Woven Fabric Engineering Part 5 ppt
Woven Fabric Engineering Part 5 ppt
... 0, 359
C2 -0,3920 0 ,56 94 -0,69 0,497
C3 -0, 355 1 0,3 655 -0,97 0,340
S = 5, 59416 R-Sq = 84,0% R-Sq(adj) = 82,2%
Analysis of Variance
Source DF SS MS F P
Regression 3 42 85, 9 1428,6 45, 65 ... 19, No 1, pp 18- 35.
Woven Fabric Engineering
116
2.6 Nonwovens
The nonwoven is a specific category of fabrics, made directly of fibres and not of yarns. The
nonwoven fab...
Woven Fabric Engineering Part 14 pptx
... load 22.143 29 .51 3 19.984 39.387 31 .50 4
vmax at final of the flexural test 58 .674 54 .59 2 59 .396 59 .400 59 .396
vmax after ≈ 30 minutes after test
7.1 5. 2 5. 8 4.1 5. 7
Table 4. Maximum values of ... LY 55 4 composites after immersion in water
than in case of the other two environments (Fig. 10 and 12);
Woven Fabric Engineering
382
Specimen No. 1 2 3 4 5
v...
Advanced Biomedical Engineering Part 5 ppt
...
100
1 2 3 4 5 6 7 8 9
-8 .5
-8
-7 .5
-7
-6 .5
-6
-5. 5
-5
-4 .5
log
2
Energy Density
log
2
T Mean Period
Energy Density - Mean Period of Unfiltered MIT-BIH ECG Record
fit
95% prediction bounds
log_energy_y_density ... log_average_y_period
1 2 3 4 5 6 7 8 9
-8 .5
-8
-7 .5
-7
-6 .5
-6
-5. 5
-5
-4 .5
log
2
Energy Density
log
2
Mean Period
Energy Density - Mean Peri...
New Trends and Developments in Automotive System Engineering Part 5 pptx
... cycle temperature, and strain is zero at 450
°
C, as indicated in
Figure 10.
-0, 15 -0,10 -0, 05 0,00 0, 05 0,10 0, 15 0,20
250
300
350
400
450
50 0
55 0
600
650
Alloy
A (ε
m
=0.4%)
Temperature ... [%]
250
300
350
400
450
50 0
55 0
600
650
Temperature [°C]
(A)
0 20 40 60 80 100 120
-0,2
-0,1
0,0
0,1
0,2
Alloy A
Total Strain
Temperature
Time [s]
ε
T...
Woven Fabric Engineering Part 1 doc
... 1 35
Jeng-Jong Lin
Prediction of Fabric Tensile Strength
by Modelling the Woven Fabric 155
Mithat Zeydan
Data Base System on the Fabric Structural Design
and Mechanical Property of Woven Fabric ... be obtained from publication@sciyo.com
Woven Fabric Engineering, Edited by Prof. Dr. Polona Dobnik Dubrovski
p. cm.
ISBN 978- 953 -307-194-7
Woven Fabric Engineering...
Woven Fabric Engineering Part 2 doc
... (mm)
38–76 25 45 30–180
32– 150 38–76
3 .5 10
6
–
9⋅10
6
50 –200
Fineness (dtex) 1.3 5. 6 1.2–2.8 1.3– 25 1.3–22 0.9–3 1–3 .5 4–20
Dry tenacity
(cN/dtex)
2.33 1.9–3.1 1 .5 3.0 3.2 5. 5 3–7 3–6.8 ...
(cN/tex)
E (%) CV
1 PL 903. 75 1.24 13. 95 2.06 322.13 3.3 54 .78 19 .58 4.26
2 BW 779.27 2.39 7.48 2 .53 334.68 4.31 55 .34 19.18 4.4
3 T1/3 8 15. 44 3.18 7.98 3.44 326. 05...
Woven Fabric Engineering Part 6 potx
... R
1 55 939.1 1783289 0 .55 8749 43301.66 1676.322 0 .55 24 95
2 151 46.21 87292 15 0.88216 12243.38 7986.922 0.871783
3 59 53217,0 460774 0. 956 546
44 85. 351
52 24.486 0.947723
4 8482484,0 6068 052 0.94131 ... 6 852 .638 6 452 . 752 0.9496 35
5 12120.4 6 657 714 0.8 859 3 129 05. 09 7121 .59 8 0.887804
6 10212.87 59 89 459 0.900 652 13 256 . 95 7198.211 0.884492
7 11772. 05...
Woven Fabric Engineering Part 7 potx
... coefficient
40
20
19
16
4
89
79
77
21
88
86
65
64
49
1
82
4 654
56
97
57
91
71
58
55
38
34
90
51
50
96
92
99
95
93
83
73
72
70
69
62
61
59
53
48
35
33
98
81
84
74
52
76
60
11
10
9
3
39
7
6
41
45
30
8
36
15
31
18
12
42
24
78
87
68
44
32
22
66
29
23
47
Twill
Plain
Satin
... in figure 5.
Verification of TDOE results with GA-ANN
1 250
1300
1 350
1400
1 450
150 0...
Woven Fabric Engineering Part 8 pdf
...
+280%
[1/km]
3396 10,86 13,71 4,29 3,93 3,70 2 ,5 57 ,5 42 ,5
3398 11,13 14,17 7,98 6,79 5, 18 2 ,5 77 ,5 57 ,5
4192 25, 30 38,02 3,43 2, 75 2,48 2373 6368 57 38
Table 2. Selected parameters of yarn mass ... [tex]
Raw
material
Satin 1/7 (5)
Twill ½ (Z)
Twill 5/ 5 (Z)
Plain
Hopsack 2/2
350 388 14 ,5 100%CO
Table 3. Selected parameters of used woven fabrics
The fab...
Woven Fabric Engineering Part 10 pot
...
UPF ratings
15 to 24
Good protection 6,7 to 4,2 15, 20
25 to 39
Very good protection 4,1 to 2,6 25, 30, 35
40 to 50 , 50 +
Excellent protection < or = 2 ,5 40, 45, 50 , 50 +
Table 3. UPF ...
2 24-26 25 0.389 2.1 15 184 0.19
3 22-24 23 0.423 4.412 388 0 .57
4 20-22 21 0.463 9.833 1029 1.61
5 18-20 19 0 .51 2 21 .50 4 2488 3.97
6 16-18 17 0 .57 2 41.916 4 859 7. 75...