Castings 2 Episode 5 pps
Castings 2 Episode 5 pps
...
157 0
1
o
1 620
I
10
50 0
E
E
400
$
300
5
20 0
0
2
4
6
8
Strip thickness, mm
a
LM 251 1 .5 mm
0
LM 25 12. 5 mm
A
LM 251 3 .5 mm
A
LM 251 6 .5 mm
0
LM 251 6 .5 mm
GR
+
A17Si/l .5 ... mm
GR
+
A17Si/l .5 mm
A17Sil3 .5 mm
+
A17SiI6 .5 mm
-
3 .5 mm
-
2. 5 mm
-
-0
50
100
150 20 0
o
1 52 0
100:
-
0
EO'L
,
, ,
,
,
, ,...
Castings 2 Episode 7 ppsx
... points
in brackets) (Campbell
1969).
Castings 2 Episode 9 pps
...
034
6493
25 25
25 50
18
28 0
8180
83 82
821 0
11
020
726 5
-
-
-
-
-
1 655
6646
7166
970
1
653 5
-
-
-
7.14
5. 47
5 .26
5. 30
5. 1
1
3 .22
3.16
2. 74
2. 6
2. 54
2. 2
4.00
4.10 ...
1063
14 95
1083
1 453
327
153 6
181
97
64
303
321
65
1
420
787
156
23 2
27
1
63
1
1410
23 68
17 380
7 750
7938
7790
IO
6 65...
Castings 2 Episode 10 ppsx
... over
2 4
8
16 32 64
25 0
1000 10 20
40
80
160
scales)
decades at
20 %.
Data from Street
Years at
20 °C
(1977).
Days at
20 °C
ZA
27
alloy
Data from
20 °C
-
Data from
95 C
5
0.06 ... cavity are
summarized in Figure 7 .26 . Without exception, all
22 0
Castings
16°C 20 -33°C 35 C
(a)
(b)
(c)
Figure
7. 15
Cross-section of
25
mm diameter wax
casting...
Castings 2 Episode 12 pps
...
(Hays
et
al.
20 00).
28 0
Castings
ZI
s200t
,,'
/-
r
-
D
2
c
VI
a,
VI
-
._
I
5
150
E
3
a,
m
c
._
-
-
h
a"
100
5
VI
2
8
50
a
c
L
2
e
Layer
1:""; ... and 20 2 -20 4
70
interpolated
3
hour
8
60
?
1?
50
0
2
40
.
0)
carbon steels
c
3
30
20
10
0
0
100
20 0
300
400
50 0
600
700 800
Temperature
(...
Gas Turbine Engineering Handbook 2 Episode 5 pps
... e
Àc=2mt
C
1
e
i
k
m
À
c
2
4m
2
p
C
2
e
Ài
k
m
À
c
2
4m
2
p
45
Figure 5- 8. Critical damping decay.
Rotor Dynamics 1 85
//INTEGRA/B&H/GTE/FINAL (26 -10-01)/CHAPTER 5. 3D ± 20 2 ± [178 21 8/41] 29 .10 .20 01 ... m!
2
2
c!
2
q
5 -22
tan
c!
k À m!
2
5 -23
The nondimensional form of D and can be written as
D
F=k
...
Seamanship Techniques 2 Episode 5 pps
... temperature)
°F
74
72
70
68
66
64
62
60
58
123 456 7891011 121 314 151 617
Figure 6 .24 Hold temperature and outside Dewpoint temperature graph.
180 Seamanship Techniques
TOTALLY ENCLOSED SURVIVAL CRAFT
These craft (Figure 7. 12) are ... craft, as built by Aberglen–Welin, is as follows:
Capacity Length (m) Speed (knots)
21 6 .2 6
35 7.3 6
50 8.0 6
66 8. 75 6
Speeds can be increas...
Dimensioning and Tolerancing Handbook Episode 2 Part 5 ppsx
... 2. 8067E- 02 2.7 429 E- 02 2.6804E- 02 2.6190E- 02 2 .55 88E- 02 2.4998E- 02 2.4419E- 02 2.3 852 E- 02 2. 329 6E- 02
2 2. 2 750 E- 02 2 .22 16E- 02 2.1692E- 02 2.1178E- 02 2.0675E- 02 2.0182E- 02 1.9699E- 02 1. 922 6E- 02 1.8763E- 02 ... 9.9739E- 05 9 .58 68E- 05 9 .21 38E- 05 8. 854 6E- 05 8 .50 86E- 05 8.1 753 E- 05 7. 854 3E- 05 7 .54 53E- 05
3.8 7 .24 77E- 05...
Process Engineering Equipment Handbook Episode 2 Part 5 pps
... air
4
SO
2
, tonnes/kg 33 0.030 37 0.037
NO
x
, tonnes/kg 179 0.16 1 42 0.14
Particles, tonnes/kg 78 0.071 95 0.0 95
CO
2
fossil, tonnes/kg 6,810 6 .2 4, 850 4.9
CO
2
biogenic, tonnes/kg 97 ,50 0 89 82, 600 ... 2
233 0 .21 20 0 0 .20
Externally supplied energy
Fossil fuels, TJ/GJ 90 0.0 82 73 10.073
Purchased thermal energy, TJ/GJ
3
194 0.18 23 4 0 .23
Purchased electricity,...
Metal Machining - Theory and Applications Episode 2 Part 5 ppsx
... d
R
)
2
– (r
w
– d
e
)
2
= R
2
– (R – d
e
)
2
}
(9.9a)
for a convex survace (r
w
+ d
R
)
2
– (r
w
+ d
e
)
2
= R
2
– (R – d
e
)
2
Hence
d
e
2r
w
– d
R
for a concave surface c
r
= — = ————
d
R
2r
w
– ... relation
n
3
(n
1
– n
2
)1 – n
1
/n
2
m
1
|
—–———
|
= ———— < —— < 1 (9 .29 b)
n
2
(n
3
– n
1
)1 – n
1
/n
3
m
2
Thus, even if the constraint C9′ or C10 in equations...
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