Plastics Engineered Product Design Episode 3 ppsx
Plastics Engineered Product Design Part 2 ppsx
... have
22
Plastics Engineered Product Design
on. The chemical structure and nature of plastics have a significant
relationship both
to
properties and
the
ways they can bc processed,
designed, ... to produce openings without side action
movements
f
PARTING
LINE
SIDE
MEW
OF
PART
PARTING
LINE.
32
Plastics Engineered Product Design
Pressure is ofken involv...
Plastics Engineered Product Design Part 12 ppsx
... one of the broad product headings gets one into the listings
of
the individual companies themselves, where, if available, one can
448
Plastics Engineered Product Design
-
12.
Eliminate ... processes
Materials
Primary equipment
Mold design
Process controls
Auxiliary equipment
Troubleshooting
Testing
420
Plastics Engineered Product Design
metalworking perm...
Plastics Engineered Product Design Episode 1 pdf
...
70
71
73
74
75
76
78
80
83
84
86
86
87
88
89
91
92
97
10 1
10 2
10 4
10 5
10 6
10 9
10 9
11 0
11 1
11 3
11 3
11 5
11 5
11 6
12 0
12 6
12 9
12 9
13 0
13 0
13 2
13 5
8
Plastics ...
15 4
15 4
15 5
15 6
15 7
15 7
15 8
15 9
15 9
15 9
16 1
16 1
16 5
16 7
16 8
17 0
17 0
17 1
17 2
17 3
1 74
1 74
17 7
17 7
17 8
18 0
18 9
19...
Plastics Engineered Product Design Episode 2 pps
...
Polyester
Polytetrafluoroethylene
Silicone
- 120
-22
-25
95
1 50
85
-20
-20
-80
50
110
-115
- 120
-184
-6
-13
20 3
3 02
185
-4
-4
-1 12
122
23 0
-175
-184
~
Figure
1.7
Thermoplastic ... start of production, analyze complete design (again1
to
change
design/ production/safety
factors in order to reduce costs
t
36
Plastics
Engineered Product...
Plastics Engineered Product Design Episode 3 ppsx
... of elastic and viscous behavior of plastics.
In the plastic, strain increases with longer loading times and higher
62
Plastics Engineered Product Design
Design
Approach
The acquisition ...
An
example
is
in
the
comparison
of
different plastics during quality control.
88
Plastics Engineered Product Design
y_*_D_^___-*
product could be damaged quickly or af...
Plastics Engineered Product Design Episode 4 docx
...
-
v120,)
E22
1
e,
=
-
6,
G
(2 -42 )
(2 -43 )
(2 -44 )
(2 -45 )
(2 -46 )
Substituting
Eq.
2-35, 2-36,
and
2-37
into
2 -44 , 2 -45 ,
and
2 -46
results in,
e,
=
-
(cos2
6-
v12 sin2 ...
=
E22
1
e,
=
-
(sin
@cos
6)ol
G
(2 -47 )
(2 -48 )
(2 -49 )
Finally, substituting
Eqs.
2 -47 , 2 -48 ,
and
2 -49
and
2 -41 , 2 -42 ,
and
2 -43
into
Eqs.
2-29,2...
Plastics Engineered Product Design Episode 5 pps
...
3,100
3,000
2,400
19,300
1,200
1,400
3,100
2 ,50 0
2,800
55
69
61
72
82
62
30
35
25
70
2 .5
12
12
5
20
12
6
a
a
75
75
60
5. 4
60
90
600
400
60
100
on
or under the ... thermoplastics
Plastic
Poisson‘s
Shear
modulus
Shear
stress
ra
tio
MPa
MPa
ABS
0. 35 9 65 51.2
0.36 660 30.0
Acetal homopolymer
0. 35 1340 65. 5
Acetal copolym...
Plastics Engineered Product Design Episode 6 doc
...
2 56 171
128 102
85 64 43
288
192 144
115 96 72 48
320 213
160 128
107 80 53
384
2 56 192
154
128 96 64
4 16 277
2 06 166
139 104 69
Most failures with the slender columns occur ... function.
Redesign
the
product if necessary based on the prototype testing.
Retest.
15.
Make field tests.
16.
Add instructions
for
use.
194
Plastics Engineered Product...
Plastics Engineered Product Design 1 Episode 7 pot
... weight
6800
4 41
0
640
2 910
460
510
10 70
a60
18 00
9640
4420
16 50
15 70
10 60
21 200
59000
11 .5
7. 5
1. 1
4.9
0.8
0.9
1. 5
3.0
16 .3
7. 5
2.8
2 .7
1. 8
35.9
10 0.0
1
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z
RP ...
Light
shock
1. 25 1. 5
1
.oo
0.80
Medium
shock
1. 5 1. 75 1. 25
1
.oo
Heavy shock
1. 75 2.00 1. 5 1. 25
232
Plastics Engineered Product De...
Plastics Engineered Product Design 1 Episode 8 pptx
... Max. shear
twist (degree)
deflection (in.) stress (ksi)
stress (ksi)
design
10
1. 14
11 .5
3.93
design
(ssl
10 1. 31 15.6 4.09
The maximum bending stresses occur at the center of the spring ...
twist (degree)
deflection (in.) stress (ksi)
stress (ksi)
design
(5)
19 1. 83
11 .5 6.05
design
(SI
23.6
2.40
15 .6 7. 38
The angle
of
twist and the maximum shear st...
Plastics Engineered Product Design 1 Episode 9 pptx
...
1
=
30,000,000
€2
=
1, 000,000
(4-5 41
[30,000,000)(2.7
X
10 -6)b
=
1
,OOO,OOO(ff /12 )6
81. 92
=
(h3 /12 )X
lo6
h
=
0. 099 ”
P
=
9. 83
x
10 -4
While this increase in thickness may ... SYSTEM
11 .ARTIFICIAL BLOOD
12 . INTRAAORTIC BALLOON
13 . ANGIOPLASTY CATHETER
14 .
VASCULAR QRAFTS
15 . SUTURES
16 .
POSTMASTECTOMY
17 .
ARTIFICIAL HIP, KNEE
18 . ART...
Plastics Engineered Product Design 1 Episode 12 pot
...
back to
19 16.
The beginning
of
TQM is during the
19 40s,
when such
figures as
W.
E.
Deming took an active role. In subsequent years, the
426
Plastics Engineered Product Design
While ... properties. Thus the designer can
interpret the test results in order
to
make the proper evaluation in
selecting a material for a specific product.
420
Plastics Engineered Pr...
Plastics Engineered Product Design 1 Episode 14 ppsx
... processing versatility. They
present creative designers with endless new and unusual product
opportunities.
508
Plastics Engineered Product Design
Balanced construction
In woven
RPs,
equal ...
greatest
19 *
century mathematician, twice failed the entry exam for the
528
Plastics Engineered Product Design
polyethylene plastic or condensation of phenol
and
forma...
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