201
Condition/Ht: T7
Form: Casting
Specimen Type: CT
Orientation:
Stress Ratio: 0.1
Frequency: 25 Hz
Yield Strength: 44.2 - 54.6 ksi
Ult. Strength: 47.2 - 59.1 ksi
Specimen Thk: 0.491 - 0.495 in.
Specimen Width: 1.997 - 2.053 in
Ref: WL008
(1 of 2)
AK (MPaVin)
4
- I
10
' I 'I'l'l
40
I
1
100
_L
' I 'I'l'l
10
-3
2—
Ü
:
\
-3 I
_
—
— 10
E
10
_0)
Ü
^10"4
\
c
—
—
x>
A
J.
—
—
—
—
^
—
A
A
—
_
— 10
o
X3
10
"o
10
—
jp
-J10
>
—
AW
J7~
_K I—
10 —
—
—
— 10
— 10
—
—
10
10
~~
"™*
10
— 10
10
~
I
, I,I,I,
4
I
10
,-s
, I,I,I,
40
10
4
100
RMS %
Error
20.17
36.9
.5 .8
100
0.277
0.526
0.980
1.67
2.65
3.98
4.12 (min)
5.
6.
7.
8.
9.
10.
13.
16.
20.
21.42 (max)
Life Prediction Ratio Summary
0.
40
da/dN (10*6in/cycle)
AK (KsiVin)
0.375
0.508
1.09
1.95
3.08
4.51
10.8
21.8
A
10
-
AK (KsiVin)
da/dN (10"6in/cycle)
5.68 (min)
6.
7.
8.
9.
10.
13.
16.
18.50 (max)
I , Mil.
" I , I.I.I.
AK (KsiVin)
AK (KsiVin)
o
—
-3 I
_ 10 E
5&F
—
-5
Z 10
-a
100
' I 'I'l'l
—
_ 10
— io" £
ü
40
I
—
10
o 10
\
c
10
' I 'I'l'l
- Environment: Lab Air; 400T
10
—
4
= I
10
— Environment: Lab Air; 250T
(2 of 2)
AK (MPaVin)
EDS
1.25
RMS %
Error
31.70
Figure 7.16.3.1.2
7-685
5.69
13.5
25.6
48.1
57.5
Life Prediction Ratio Summary
+
<QL
i
1
1
1
0.
.5
.8
1.25
1—
2.
A357
CM
o
©
O
SOS
»*
o
©
«o
o>
«
h
.5
3
,fi
ej
|llll|l||
b
co
00
00
«5
00
CM
©
CM
CM
CO
SSStoJBSK
ssss&ssäsp
äSSSSiteS
3
J
lipl
£
1
'4;
©
ISIS*;:
©
<
9
<o
§
z
o
tf
•c
w
tf~
<N
1—1
1—1
w
H
QH
CM
■
So
feO
Htf
QH
,;'«.
!:
©
©
O
Z
O
2
S3
2
H
H<
<*-
HS •a
A3
IS
go
P
P
cu
V
A
m
Ö
P• •
O
h-1
H
1
9 52
a3
g
Is
OS
N
2
© Of
co
H
liilill
o
lOjpiill
«s
= ©•
©
7-686
This page intentionally left blank
7-687
R
I A357 I
Condition/Ht: T6
Form: Casting
Specimen Type: CT
Orientation:
Frequency: 25 Hz
Environment: LAB AIR; RT
Yield Strength: 40 ksi
Ult. Strength: 50 ksi
Specimen Thk: 0.372 - 0.393 in.
Specimen Width: 1.997 - 2.011 in
Ref: WL007
(1 of 1)
AK (MPaVin)
1
4
•- I
10
40
-I—I
' I 'I'I'I—
AK (MPaVin)
4
100
-
I 11IMI—
I
10
I I Tll,
40
I
100
. 11 I'I'I
-1
10
— 10
Stress Ratio: 0.1
-2
10
— 10
—
10
2
— 10" £
u
O
:
6^10-4
— 10
E
—
■z. 10
-a
tz
•a
:
_*"0
— 10 o
■D
10
-S
— 10
—
10
— 10
10
4
10
40
" 1 , 1,1,1,
4
100
da/dN (10"6in/cycle)
6.
7.
8.
9.
10.
13.
16.
20.
22.02 (max)
da/dN (10*6in/cycle)
AK (KsiVin)
691.
Life Prediction Ratio Summary
x
«<sc cm *Y
+
0.
=
100
0.221
0.338
0.638
1.13
1.86
2.82
8.27
30.0
310.
5.34 (min)
RMS %
Error
62.69
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
1 , 1,1,1,
10
.5
.8
1.25
RMS %
Error
2.
Figure 7.17.3.1.1
7-688
Life Prediction Ratio Summary
—i
1
1—
—i-'
.5
.8
1.25
2.
1 A357 \—~
Condition/Ht: T6
Form: Casting
Specimen Type: CT
Orientation:
Stress Ratio: 0.1
Frequency: 25 Hz
Yield Strength: 35.3 - 39.3 ksi
Ult. Strength: 35.8 - 43.3 ksi
Specimen Thk: 0.468 - 0.474 in.
Specimen Width: 2.049 - 2.052 in
Ref: WL008
(1 of 2)
AK (MPaVin)
4
10
- I ■ I Tl'l
40
4
100
I ' I 'I'l'l
_L
= I
10
— Environment: Lab Air; 250T
(2 of 2)
AK (MPaVin)
—
10
40
I
' I' I'l'l
100
' I 'I'l'l
_i
10
Environment: Lab Air; 400T
10
10
-1
— 10
10
—
:
10
10
ju
o
2
— io" °
—
o
—
o 10
\
c
•o
■*"*
— 10
—
-
A
— 10
10
-5
o
w
-z.
-=
10
_
—
o
XI
10
—
T3
F*k
-5
— 10
10
-7
10
—
§
III I
-6
— 10
10
I , LI,I,
10
4
10
40
10
~
I , I,I,I,
I , LI,I,
4
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
4.27 (min)
5.
6.
7.
8.
9.
10.
13.
16.
19.00 (max)
Life Prediction Ratio Summary
A
no
0.
.5 .8
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.245
0.533
1.51
3.30
4.85
11.7
65.2
756.
6.12 (min)
7.
8.
9.
10.
13.
16.
18.40 (max)
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
32.54
—
$
E
_xTJ
_* —
10
—
Ü
-3 I
_
2 10
X!
0
RMS %
Error
84.69
1.25
Figure 7.17.3.1.2
7-689
0.128
0.356
0.787
1.27
1.84
2.61
3.80
15.6
68.1
203.
Life Prediction Ratio Summary
o
AH
i
r
"T"
0.
.5
.8
1.25
\ A357 \—
R Condition/Ht: T6; SOL HEAT TREAT 101 OF 24HRS;
"
H20 Q AT 160F WITH 9 SEC QUENCH DELAY
Form: Casting
Yield Strength: 42.1 - 45.7 ksi
Specimen Type: CT
Ult. Strength: 47.6 - 51.2 ksi
OrientationSpecimen Thk: 0.12 - 0.122 in.
Frequency: 25 Hz
Specimen Width: 1.991 - 2.001 in
Environment: LAß AIR; RT
Ref: WL006
(1 of 1)
AK (MPaVin)
1
4-10
40
AK (MPaVin)
4
100
- I
10
' I M'l'l
40
1
100
' I 'l'l'l
n
— 10
-2
10
— 10
10
_0)
v
io"2"
_
u
o^10-4
Ü
-3 |
10
E
-z. 10
-I io >
10
-5
— 10
10
-6
— 10
10
4
10
40
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
x i&o □ x
0.
da/dN (10"6in/cycle)
AK (KsiVin)
0.248
0.257
0.372
0.640
1.09
5.59
49.1
159.
295.
6.62 (min)
7.
8.
9.
10.
13.
16.
20.
20.32 (max)
RMS S
Error
74.86
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
40
10
100
.5
.8
RMS %
Error
Life Prediction Ratio Summary
—i-'
0.
1.25
Figure 7.17.3.1.3
7-690
.5
.8
1.25
2.
AL905XL
o
o
o
o
<
—4
O
H
o
o
o»
h
/*-\
MS
ii«i
»•>
3
3
-fi
rt
■111
3
i-H
<j
§
Z
O
«
1
Ö
©•^
;:
13 N
<N
flfti
:
tt
lüSii
op
iilllllsl: gfe
h
5H
v
o
>c
OS
CD
IO
^H
oa
■V
o
"^
**r
>c
N
CO
to
00
P3
o
o
o
d
o
»O
M
C3
^H
o
O
O
O
Z
OS
o
fc.
£
Z
ITION/
SATME
H
J
£
O
N-1
os
W
ilili
a
H
03
5.
:S*S*Si«ri*:*::i
J
H ■ttt
00
o
©
a.
(0
5
■ Ofa: ■'■■•'■•
7-691
o
AL905XL
I
o
O
o
**
**©::
O
O
©
1
o
3
Bz
tf fa
CO 5
faH
°s
©
TO
©
o
t©
©
§lill
iiiiii
©
©
©
TO
c4
o
00
CM
TO
CM
O
O
o
©
©
o
CO
©
00
©
©'
TO
:-:-x-:-:-:-:-:-:-:-:-:-:-:v^
!>
fa
pi
fa
Q
o
Zo
ti
fa
Q
3
£
O
pel
fag
fa
fa
©
8;**;;
isssto;:;:;:;;;:®
fa
CO
OS
1
3
••
t-H
fa
••»
-e
a
Z
CO
1*1
flip
llli&i
I*
CO
°1
is*?:;
IS
©
■*?■ '
si
fa o
S3 J
05 "
O
2
1O
b.
eu
£
Z
O
g
z lllllll
li
o
M fa
"8
e
a
tc
C
3
0 ut
7-692
TO
TO
©
AL905XL
a
o
SKOJ
rt
O
H
o
o
to
Ü
/-V
3
z
B
J
3
Ali
14 llllil
£
CO
o
°i
o
d
s
C-
CO
N
c^
O
o
CD
>D
~H
en
OJ
CD
CO
CO
CO
CO
■*r
o
o
w
Z
O
CG 5
0<|
tf
PI
ec
o
«
io
o
^
fa
fa
fa
N
«3
fa
«5
o
o
CO
w
fag
PQ
»a
<
fa
fa
fa
CO
?►
lllill
£
CG
CG
o
6
:;ft**:.
o
.C
mm*~m
rt SH58S8SSSSK
CG
CO
i
3 ilill
ttSt»*::*:*:*:
!
P
fa o
Zo
:
llltlltl ^'.tfL. '.; '
*—1
■—i
I—1
Ö
o
o
fa
fa
P5
H
C3
2
fa O
op
gfa
H
5
o
b-
*
CG
••
Z
o
1—1
H
<
P,
fa
O
H
z
li
fOÄiii!
£3
ZP
c
c
D
X
7-693
eo
o
Ö
\ AL905XL I
F Condition/Ht:
Yield Strength: 60 - 60.3 ksi
Ult. Strength: 71.9 - 72.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.597 - 1.602 in
Ref: WL002
Form: Forging
Specimen Type: CT
Orientation: L-T
Stress Ratio: 0.1
Environment: LAB AIR; RT
- I
(1 of 3)
AK (MPaVin)
4
10
40 100
" I 'i'i'l
I ' I M'l'l
4
— Frequency: 0. Hz
10
i I i|i|>|
40
a
- I
~ 10
— Frequency: 25. Hz
|
100
a
' | Tl'l
-= 10
10
10
-=: 10
— 10
—
10
-3
10
—
2
o
—
—
_
— 10
- Ö
u
4
frier
c
o
frio"4
E
—
— 10
M
_« —
a
— 10
-7
—
—
— 10
ü
E
Jio
>
—
T3
10
10
—
10
Ill I
10
—
z 10
10
-o
(2 of 3)
AK (MPaVin)
\f
"
/
— 10
— 10
— 10
I
-8
10
4
10
, I,1.1.
40
10
~ I , LI,I,
4
100
da/dN (1(r6in/cycle)
AK (KsiVin)
6.
7.
8.
9.
10.
13.
16.
20.
25.
26.27 (max)
.5
.8
100
0.0792
0.282
0.845
1.41
1.90
2.42
4.15
1.70 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
7.64 (max)
Life Prediction Ratio Summary
a
0.
40
da/dN (10"6in/cycle)
AK (KsiVin)
1.98
2.13
4.03
6.19
8.52
11.1
21.9
34.9
49.7
110.
142.
5.91 (min)
I , I .I.I.
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
4.84
x>
1.25
RMS %
Error
16.27
Figure 7.18.3.1.1
7-694
6.72
7.32
5.96
Life Prediction Ratio Summary
—i
1
1—
.5
.8
1.25
—!-■
2.
AL905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: L—T
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 60 - 60.3 ksi
Ult. Strength: 71.9 - 72.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.597 - 1.602 in
Ref: WL002
(3 of 3)
AK (MPaVin)
4
- I
10
I I in»!
40
I
AK (MPaVin)
4
100
' I 'l'l'l
— Frequency: 30. Hz
1
-
10
TVY]
40
1
100
' I 'I'l'l
—
— 10
— 10
:
-3
10
"~~
10
2
— 10" £
□
— 10
o
o
6^10-'
6^10-+
_
-
0)
_0J
o
ü
E
10
E
10
o
10
Z 10
—
-io"\
—
warn
T3
T3
10
10
_
W
10
— 10
10
10
10
— 10
10
— 10
10
10
c
F
~ 1 , 1,1,1,
4
1 , 1,1,1,
10
40
10
i i i im
4
100
da/dN (10"6in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
100
0.165
0.330
0.762
1.40
2.25
4.46
7.27
10.7
14.6
19.3
21.7
2.19 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
9.44 (max)
RMS %
Error
>100.0
i 11111
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i
10
—i
1
.5
.8
RMS %
Error
Life Prediction Ratio Summary
1—
1.25
0.
2.
Figure 7.18.3.1.1 (Concluded)
7-695
—i
1
1—
.5
.8
1.25
R
1 AL905XL I
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: L—T
Frequency: 10 Hz
Environment: LAB AIR; RT
Yield Strength: 60.1 ksi
Ult. Strength: 73.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.5 in.
Ref: WL002
(1 of 1)
AK (MPaVin)
4
10
AK (MPaVin)
4
40
100
I I 11 Mil—:q
= I
10
' I M'l'l
40
1
100
' I TIN
3
10
10
10
10
V
2
10~ o
Ü
O
\
4
6^10c
_
=1
10~ s
—'
2
z: 10
m~ ^
U
"O
10
10
10
— 10
10
4
10
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
100
da/dN (I0"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
—i
0.
40
0.105
0.120
0.300
0.590
0.967
1.42
2.68
4.69
7.23
1.94 (min)
2.
2.5
3.
3.5
4.
5.
6.
6.99 (max)
RMS %
Error
3.59
10
AK (KsiVin)
.5
1
.8
RMS %
Error
Life Prediction Ratio Summary
1—
1.25
2.
0.
j_
Figure 7.18.3.1.2
7-696
—i
1
1—
.5
.8
1.25
AL905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: T-L
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 66 - 70.1 ksi
Ult. Strength: 75.2 - 77.7 ksi
Specimen Thk: 0.249 - 0.251 in.
Specimen Width: 1.598 - 1.602 in
Ref: WL002
(1 of 2)
AK (MPaVin)
4
- I
—
10
' I M'l'l
40
I
F
1
100
a
' I 'l'l'l
4
b I
~ 10
Frequency: 0. Hz
(2 of 2)
AK (MPaVin)
10
' I 'I'l'l
40
1
100
' I M'l'l
10
—
— 10
:
— 10" ^
o
ID"3
2
ü
o 10
\
c
\
-3 |
— 10
_
—
10
—
-
M
E
-2.-0
— 10
o
.-6
10
:
— 10
/
10
— 10
.-8
10
- i , i,i,i,
4
I , I. M,
10
40
4
100
da/dN (10'6in/cycle)
AK (KsiVin)
RMS %
Error
2.90
3.00 (min)
3.
3.5
4.
5.
6.
7.
8.
0.237
0.237
0.359
0.520
0.982
9.
10.
13.
16.
20.
21.21 (max)
5.89
8.07
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0523
0.119
0.339
0.674
1.09
1.73 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
8.51 (max)
1.68
2.69
4.08
15.6
24.2
43.6
1.56
2.56
3.58
4.61
5.66
6.22
51.1
Life Prediction Ratio Summary
a
—r~
0.
10
AK (KsiVin)
AK (KsiVin)
.5
.8
1.25
2.
RMS %
Error
53.88
Figure 7.18.3.1.3
7-697
Life Prediction Ratio Summary
□
o
i
1
1
1
0.
.5
.8
1.25
1—
2.
] AL905XL I
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: T-L
Frequency: 10 Hz
Environment: LAB AIR; RT
Yield Strength: 66.9 ksi
Ult. Strength: 76.1 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.5 in.
Ref: WL002
(1 of 1)
4
- I
10
40
'I 'I'I'I
I
AK (MPaVin)
1
100
4
_L
' I 'I'I'I
-2
—
— 10
—
— io"2^
=
—
10
ü
10
- J
J
M
10
E
O
~~~"
_
— 10
—
—
10
I
-Jio
>
—
— 10
— 10
:
—
—
/
—■'■'W
10
— 10
—
10
=
10
- I , l.l.l,
4
I , I, I,!,
10
40
10
- i , i,i,i,
4
100
da/dN (10"6in/cycle)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0968
1.84 (min)
2.
2.5
3.
0.132
0.277
0.488
0.813
1.33
3.05
3.5
4.
5.
6.
7.
5.35
8.32
12.8
16.8
8.
8.69 (max)
RMS %
Error
7.07
i , i,i,i,
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
E
■Z. 10
—
M
_c —
10
o
o 10
c
o
—
—
—
— 10
T3
2
io" °
—
—
_
c
10
—
zz
100
10
—
—
40
— 10
— Stress Ratio: 0.1
10
10
I III V
AK (MPaVin)
I III
R
Life Prediction Ratio Summary
□
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
1—
0.
2.
Figure 7.18.3.1.4
7-698
—i
1
1—
.5
.8
1.25
—!-■
2.
AL905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: T—L
Frequency:
Environment: LAB AIR; RT
Yield Strength: 66 ksi
Ult. Strength: 75.2 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.6 in.
Ref: WL002
[1 of 1)
AK (MPaVin)
4
_
|
I
10
| l|T|
40
|
I
R
AK (MPaVin)
4
100
j l|l|>|
_L
= I
10
' I 'I'l'l
40
1
100
' I 'I'l'l
=
10
— 10
—
— Stress Ratio: 0.33
10
10
— 10
— 10
:
-3
10
10
2
Ü
O
o 10
\
c
o 10
_
—
•I
10"
w
10 \
—
u
. —
"O
XI
_« —
10
10
— 10
—
— 10
10
10
— 10
10
^-^
-z.
10
—
"o
\
— 10
10
(U
10~ Ö
o
— 10
—
- I , I,I,I,
4
— 10
I , I,I,I,
10
40
10
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
2.98 (min)
3.
3.5
4.
0.692
0.699
40
100
5.
6.
7.
3.15
5.60
da/dN (10"6in/cycle)
AK (KsiVin)
1.00
1.49
8.32
11.2
14.6
19.2
42.5
88.6
8.
9.
10.
13.
16.
16.06 (max)
RMS %
Error
4.32
10
AK (KsiVin)
AK (KsiVin)
89.9
Life Prediction Ratio Summary
.5
.8
—i
1—
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.18.3.1.5
7-699
—i
1
1—
.5
.8
1.25
1 AL905XL I
F Condition/Ht:
Yield Strength: 59.2 - 59.7 ksi
Ult. Strength: 71.2 - 72.5 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 1.598 - 1.602 in
Ref: WL002
Form: Forging
Specimen Type: CT
Orientation: S-T
Stress Ratio: 0.1
Environment: LAB AIR; RT
(1 of 3)
AK (MPaVin)
4
10
E I ' I 'I'l'l
40
1
100
I ' I M'l'l
1
-
— Frequency: 0. Hz
~=
—
— 10
(2 of 3)
AK (MPaVin)
4
10
(=—I—i I i l>l<!
40
100
4
40
100
10
10
2
— io" o
—
Ü
O 10
— 10
—
E
Z 10
\
D
~°
— 10
—
-6
o
TO
10
— 10
10
-
\
— 10
-8
10
1 , 1,1,1,
- 1 , 1,1,1,
4
10
40
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
RMS %
Error
>100.0
i
1
1—
.5 .8
1
1.25
da/dN (10"6in/cycle)
0.388
0.519
1.14
1.72
2.27
2.38 (min)
2.5
3.
3.5
4.
5.
3.86
6.48
6.
7.
8.
9.46
11.6
11.8
11.2
11.8
9.
10.
10.77 (max)
Life Prediction Ratio Summary
0.
AK (KsiVin)
0.516
0.392
0.206
0.0683
0.0330
0.0234
0.0234
0.0313
0.0534
0.794
17.3
104.
79.3
3.28 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
21.66 (max)
10
AK (KsiVin)
RMS %
Error
4.62
Figure 7.18.3.1.6
7-700
Life Prediction Ratio Summary
—r—
0.
.8
1.25
AL905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: S-T
Stress Ratio: 0.1
Environment: LAB AIR; RT
Yield Strength: 59.2 - 59.7 ksi
Ult. Strength: 71.2 - 72.5 ksi
Specimen Thk: 0.25 - 0.251 in.
Specimen Width: 1.598 - 1.602 in
Ref: WL002
(3 of 3)
AK (MPaVin)
4
10
40
AK (MPaVin)
4
10
(=-l—* MINI
100
~= 10
— Frequency: 30. Hz
40
I
100
' I TIM
10
-2
-2
10
10
10
—
:
-3
10
10
^~
2
— io" £
ü
_0J
O
o^o"4
o 10
—
■Z. 10
—
d£
,o4
io"2 °
o
_
,o-I
10
— 10
"o
F
o
_* —
—
.-6
"O
-
-*T>
10
D
_fi —
10
10
10
— 10
:
10
10
10
— 10
10
! , l,l,l<
- i , i,i,i,
4
10
40
10
I . u.i.
4
100
da/dN (10'6in/cycle)
100
da/dN (10"6in/cycle)
AK (KsiVin)
3.74
4.86
7.22
11.4
17.2
20.3
19.3
4.22 (min)
5.
6.
7.
8.
9.
9.49 (max)
RMS %
Error
16.99
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i LL
im
10
Life Prediction Ratio Summary
I
1
1
!
1
0.
.5
.8
1.25
2.
RMS %
Error
Life Prediction Ratio Summary
0.
Figure 7.18.3.1.6 (Concluded)
7-701
—i
1
1—
.5
.8
1.25
R
^ AL905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: S-T
Frequency: 10 Hz
Environment: LAB AIR; RT
Yield Strength: 58.3 ksi
Ult. Strength: 71.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.5 in.
Ref: WL002
(1 of 1)
AK (MPaVin)
4
10
40
- I ' I M'l'l
AK (MPaVin)
4
100
1
I ' I Tl'l
-
= I
' I M'l'l
=
10
-1
—
— 10
—
-3
10
10
ü
— 10"° E
J
10
10
-
o
U
o^10-4
o^10-+
\
c
_
_fi —
10
io"2 °
— 10"2«
I—
—
10
I
100
10
10
-o
' I 'I'l'l
40
— 10
— Stress Ratio: 0.1
_Q)
Ü
10
c
T3
— 10
f
io
_
10
10
o
/
— 10
10
10
10
10
i , i,i,i,
i , i,i,i,
4
40
10
1
10
4
100
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0605
0.101
1.84 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
9.37 (max)
0.313
0.650
1.09
1.62
2.96
4.80
7.35
10.7
15.1
17.0
Life Prediction Ratio Summary
o a
0.
10
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
i
D
10
-5
AK (KsiVin)
RMS x
Error
14.37
E
1
1
.5 .8
1
1.25
RMS %
Error
1—
2.
Life Prediction Ratio Summary
Figure 7.18.3.1.7
7-702
—i-1
i—
0.
.5
.8
1.25
2.
AL905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: S-T
Frequency:
Environment: LAB AIR; RT
Yield Strength: 59.7 ksi
Ult. Strength: 71.2 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.6 in.
Ref: WL002
(1 of 1)
AK (MPaVin)
4
10
R
AK (MPaVin)
1
40
100
i | i | MM
4
- I
10
' I M'l'l
40
1
100
' I M'l'l
3
10
10
10
10"2 P
o
o
u^10-4
c
_
,o-|
Z 10
T3
CZ
-o
_B I—
10
— 10
o
— 10
10
10
10
4
10
40
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
3.39
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.703
1.28
2.13
3.23
4.54
6.01
7.64
17.0
50.5
105.
4.02 (min)
5.
6.
7.
8.
9.
10.
13.
16.
18.83 (max)
RMS 55
Error
10
AK (KsiVin)
AK (KsiVin)
Life Prediction Ratio Summary
a
i
1
1
1
0.
.5
.8
1.25
RMS %
Error
1—
2.
Figure 7.18.3.1.8
7-703
Life Prediction Ratio Summary
—i
1
.5
.8
1—
1.25
2.
IN905XL
CM
o
e
o
O
f
■
Üi
;::■©::
;*■
pal
Oco
<N
3"
05
g5:
;NS
m
op
■
O
H
o
c
a
7-704
IN905XL
(4-1
o
o
o
*SOH
|:ö:*H:;:
O
O
$**;
T>
1£
3
Mil»
o
O
O
IO
CO
o
CO
CO
CM
CO
***
SSSSJSSSS
o
Ö
s
llill
!!!§§§!
°J
<-<
o
o
°?
M
N
C3
CO
c
e»
H
o
G~
CO
o
O
05
:;gg|j|||||
* : "
o
IO
co
"*
o
o
o
©
|||||||f
H
Q»
0°
lllllll
z
o
es
o
fc
o
2
5EC
o
t.
PH
llllllilfl
EL.
o
B
85
I!
■>0"p::^^
0«
fcP
o<
CO
CM
o
x
s
1,
1
8x S=
o
b.
D
to
10
CO
CO
■^^
Ä
ä
CM
to
io
GO
7-705
IN905XL
C4—I
o
o
o
:•:■:■©•
*■*
o
©
o
H
io
Ü
?
2
m»i
CO
5
~»
o
3
b
ssstessss
sssSsäBs
O
mm*****
1I1ÜI
I
111»
$m$m
co
CO
III!! d
lilt«
<
©
«
f|||||
eE
d
cc
to
"
>o
CO
pi
o
0$
CG
&~
is t*
PS
Ho
ftj
1-5
C5
So
3d
lllllll
s
El
o
O
pel
Ü
1
ü
H
P
Ü
I
O
2
go
lÄllllllt
PL,
3
©
1o
Ex.
••
1
P4
O
H
S5
Äl:ll™£:ii
fc|
lügiii
«Pill
15 c**
CD
Ö
lllllfll! ÜlÄlll
•■p.3
8
7-706
IN905XL
CM
O
o
o
»US*
**
O
©
to
SSHvivS&i&i
*T*
I
3 s
§
ja
to
a
IM
b
es
iipi Hill
H
o
o
O
«5
■
'■
■
.
•
:
•:■:•:■
cvi
CO
<
lllll
Z
•-<
i«ii
8
o
s
©
IN
CO
CD
CO
CO
CD
■
■
■
tf
IS
IN
o
Ö
o
CS
us
©
o"
O
CO
©
Ö
05
gs
pa
PS
CD
o
O
o
©
H
in
op
M*
J
O
2
O
es
o
t.
O
Z
Ü
o
fc.
&H
••
£
O
5H
Z
H
o
EL.
o
g
IS
op
§||§ptlll
R&*
o<
o
X
S
S?
gX
x
S
CM
fc-
13
e
CO
c
D
U3
CD
CS
m
ä
»
&.
o
CO
7-707
IN905XL
CM
:0
©
O
a
o
i"0-
H
SI
1S
CO
©
;o
€'
lii
111
:; ©
N
SO*
;■•©
©
SSSS
: N
M N
g5
C5
H
J
1
is
go
o
2
5
a
o
itm
CO
••
O
I
o
7-708
This page intentionally left blank
7-709
\ IN905XL I
R Condition/Ht: 850F 2HRS; 665F 2HRS; WARM H20 Q; 230F 24HRS
Form: Forging
Specimen Type: CT
Orientation: L-T
Frequency: 3 Hz
Environment: LAB AIR; RT
Yield Strength: 57.7 ksi
Ult. Strength: 69.6 ksi
Specimen Thk: 0.444 in.
Specimen Width: 2.553 in.
Ref: WL002
(1 of 2)
AK (MPaVin)
4
1
I
10
40
100
i—i I i I nil
' I M'l'l
~
4
1
- I
=P
10
— Stress Ratio: 0.1
(2 of 2)
AK (MPaVin)
10
40
I
' I M'l'l
100
' I M'l'l
— 10
— Stress Ratio: 0.1
-2
10
10
10
10
10
IQ"3
a>
2
10" Ö
O
\
-2T;
o
Ü
O
o 10
10"
10"° E
=l
,-s
10
-o
Z
10
10
1 "°
m '\
O
D
•o
. —
10
x>
_K —
10
10
10
10
10
10
10
.-8
10
'
i i i i n
' i i i in
4
40
10
i
10
RMS %
Error
9.98
.5
.8
100
1.25
17.4
20.7
82.0
42.0
87.6
1931.
15.78 (min)
16.
20.
2.03
3.38
4.85
6.55
8.78
11.9
25.1
25.7
25.
30.
32.70 (max)
Life Prediction Ratio Summary
0.
i ' I'l'
40
da/dN (10"6in/cycle)
AK (KsiVin)
da/dN (10_6in/cycle)
5.05 (min)
6.
7.
8.
9.
10.
13.
13.14 (max)
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
■
i i 1111
4
100
2.
RMS %
Error
>100.0
Figure 7.19.3.1.1
7-710
Life Prediction Ratio Summary
xa
-T"
0.
.5
.8
1.25
2.
IN905XL
R
Condition/Ht: 850F 2HRS; 665F 2HRS; WARM H20 Q; 230F 24HRS
Form: Forging
Yield Strength: 58.4 ksi
Specimen Type: CT
Ult. Strength: 68.4 ksi
Orientation: T—L
Specimen Thk: 0.444 in.
Frequency: 6 Hz
Specimen Width: 2.566 in.
Environment: LAB AIR; RT
Ref: WL002
(1 of 2)
AK (MPaVin)
1
4
- I
10
40
i I 'ITI
100
■ I 'I'l'l
I
— Stress Ratio: 0.1
(2 of 2)
AK (MPaVin)
1
4
10
40
a
= I
— 10
— Stress Ratio: 0.1
_
' I 'I'l'l
I
100
' I 'I'l'l
10
—
—
— 10
10
10
—
—
.-3
—
10
10
o
o 10
\
c
—
o
_QJ
O
_
— 10"3E
c
—
J*
10
.-6
10
Z 10
- r
— 10
—
— 10
m
o
■o
—
—
I—
_
10
/
/
-
1
f
]
—
=
—
10
II I I
zz
I
4
, I . I .!.
10
40
=
-
-
100
1 ,1,1,1,
1 ,1,1,1,
4
40
AK (KsiVin)
RMS %
Error
24.40
9.88 (min)
10.
13.
16.
20.
24.15 (max)
Life Prediction Ratio Summary
0.
100
—i
1
1—
.5
.8
1.25
da/dN (10_6in/cycle)
AK (KsiVin)
1.98
2.05
2.43
3.69
5.59
8.15
11.3
15.0
16.9
3.39 (min)
3.5
4.
5.
6.
7.
8.
9.
9.50 (max)
10
10
AK (KsiVin)
da/dN (10_6in/cycle)
AK (KsiVin)
o
■D
—
10
10
-4,
10
—
-5
—
10
=
—
-7
10
&
o
—
—
_fi|—
10
_l
RMS %
Error
10.61
Figure 7.19.3.1.2
7-711
17.0
17.7
39.6
75.5
171.
.414.
Life Prediction Ratio Summary
—r-
-1-
.5
.8
1.25
I IN905XL I
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: L—T
Frequency:
Environment: H.H.A.; RT
Yield Strength: 55.5 - 55.7 ksi
Ult. Strength: 65.6 ksi
Specimen Thk: 0.248 - 0.25 in.
Specimen Width: 1.495 - 1.497 in
Ref: WL002
(1 of 1)
AK (MPaVin)
>- I
' I 'I'I'I
AK (MPaVin)
1
40
100
—i—i I i I ilil—
— 10
— Stress Ratio: 0.1
10
40
100
-2
-2
~~~
— 10
— 10
10
10
10
u
6-10-4
o
o
2 (0
— 10"
—
u
5^io-4
c
10
__
10
o
o
-6
10
10
a
o
\
■I
_
— 10"
—
t"°
— m '\
u
x>
z
-Z. 10
10
—
— 10
10
10
10
— 10
10
-8
10
10
4
10
40
I
4
100
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.112
0.144
0.236
1.71 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
18.28 (max)
0.390
0.625
0.958
1.98
3.50
5.48
7.77
10.3
13.1
23.4
41.0
70.3
Life Prediction Ratio Summary
0.
10
AK (KsiVin)
da/dN (1CT6in/cycle)
AK (KsiVin)
1 11,1,1,
1 I I I ill
AK (KsiVin)
RMS 55
Error
25.20
10
10
10
"O
4
V
10
I III
4
1
I III
R
—i
1
1—
.5
.8
1.25
RMS %
Error
Figure 7.19.3.1.3
7-712
Life Prediction Ratio Summary
i
1
1
;
0.
.5
.8
1.25
IN905XL
Condition/Ht:
Form: Forging
Specimen Type: CT
Orientation: T—L
Frequency:
Environment: H.H.A.; RT
Yield Strength: 54.3 - 54.6 ksi
Ult. Strength: 65.7 ksi
Specimen Thk: 0.25 in.
Specimen Width: 1.493 - 1.497 in
Ref: WL002
(1 of 1)
AK (MPaVin)
1
4
10
= I ' I Tl'l
40
T—i
R
AK (MPaVin)
4
100
I i I i|i|
— 10
— Stress Ratio: 0.1
10
40
tl'l Tl'l
nj
100
I MIHH
— 10
-2
10
— 10
— 10
10
10~
o
o
Ü
— io~ E
10~
TJ
o
XI
V
Ü
\
4
o^io-
10
2
■I
z
10
T3
K-x
10 \
o
-a
_K —
10
10
10
10
10
10
10
4
10
40
I
da/dN (10"6in/cycle)
5.
6.
7.
8.
9.
9.97 (max)
Life Prediction Ratio Summary
—i
0.
I I I III
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.138
0.252
0.407
0.604
0.849
1.53
2.56
4.09
6.21
8.92
12.1
2.02 (min)
2.5
3.
3.5
4.
RMS %
Error
34.82
10
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
'
I I 11 [I
4
100
1
r—
.5 .8
1.25
RMS 55
Error
2.
Figure 7.19.3.1.4
7-713
Life Prediction Ratio Summary
i
1
1
1
0.
.5
.8
1.25
1—
2.
\ IN905XL I
R Condition/Ht:
Yield Strength: 51 - 51.4 ksi
Ult. Strength:
Specimen Thk: 0.248 - 0.249 in.
Specimen Width: 1.496 - 1.498 in
Ref: WL002
Form: Forging
Specimen Type: CT
Orientation: S-L
Frequency:
Environment: H.H.A.; RT
(1 of 1)
AK (MPaVin)
41
10
I 'I'l'l
40
1
AK (MPaVin)
1
100
4
10
40
100
t I ' I 'I'l'l—I ' I 'I'l'l
' I 'I'l'l
— 10
-2
10
— 10
10
io"2£
ü
o
o^lO"4
-3§
— 10 E
10
10
XI
o
x>
10
10
10
— 10
10
4
10
40
100
' I I I III
J_L_L
I I hill
4
40
da/dN (I0"6in/cycle)
da/dN (10"6in/cycle)
AK (KsiVin)
0.00995
3.46 (min)
3.5
4.
5.
0.0123
0.0845
0.752
2.23
4.17
6.48
6.
7.
8.
9.56
13.6
9.
10.
13.
16.
20.
23.02 (max)
RMS %
Error
33.18
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
10
28.6
41.4
87.8
165.
Life Prediction Ratio Summary
i—
—i
1
0.
.5
.8
RMS %
Error
1—
Life Prediction Ratio Summary
—i
1
.5 .8
1.25
Figure 7.19.3.1.5
7-714
—i—
1.25
—i--
2.
I
I
Condition/Ht:
Form: Forging
Specimen Type: WOL
Orientation: L-T
Frequency: 1 — 15 Hz
Environment: LAB AIR; RT
4
_
|
1
10
| Ijljl,
40
|
.
(1
of 1)
AK (MPaVin)
4
1
100
| .,.,.,
_L
— 10
-
-
—
10
-I'M I'll
— Stress Ratio: 0.02
10"2
40
1
100
' 1 'ITI
10"2
-1
— 10
10
2
io" £
o
o 10
—
c
-3PE
10
^—'
_
IQ"3 _
<o
Q>
O
_L
10
10"3
a>
o
—
—
—
—
frio"4
c
<D
2
io" £
o
10
~^
Z10"
X!
-—
Z10"
jäff
— 10
-6 —
. Jp
\
o
X>
10
o >
o
~u
-5
-5
-
10"7
— 10
—
~~~
-6
-6
— 10
m-8 ~
1
i , i.i.i,
I ,'I.U,
4
40
10
— 10
m"8 ~
-
1
100
1 , 1,1,1,
I , LI,I,
4
40
da/dN (10"6 in/cycle)
3.07 (min)
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
20.61 (max)
10
-
100
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
-'
1
o
"° 10
~-6
— 10
io~7
E
v
-z.
5
5
\
o
~°
5X iL I' P
Yield Strength: 63.8 ksi
Ult. Strength: 75 ksi
Specimen Thk: 0.249 in
Specimen Width: 1.642 n.
Ref: WL002
AK (MPaVin)
1
ikinn
ll\»U
da/dN (10 "6in/cycle)
AK (KsiVin)
1.06
1.35
1.86
3.54
6.20
9.66
13.5
17.5
22.0
44.4
90.4
268.
347.
RMS %
Life Prediction Ratio Summary
Error
5.40
0.
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
0.
2.
Figure 7.19.3.1.6
7-715
.5
.8
1.25
2.
\ IN905XL H
R Condition/Ht:
Yield Strength: 63.8 ksi
Ult. Strength: 75 ksi
Specimen Thk: 0.251 in.
Specimen Width: 1.6 in.
Ref: WL002
Form: Forging
Specimen Type: WOL
Orientation: L-T
Frequency: 1 — 20 Hz
Environment: LAB AIR; RT
(1 of 1)
AK (MPaVin)
4
E
I
10
I I l,llll
40
I
AK (MPaVin)
4
100
I I lllllj
—
IQ"3
IQ"3
2
—
—
_
■"
— 10" E
■Z. 10
—
-= 10" Ö
o
\
_
— 10"
03
ü 10
o
o 10
\
c
"■"
— 10
o
XI
~~*
( "°
— 10 '\
_fi -
■D
U
"a
10
10
—
-= 10
—
— 10
— <mf
10
10
-:: 10
— 10
.-8
~ I , l.l.l,
4
I , I,I,I,
10
40
10
- i , i.i.i,
4
100
da/dN (10"6in/cycle)
AK (KsiVin)
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.122
1.70 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
13.53 (max)
0.189
0.318
0.465
0.633
0.826
1.33
2.07
3.22
5.04
7.75
11.2
23.8
27.0
Life Prediction Ratio Summary
0.
I , Mil,
10
AK (KsiVin)
AK (KsiVin)
RMS %
Error
7.38
E
2
10
J?
3^
^-s
T>
-6 —
10
A
— 10
— 10
~°
I ' I 'I'l'l
10
—
\
o
100
10
10
\
c
40
— 10
- Stress Ratio: 0.02
o
10
- I I I'I'l'l
-I
.5
.8
RMS %
Error
Life Prediction Ratio Summary
0.
1.25
Figure 7.19.3.1.7
7-716
—i
1
1—
.5
.8
1.25
IN905XL
Condition/Ht:
Form: Forging
Specimen Type: WOL
Orientation: T—L
Frequency: 0.1 - 20 Hz
Environment: LAB AIR; RT
Yield Strength: 64 ksi
Ult. Strength: 74.5 ksi
Specimen Thk: 0.248 in.
Specimen Width: 1.998 in.
Ref: WL002
(1 of 1)
AK (MPaVin)
-
I
4
10
1 I ll>l"l
AK (MPaVin)
4
10
pr—i—i i MI
40
100
1 1 'I'l'l
-i-
1
R
40
I
100
' I 'I'l'l
-= 10
— Stress Ratio: 0.02
10
10
10
10
— 10
—
10
10
_2
u
_
b-10-4
—
O
—
m
""""
Jtr
o 10
— 10
^io->
—
_K I—
—
10
10
E
Z 10
\
o
"o
o
-**
T3
10
\
O
~°
~
10
-6 ~
10
10
— 10
—
10
10
10
— 10
10
E
-5
~
1 , i ,1.1,
1 , U,l>
4
40
10
10
'
i i 11 n
4
100
da/dN (10"6in/cycle)
Life Prediction Ratio Summary
0.
100
da/dN (10"6in/cycle)
AK (KsiVin)
1.14
1.24
2.16
4.12
7.56
18.9
28.7
39.9
166.
791.
768.
2.39 (min)
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
9.47 (max)
RMS %
Error
12.56
i i 11 n
40
AK (KsiVin)
AK (KsiVin)
AK (KsiVin)
i
10
.5
.8
RMS %
Error
Life Prediction Ratio Summary
-I-
0.
1.25
Figure 7.19.3.1.8
7-717
.5
.8
1.25
R
I IN905XL I
Condition/Ht:
Form: Forging
Specimen Type: WOL
Orientation: T—L
Frequency: 0.1 — 25 Hz
Environment: LAB AIR; RT
Yield Strength: 64 ksi
Ult. Strength: 74.5 ksi
Specimen Thk: 0.251 in.
Specimen Width: 1.6 in.
Ref: WL002
(1 of 1)
AK (MPaVin)
4
10
40
AK (MPaVin)
4
100
I I I I llll
=
|
10
' I 'I'll
40
1
100
' I 'I'll
=
10
-2
10
— 10
io-3
O
o
o^10-4
\
c
— 10
_
10
-
E
_.T3
10
o
-6
10
— 10
-7
10
10
10
4
10
40
4
100
AK (KsiVin)
da/dN (10"6in/cycle)
AK (KsiVin)
Life Prediction Ratio Summary
0.
40
100
da/dN (10"6in/cycle)
AK (KsiVin)
0.0391
0.0416
0.0688
0.138
0.282
0.551
1.68
3.79
6.53
9.25
11.9
14.8
30.1
62.6
150.
286.
1.81 (min)
2.
2.5
3.
3.5
4.
5.
6.
7.
8.
9.
10.
13.
16.
20.
21.84 (max)
RMS %
Error
22.21
10
AK (KsiVin)
—i
1
1—
.5
.8
1.25
RMS %
Error
Life Prediction Ratio Summary
—i-'
0.
2.
Figure 7.19.3.1.9
7-718
—i
1
1—
.5
.8
1.25
TABLE 7.20
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
51527
2014
K,
Christian, J. L., and Hurlich, A., "Physical and Mechanical Properties of Pressure
Vessel Materials for Application in a Cryogenic Environment," ASD-TDR-62-258,
Part II, General Dynamics/Astronautics (April 1963).
62306
2219
K,
Eichenberger, T. W., "Fracture Resistance Data Summary," Report DA-20947,
The Boeing Company (June 1962).
62308
2024
2024 (ALCLAD)
K,
K,
Anderson, W. E., "Fracture Toughness Data Summary," Report D6-9068, The Boeing
Company (June 1962).
62311
2024 (ALCLAD)
K,
Gurin, P. J., "Crack Propagation Tests for Some Aluminum Alloy Materials,"
LR 10498, Lockheed Aircraft Corporation (February 1955).
66103
2219
K,
Ferguson, C. W., "Hypervelocity Impact Effects on Liquid Hydrogen Tanks,"
NASA CR-54852, Douglas Aircraft Co., Inc. (March 1966).
67821
2024
K,
Walker, E. K., "A Study of the Influence of Geometry on the Strength of Fatigue
Cracked Panels," AFFDL-TR-66-92, Northrop Norair (June 1966).
68908
2014
K,
Orange, T. W., "Fracture Toughness of Wide 2014-T6 Aluminum Sheet at -320 F,"
NASA TN D-4017, Lewis Research Center (June 1967).
69759
2219
K,
Eitman, D. A, and Rawe, R. A., "Plane Stress Cyclic Flaw Growth of 2219-T87
Aluminum and 5Al-2.5Sn ELI Titanium Alloys at Room and Cryogenic Temperatures,"
NASA CR-54956, Douglas Aircraft Company, Inc. (September 1966).
7-719
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
70485
2024 (ALCLAD)
K,
Broek, D., "The Effect of Finite Specimen Width on the Residual Strength of Light
Alloy Sheet," TR M.2152, National Aero- and Astronautical Research Institute,
Amsterdam (September 1965).
70519
2024 (ALCLAD)
K,
Broek, D., "The Effect of Sheet Thickness on the Fracture Toughness of Cracked
Sheet," NRL-TR M.2160, National Aerospace Laboratory, Amsterdam (January 1966).
77720
2014
2024
K*
Kfc; a-vs-N; da/dN
Brownhill, D. J., et al., "Mechanical Properties, Including Fracture Toughness and
Fatigue, Corrosion Characteristics and Fatigue-Crack Propagation Rates of
Stress-Relieved Aluminum Alloy Hand Forgings," Report AFML-TR-70-10,
Aluminum Company of America, Alcoa Research Laboratory, New Kensington, PA,
Contract F33615-68-C-1385 (February 1970).
78313
2014
2024
2219
da/dt
da/dt; K*
da/dt
Hyatt, M. V., "Use of Precracked Specimens in Stress-Corrosion Testing of
High-Strength Aluminum Alloys," Summary Report D6-24466, The Boeing Company,
Renten, Wash., ARPA Contract N00014-66-C-0365 (November 1969).
78982
2024
K,
Fedderson, C. E., Simonen, F. A., Hulbert, L. E., and Hyler, W. S., "An Experimental
and Theoretical Investigation of Plane-Stress Fracture of 2024-T351 Aluminum Alloy,"
NASA CR-1678, Battelle Memorial Institute (September 1970).
80073
2021
KfcjKi«
Schwartzberg, F. R, et al., "Cryogenic Alloy Screening," Report NASA CR-72733,
Martin Marietta Corporation, Denver, CO, Contract NAS 3-11203 (November 1970).
7-720
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
80104
2219
K;
Orange, T. W., Sullivan, T. L., and Calfo, F. D., "Fracture of Thin Sections Containing
Through and Part-Through Cracks," NASA TN D-6305, Lewis Research Center
(April 1971).
81507
6061
da/dN
Crooker, T. W., "Crack Propagation in Aluminum Alloys Under High-Amplitude Cyclic
Load," Naval Research Laboratory, NRL Report 7286, Washington, D. C, 20390,
July 12, 1971.
82675
2014
2024
6061
K^; K^«
K,c; K,,«
K^; K^scc
Chu, H. P., and Wacker, G. A., "Fracture Toughness and Stress Corrosion Properties
of Aluminum Alloy Hand Forgings," Journal of Materials, 7 (1) 95-99 (March 1972).
82878
2024
Kic
Pearson, S., "The Effect of Mean Stress on Fatigue Crack Propagation in Half-Inch
(12.7 mm) Thick Specimens of Aluminum Alloys of High and Low Fracture
Toughness," Engineering Fracture Mechanics, 4 (1) 9-24 (March 1972).
82879
2014
Kjc
Moore, R. L., et al., "Fatigue and Fracture Characteristics of Aluminum Alloy
Cylinders Under Internal Pressure," Engineering Fracture Mechanics, 4 (1) 51-63
(March 1972).
82880
2024
2219
6061
Kfc
Kfc
Kfc
Nelson, F. G., et al., "The Effect of Specimen Size on the Results of Plane-Strain
Fracture-Toughness Tests," Engineering Fracture Mechanics, 4(1) 33-50 (March 1972).
83243
2024
K^
Gunderson, A. W., "Tensile, Fracture and Fatigue Properties of 2024-T851 Aluminum
Thick Plate," Report No. LA 72-24, Air Force Materials Laboratory,
Wright-Patterson AFB, OH, (May 26, 1972).
7-721
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
84284
2024
da/dt
Hyatt, M. V., "Use of Precracked Specimens in Stress Corrosion Testing of High
Strength Aluminum Alloys," Corrosion, 26 (11), 487-503 (November 1970).
84288
2014
2024
6061
K*
Kfc
Kfc
Nelson, F. G., and Kaufman, J. G., "Plane Strain Fracture Toughness of Aluminum
Alloys at Room and Subzero Temperatures". ASTM STP 496, American Society for
Testing and Materials, Philadelphia, PA, (1971).
84306
2024
2124
2219
Kfc
K*
K*
Harrigan, M. J., "B-l Fracture Mechanics Data for Air Force Handbook Usage,"
Report TFD-72-501, North American Rockwell, Los Angeles Division, Los Angeles, CA
(April 21, 1972).
84319
2219
K^
Engstrom, W. L., "Determination of Design Allowable Properties, Fracture of 2219-T87
Aluminum Alloy," NASA CR-115388, The Boeing Company, Aerospace Group, Seattle,
Wash., Contract NAS 9-10364 (March 1972).
84331
2020
2219
K^
K,scc
Report of NRL Progress, Naval Research Laboratory, Washington, D. C,
(January 1968).
84360
2024
Kj,; da/dN; K^
McDonnell Aircraft Company, McDonnell Corp., St. Louis, Mo., Phase B Test Program,
Report MDC A0913 (May 18, 1971).
7-722
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
84363
2021
K^
Rich, D. L., "MCAIRIRAD Data for Fracture Mechanics Engineering and Design Data
Handbook," with enclosures (1) Materials Definition, (2) Mechanical Properties Test
Data, (3) Plane Strain Fracture Toughness Test Data, and (4) Plane Strain Constant
Amplitude Crack Growth Test Data, McDonnell Aircraft Company, McDonnell Douglas
Corporation, St. Louis, MO (June 1972).
84366
2024 (ALCLAD)
K,
Broek, D., "Static Tests on Cracked Panels of 2024-T3 Alclad Sheet Materials From
Different Manufacturers," NLR-TN M.2164, National Aerospace Laboratory,
The Netherlands (November 1966).
84367
2024
2024 (ALCLAD)
K,
K,
McEvily, A. J., Illg, W., and Hardrath, H. F., "Static Strength of Aluminum-Alloy
Specimens Containing Fatigue Cracks," NACA TN 3816, Langley Aeronautical
Laboratories (October 1956).
84368
2124
K*
Babilon, C. F., et al., "Mechanical Properties, Fracture Toughness, Fatigue,
Environmental Fatigue Crack Growth Rates, and Corrosion Characteristics of
High-Toughness Aluminum Alloy Forgings, Sheet and Plate," Fifth Technical
Management Report, Aluminum Company of America, Alcoa Research Laboratories,
New Kensington, PA, Contract F33615-71-C-1571 (August 1972).
85631
2219
K*
Thatcher, C. S., "Fracture of Aluminum Alloy 2219-T87," Report SD 72-SH-0129,
Space Division, North American Rockwell, Los Angeles, CA, (November 1972).
85836
2024
2219
K^
Kic
"B-l Fracture Toughness Data (Kjc) - Rockwell International," Rockwell International
Corporation, Los Angeles, CA (April 24, 1973).
7-723
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
85837
2024
2219
a-vs-N; da/dN
a-vs-N; da/dN
"Fracture Toughness Data Collection, Rockwell International Corporation, from B-l
Program," Rockwell International Corporation, Los Angeles, CA., April 1973.
86210
2024
Kjc
"Rockwell International, B-l Fracture Toughness Data on Titanium and Aluminum
Alloys of June 4, 1973," Rockwell International, Los Angeles, CA, (June 4,1973).
86212
2024
a-vs-N; da/dN
McCarty, J. E., et al., "Materials Fracture Data From the Advanced Metallic
Structures: Cargo Fuselage Design for Improved Cost, Weight and Integrity,"
The Boeing Company, Seattle, Washington, Contract F33615-72-C-1893 (June 15,
1973).
86213
2014
2020
2020 (ALCLAD)
2021
2024
2024 (ALCLAD)
2124
2214
2219
2618
6061
Kfc; K,; a-vs-N; da/dN
Kfc; K,; a-vs-N; da/dN
K,
Kfc
IQ,; K,; a-vs-N; da/dN
K,; a-vs-N; da/dN
K&; Kc
K*
Kjc; K,; a-vs-N; da/dN
KfcK,
KIM Kc
Wygonik, R. H., "Compilation of Fracture Mechanics Data," Aluminum Company of
America, Alcoa Research Laboratories, New Kensington, PA, Subcontract on
F33615-73-C-5051 (June 12, 1973).
86429
2024
K^
"Fracture Toughness Data," Progress Report on Materials Test Program,
General Dynamics Corporation, Fort Worth Division, Fort Worth, Texas,
Contract F33615-72-C-2149 (Received July 6, 1973).
7-724
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
86575
2024
a-vs-N; da/dN
"Rockwell International, B-l Program, da/dN Data, Center-Cracked Tension
Specimens," Lockheed California Company, Burbank, CA, Report LR25152
(Received July 1973) (Memo from Ed Cawthorne dated July 10, 1973).
86688
2014
2021
2024
2219
6061
Kfccc
Kfacc
Kl,«
Kic; Kj,
Kjc; Kfc
Sprowls, D. O., et al., "Evaluation of Stress Corrosion Cracking Susceptibility Using
Fracture Mechanics Techniques," Final Report Part I, Aluminum Co. of America, Alcoa
Technical Center, Alcoa, Pa., Contract NAS8-21487, May 31, 1973.
86734
2014
2024
2024 (ALCLAD)
2618
a-vs-N; da/dN
K,; a-vs-N; da/dN
Kc
a-vs-N; da/dN
Smith, S. H., "Fracture Mechanics Application to Materials Evaluation and Selection
for Aircraft Structure and Fracture Analysis," Report No. D6-17756, The Boeing
Company, Commercial Airplane Division, Renton, Washington (July 19, 1966).
86842
2124
a-vs-N; da/dN
Babilon, C. E., et al., "Mechanical Properties, Fracture Toughness, Fatigue,
Environment Fatigue Crack Growth Rates and Corrosion Characteristics of
High-Toughness Aluminum Alloy Forgings, Sheet and Plate," Report AFML-TR-73-83,
Alcoa Research Laboratories, New Kensington, PA, Contract F33615-71-C-15-71.
87398
2024
a-vs-N; da/dN
Ellis, R., "Fracture Mechanics Studies of Fatigue Crack Propagation in 2024
Aluminum Alloy Panels Containing Transverse Slits," Report No. ARL/SM 379,
Australian Defense Scientific Service, Aeronautical Research Laboratories, Melbourne,
Australia, Department of Supply (August 1972).
7-725
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
88468
2219
a-vs-N; da/dN
Bell, P. D., "Data Sheets for Constant Amplitude Crack Growth Data Generated by
Grumman Aerospace Corporation for 2219-T851 Aluminum and Mill Annealed 6A1-4V
Titanium Alloy Plate," letter to J. E. Campbell from Grumman Aerospace Corporation,
Bethpage, NY, Contract F33615-72-C-1744 (March 15, 1974).
88578
2024
a-vs-N; da/dN
Demonet, R. J., "2024-T861 Aluminum Fracture Mechanics Test Data,"
Report LTR 9991-4076, Space Division, Rockwell International (January 1974).
88579
2024
2219
a-vs-N; da/dN
a-vs-N; da/dN
"B-l Program da/dN Data for Aluminum Alloys," Rockwell International Corporation,
memorandum to H. D. Moran from E. W. Cawthorne, Battelle's Columbus Laboratories
(April 3, 1974).
88700
6061
Kfc«
Gilbreath, W. P., and Adamson, M. J., "The Stress Corrosion Susceptibility of Several
Alloys in Hydrazine Fuels," NASA Technical Note, Report NASA TN D-7604,
Ames Research Center, Moffett Field, CA (February 1974).
88742
2124
Kjc
Fudge, K. A., and Jones, R. E., "Engineering Design Data for Aluminum Alloy
2124-T851 Thick Plate," Report AFML-TR-73-310, University of Dayton Research
Institute, Dayton, OH, Contract F33615-72-C-1282 (January 1974).
90011
2024
2219
Kjc
Kjc
"Rockwell International, B-l Program Fracture Toughness Data of August 5, 1974,"
with memorandum from E. W. Cawthorne to H. D. Moran of Battelle's Columbus
Laboratories (August 5, 1974).
7-726
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
90981
2024
K^; a-vs-N; da/dN
Krupp, W. E., Wimmer, F. T., Pettit, D. E., and Hoeppner, D. W., Data Sheets for
Final Report on "Investigation of the Effects of Stress and Chemical Environments on
the Prediction of Fracture in Aircraft Structural Materials," Rye Canyon Research
Laboratory, Lockheed-California Company, Burbank, CA, Contract F33615-71-C-1688,
data sheets received October 21, 1974.
AL001
2048
2219
Kfc; da/dN
Kr,; da/dN
Brownhill, D. G., et al., "Exploratory Development for Design Data on Structural
Aluminum Alloys in Representative Environments," Alcoa Laboratories, Alcoa Center,
PA, Contract No. F33615-74-C-5089, Report No. AFML-TR-77-102, July 1977.
AL002
2020
2024
a-vs-N; da/dN
a-vs-N; da/dN
Data Sheets Containing Fatigue-Crack Growth Rate Data Near the Threshold on
Aluminum Alloys 2020,2024, and 7475, sent from R J. Bucci, Aluminum Company of
America, ATC, February 1982.
AL010
2024
a-vs-N; da/dN
FCGR Data Sheets on Aluminum Alloy 2024-T351 Plate, Received from R. J. Bucci,
Aluminum Company of America, Alcoa Laboratories, August 1982.
AL011
2324
a-vs-N; da/dN
FCGR Data Sheets on Aluminum Alloy 2324-T39 Plate, Received from R. J. Bucci,
Aluminum Company of America, Alcoa Laboratories, August 1982.
BL002
2124
a-vs-N; da/dN
Ruff, P. E., and Smith, S. H., "Development of Mil-Hdbk-5 Design Allowable Properties
and Fatigue Crack-Propagation Data for Several Aerospace Materials,"
Battelle's Columbus Laboratories, Columbus, OH, Contract No. F33615-75-C-5063,
Report No. AFML-TR-77-162, October 1977.
7-727
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
BW001
2014
2024
da/dN
da/dN
Horsley, J. J., and Harris, C. E., "Durability and Damage Tolerance Assessment
(DADTA) of B-52 G/H Structure, Task II, Damage Tolerance Assessment Final Report,"
Boeing Company, Wichita, KS, Contract No. F34601-79-C-1515,
Document No. D3-11560-3, June 1980.
BW002
2024
da/dN
Lambert, G., Mecham, P., and Mah, T., "Durability and Damage Tolerance Assessment
(DADTA) of B-52 G/H Structure, Task III, Individual Airplane Crack Growth Tracking
Program," Boeing Company, Wichita, KS, Contract No. F34601-79-C-2258,
Document No. D3-11560-6, November 1981.
BW005
2024
da/dN
Watson, K. R., 'Weapons Bay Durability and Damage Tolerance Analysis," The Boeing
Co., Wichita, KA, Contract No. F33657-78-C-0108-PZ0036,
Document No. D361-40041-1, September 1980.
BW007
2024
Kfc
Hananel, A, Watson, K, Knoff, K, and Sherrick, G, "Fracture Mechanics Testing of
B-52/CMI Materials," Final Test Report, The Boeing Co., Wichita, KA,
Contract No. F33657-78-C00108-PZ0036, Document No. D361-11197-1, December 1978.
DA001
2024
a-vs-N; da/dN
Fatigue Crack Growth Rate Data Sheets on Aluminum Alloys 2024, 7010, 7050, 7075
and 7475, Stainless Steel Alloys 17-4PH and 17-7PH, and Alloy Steels 4340, A286,
H-ll, HY-180 and 12-9-2, Sent from Mr. Paul Abelkis, Douglas Aircraft Company,
McDonnell Douglas Corporation, Long Beach, CA, March 1982.
DA004
2024
Kic; a-vs-N; da/dN
Larson, B. F., "C-17 Material Specimen Tests for Fracture Mechanics Data Phase I,
Lot 1 Aluminum Alloys Final Technical Report," Contract F33657-81-C-2108,
Report MDC J9483-1, June 1987.
7-728
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
DA005
2024
Kfcj a-vs-N; da/dN
Kahandal, R. S., "C-17 Material Specimen Tests for Fracture Mechanics Data Phase
I, Lot 2 Aluminum Alloys Final Technical Report," Douglas Aircraft Company,
McDonnell Douglas Corporation, Contract F33657-81-C-2108, Report MDC J9483-2,
April 22, 1988.
EFM01
2024
a-vs-N; da/dN
Mackay, T. L., "Fatigue Crack Propagation and Rate at Low Delta K of Two Aluminum
Sheet Alloys - 2024-T3 and 7075-T6," Engineering Fracture Mechanics, Volume II,
pp 753-761,1979.
FR001
2024
a-vs-N; da/dN
Fatigue Crack Growth Rate Data on 2024 Aluminum Sheet and Plate, sent from J.
Arrighi, Fairchild Republic Company, Farmingdale, NY, March 4, 1982.
GD003
2124
K^; a-vs-N; da/dN
Kaarlela, W. T., "2124-T851 Metals Allowables Testing," General Dynamics, Fort
Worth Division, Report 16 PR850, October 1978.
GD004
2024
a-vs-N; da/dN
Wolanski, Z. R., "2024-T81 and -T62 0.125-Inch Sheet Metal Allowables," General
Dynamics, Fort Worth Division, Report No. 16 PR853, October 1978.
GD005
2024
K,
Margolis, W. S., and Nordquist, F. C, "Plane Stress Fracture Toughness (Kc) of
Aluminum Alloy 7475- One Half Inch Plate Tempers -T7651 and -T7351 and of
Aluminum 2024 - One Eighth Inch Sheet -T81 and T62 Temper," General Dynamics,
Fort Worth Division, TX, Report No. 16 PR889, February 1978.
GD011
2124
Ki« K=
Margolis, W. S., "Plane Stress (K,) Fracture Toughness of Thin Elements from Thick
Plate of 2124-T851 and 7475-T7351 Aluminum Alloys," General Dynamics,
Fort Worth Division, Report No. 16 PR1287, October 1979.
7-729
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
MA002
2124
Kjc; a-vs-N; da/dN
Fracture Toughness of Ti-6A1-4V Plate and Forging, Aluminum 2124-T851 Plate and
7175-T37652 Forging and Fatigue Crack Growth Rate for Ti-6A1-4V Plate and Forging,
Ti-6Al-6V-2Sn Extrusion, Aluminum 2124-T851 Plate and Aluminum 7175-T73652
Forging, Data Submitted by D. L. Rich of McDonnell Aircraft Co., St. Louis, MO,
Attachment #2, Received March 12, 1982.
MA006
2024
da/dN
Garland, K, and Krieg, J. F., "Evaluation of the Effect of Material Cyclic Softening
and Hardening on Crack Initiation Life and Crack Growth, with and without
Overloads as a Function of Stress Ratio," McDonnell Aircraft Company, St. Louis, MO,
April 1978.
MD001
2219
Kfc
Davis, R. J., and Rowe, R. A, "Mechanical Properties of SRB Rolled-Ring Forgings and
Large Hand Forgings," McDonnell Douglas Astronautics Company, Huntington Beach,
CA Report MDC G8545, June 1980.
MPC01
2024
2124
2219
2419
K*
Kfc
Kfc
K*
Collis, S. F., et al., "Fracture Toughness Data Bank for Aluminum Alloy Mill
Products," Aluminum Company of America, Alcoa Laboratories, Alcoa Center, PA,
Data Submitted by Alcoa, Reynolds Metals, Kaiser Aluminum, and Martin Marietta
Aluminum and Prepared for Metal Properties council, Inc., August 1979.
NC003
2024
2124
Kic; da/dN
Kic; da/dN
Chanini, G. R., et al., "Methodology for Evaluation of Fatigue Crack-Growth Resistance
of Aluminum Alloys Under Spectrum Loading," Northrop Corporation, Aircraft
Division, Hawthorne, CA, Contract No. N00019-80-C-0427, April 1982.
RA001
2124
K*
Summary of Plane-Strain Fracture Toughness and Notch-Tensile Tests-Reynolds
Metals Company, Metallurgical Research Division, Richmond, VA,
Project 36-KFP-3M04, September 1978 - June 1980.
7-730
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
RA002
2124
K^
Summary of Plane-Strain Fracture Toughness and Notch-Tensile Tests-Reynolds
Metals Company, Metallurgical Research Division, Richmond, VA, Project 38-KFP,
November 1978.
RI003
2219
a-vs-N; da/dN
Chang, J. B., and Stolpestad, J. H., "Improved Methods for Predicting Spectrum
Loading Effects - Phase I Report, Volume II - Test Data," Rockwell International
Corporation, Los Angeles Division, Los Angeles, CA, Report AFFDL-TR-79-3036,
March 1978.
RI006
2024
2124
2219
K,,
Kfr
K,.
Ferguson, R. R., and Berryman, R. C, "Fracture Mechanics Evaluation of B-l
Materials," Rockwell International, B-l Division, Los Angeles, CA,
Contract No. F33657-70-C-0800, Report No. AFML-TR-76-137, October 1976.
SW001
2024
Kjc; a-vs-N; da/dN
Data submitted by Mr. Jack Fitzgerald, Southwest Research Institute, San Antonio,
TX.
UD004
2419
K*; da/dN
Ruschau, J. J., "Mechanical Property Data for Aluminum Alloy 2419-T851 Plate,"
University of Dayton Research Institute, Dayton, OH, Contract No. F33615-74-C-5025,
Report No. AFML-TR-75-136, September 1975.
UD005
2124
Kfcj da/dN
Ruschau, J. J., "Complete Fatigue Crack Growth Rate Curves for Aluminum Alloy
2124-T851 Including Typical Crack Growth Models," University of Dayton Research
Institute, Dayton, OH, Contract No. F33615-78-C-5002, Report No. AFML-TR-78-155,
November 1978.
7-731
TABLE 7.20 (CONTINUED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
UD006
2024
da/dN
Ruschau, J. J., "The Effect of Negative R-Ratio on Fatigue Crack Growth Rate
Properties for Aluminum 7075-T73 and 2024-T3," University of Dayton Research
Institute, Dayton, OH, Contract No. F33615-78-C-5002, Technical Memorandum
UDR-TM-80-07, March 1980.
UD009
2024
da/dN
Cervay, R. R., "An Empirical Model for Load Ratio and Test Temperature Effects on
the Fatigue Crack Growth Rate of Aluminum Alloy 2024-T351," University of Dayton,
OH, Contract No. F33615-80-C-5011, Report No. AFWAL-TR-82-4025, March 1982.
UD010
2219
a-vs-N; da/dN
Miller, M. S., and Gallagher, J. P., "An Analysis of Several Fatigue Crack Growth Rate
(FCGR) Descriptions," University of Dayton Research Institute, Dayton, OH.
WL001
2091
a-vs-N; da/dN
Phillips, M. A., and Thompson, S. R., "The Mechanical Property Data Base From an
Air Force/Industry Cooperative Test Program on Advanced Aluminum Alloys,"
Wright Patterson Materials Laboratory, WPAFB, Dayton, OH, 45433-6533,
Report WRDC-TR-90-4072, June 1990.
WL002
AL905XL
IN905XL
a-vs-N; da/dN
a-vs-N; da/dN
Phillips, M. A., and Thompson, S. R., "The Mechanical Property Data Base From And
Air Force/Industry Cooperative Tests Program on Advanced Aluminum Alloys
(IN905XL and AL905XL Forgings)," Wright Patterson Materials Laboratory, WPAFB,
Dayton, OH, 45433-6533, Report WL-TR-91-4132, December 1991.
WL006
A357
a-vs-N; da/dN
Tirpak, J. D., "The Variability of Fatigue Crack Growth Life of Aluminum Casting
Alloy A357-T6," AFWAL Materials Laboratory (ASWAL/MLSE), Wright-Patterson
AFB, OH, 45433-6533, Report AFWAL-TR-86-4115, July 1986.
7-732
TABLE 7.20 (CONCLUDED)
REFERENCES FOR THE 2000 SERIES ALUMINUM ALLOY DATA
WL007
A201
A357
a-vs-N;da/dN
a-vs-N; da/dN
Tirpak, J. D., "Constant-Load-Amplitude Fatigue Crack Growth Testing
of Cast Aluminum Alloys A201-T7 and A357-T6," AFWAL
Laboratory(AFWAL/MLSAO, Wright-Patterson AFB, OH, 45433-6533,
Report AFWAL-TR-85-4096, November 1985.
WL008
A201
A357
Materials
a-vs-N; da/dN
a-vs-N; da/dN
Tirpak, J. D., "Elevated Temperature of Cast Aluminum Alloys A201-T7 and A357-T6,"
AFWAL Materials Laboratory(AFWAL/MLSE), Wright-Patterson AFB, OH,
45433-6533, Report AFWAL-TR-85-4114, November 1985.
7-733