Composite Materials Handbook Part 2 pot
Composite Materials Handbook Part 2 pot
... (thermochemical)/in.
2
-s watt/meter
2
(W/m
2
) 1.634 24 6 E+06
Btu-in/(s-ft
2
-°F) W/(m K) 5.1 92 204 E+ 02
Btu/lb F Joule/gram-Kelvin 4.1868**
(or Btu#lb.
-1
#F
-1
)(J/g#K) or J#g
-1
#K
-1
)
Btu/[(hr)(ft
2
)(F)/ft] ... 3.048 000 E-01
ft
2
m
2
9 .29 0 304 E- 02
foot/second meter/second (m/s) 3.048 000 E-01
ft/s
2
m/s
2
3.048 000 E-01
inch meter (m) 2. 540 000 E- 02
in...
Composite Materials Handbook Part 1 pot
... MATERIALS 31
1 .2. 3.1 Role of matrix materials 32
1 .2. 3 .2 Forms of matrix materials 32
1 .2. 3.3 Types of matrix materials 32
1 .2. 3.3.1 Aluminum 33
1 .2. 3.3 .2 Copper 34
1 .2. 3.3.3 Iron 34
1 .2. 3.3.4 Magnesium ... 18
REFERENCES 30
1 .2 INTRODUCTION TO MMC MATERIALS 31
1 .2. 1 INTRODUCTION 31
1 .2. 2 MMC SYSTEMS 31
1 .2. 2.1 Systems definitions 31
1 .2. 2 .2 Distincti...
Composite Materials Handbook Part 7 pot
... state.
1.4 .2. 17
Bearing fatigue
1.4 .2. 18
Open hole fatigue
1.4 .2. 19
Filled hole fatigue
1.4 .2. 20
Corrosion fatigue
1.4 .2. 21
Stress corrosion cracking
1.4 .2. 22
Wear
1.4 .2. 23
Impact
1.4 .2. 24
... McMeeking, R.M. and Evans, A.G., “Matrix Fatigue Cracking in Fiber Composites,”
Mechanics of Materials
, Vol 9, 1990, pp. 21 7 -22 7.
1.4 .2. 5(d) Rose, L.R.F., “Crack...
Composite Materials Handbook Part 12 pps
... -
1 621 5_F B934 027 75 8.3x10-5 12. 1 - - 1 12 122 22 .1 39.5 HIP Sheet 5 ksi Helium -
1 621 2_C B934 027 75 8.3x10-5 12 - - 116 125 16.8 22 HIP Sheet 5 ksi Hydrogen -
1 621 3_D B934 027 75 8.3x10-5 12. 5 ... -
V700-1 87H? 75 2x10-3 13 111 117 124 127 20 .2 - HIP Foil air -
1 621 1_B B934 027 75 8.3x10-5 12. 4 - - 114 124 20 .7 37.8 HIP Sheet 5 ksi Helium -
1 621 0_A B934 027 75 8.3x1...
Composite Materials Handbook Part 3 pptx
... SYSTEMS
1 .2. 2.1
Systems definitions
1 .2. 2 .2
Distinction from other materials/ composites
1 .2. 3
MATRIX MATERIALS
Metals are extremely versatile engineering materials. A metallic material can exhibit ... composition.
1 .2. 3.3 .2
Copper
This section is reserved for future use.
1 .2. 3.3.3
Iron
This section is reserved for future use.
MIL-HDBK-17-4
52
REFERENCES
1.1.6(a) M...
Composite Materials Handbook Part 4 docx
... treatments
1 .2. 9
QUALITY ASSURANCE
1 .2. 9.1
Constituents
1 .2. 9 .2
Preform
1 .2. 9.3
Final product
1 .2. 9.4
Statistical process control
1 .2. 10
REPAIR
1 .2. 10.1
In-process
1 .2. 10 .2
In-service
MIL-HDBK-17-4
65
potential ... the
MIL-HDBK-17-4
5;
1 .2. 7 .2
Standard
1 .2. 7.3
Selectively reinforced components
1 .2. 8
SECONDARY MANUFACTURING PROCESSES
1 .2. 8.1
O...
Composite Materials Handbook Part 5 pdf
... Number of
Tests per
condition
TMF in-phase (IP) L 2 3 2 12
TMF in-phase (IP) T 2 3 2 12
TMF out-of-phase (OP) L 2 3 2 12
TMF out-of-phase (OP) T 2 3 2 12
Tensile (after thermal cycling) L 5 - 6 30
Tensile ... PROPERTIES
1.3.5.1
Composite materials characterization
1.3.5.1.1
Screening
1.3.5.1 .2
Acceptance testing of composite materials
1.3.5.1 .2. 1
Composit...
Composite Materials Handbook Part 8 docx
... casting
2. 3.5 .2
Wrought MMC
2. 3.5 .2. 1
Sheet and plate products
2. 3.5 .2. 2
Extruded products
2. 3.5 .2. 3
Forged products
2. 4
DESIGN GUIDELINES - JOINING
2. 4.1
CONTINUOUS FIBER REINFORCED MMC
2. 4 .2
... OF SECTION 2
2 .2
USE OF DATA
2. 3
STRUCTURAL DESIGN AND ANALYSIS
2. 3.1
INTRODUCTION
2. 3 .2
GENERAL DESIGN GUIDELINES
2. 3.3
DESIGN GUIDELINES –...
Composite Materials Handbook Part 9 pptx
... 127
C.V.(%) 1.83
B-value (2)
F
tu
Distribution ANOVA
(ksi) C
1
2. 89
C
2
12. 9
No. Specimens 7
No. Lots 2
Approval Class Screening
Mean 12. 4 12. 3 11.4
Minimum 11.9 12. 0
Maximum 13.0 12. 6
E
t
C.V.(%) 3.39
(Msi) ... Ratio/Strain-to-failure/Proportional
Limit/0. 02- offset-strength/0 .2- offset-strength.
* Raw data tables are presented in Appendix B.
MIL-HDBK-17-4
123
0
20
40
60
8...
Composite Materials Handbook Part 11 ppt
... thickness for SCS-6/Ti -24 -11 (Section 1.4 .2. 13.1).
Specimen thickness
(mm)
Debond load
(N)
.149 4.56
.21 1 6.06
.3 12 15.6
. 322 14.3
.343 15.8
.3 82 19.6
.414 18.8
.4 52 21.8
.483 26 .8
.534 31.8
.569 ... punches (Section 1.4 .2. 13.1).
Punch Dia. (mm) Failure Load (N)
25 2
50 5
75 20
100 40
115 50-55
127 60-70
MIL-HDBK-17-4
148
0
50
100
150
20 0
25 0
-0.0035 -0.003 -0.0 02...