Woven Fabric Engineering Part 7 potx
Woven Fabric Engineering Part 7 potx
... 500 600 70 0 800
Yarn count (w
p
+w
f
denier)
Weave density coefficient
40
20
19
16
4
89
79
77
21
88
86
65
64
49
1
82
4654
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
... Woven Fabric
193
Grosberg, P...
Woven Fabric Engineering Part 6 potx
... 6452 .75 2 0.949635
5 12120.4 66 577 14 0.88593 12905.09 71 21.598 0.8 878 04
6 10212. 87 5989459 0.900652 13256.95 71 98.211 0.884492
7 1 177 2.05 6 277 868 0.8 877 77 24 378 .05 11 87. 689 0.808354
8 13014 .74 ... 24 378 .05 11 87. 689 0.808354
8 13014 .74 74 261 07 0. 871 812 28423.24 1 272 .77 8 0 .73 26 97
9 11243.09 6145195 0.894136 1 673 6.9 9 074 .5 97 0.852666
10 1905...
Woven Fabric Engineering Part 1 doc
... be obtained from publication@sciyo.com
Woven Fabric Engineering, Edited by Prof. Dr. Polona Dobnik Dubrovski
p. cm.
ISBN 978 -953-3 07- 194 -7
Woven Fabric Engineering
16
In Fig. 13 is shown ... on woven fabric engineering, which is an important phase
by a new fabric development predominantly based on the research work and also experiences.
For the fabric producer...
Woven Fabric Engineering Part 2 doc
... 332. 87 2 .74 78 .14 30.53 1.24
12 T2/2
SPF
8 17. 92 1.8 6.98 2. 97 340.38 4.88 78 .79 33.19 4.93
13 PL 8 57. 76 5.39 15.16 2.52 474 .14 2.64 85 .76 16.16 1 .77
14 BW 76 6.48 4.11 7. 13 4.04 424.42 5 .75 ... 4.43 7. 83 2.68 350.98 2.42 59.69 21.99 2 .74
5 PL 9 07. 77 3.44 15.82 2.51 376 .91 3.91 63. 67 44.14 4.36
6 BW 79 6.93 3.13 7. 58 2 .79 370 .18 1.44 65. 17 44.29 2.9...
Woven Fabric Engineering Part 5 ppt
... Res. J., 74 (9), pp 75 7 -76 3.
Beltran R., Wang L. & Wang X. (2005). Predicting the Pilling Propensity of Fabrics through
Artificial Neural Network Modeling, Text. Res. J., 75 (7) , pp 5 57- 561. ... networks. Chemical Engineering Science,
55, pp. 276 7- 277 8.
Çay A., Vassiliadis S., Rangoussi M. & Tarakçıoğlu I. (20 07) . Prediction of the Air
Permeability of Woven Fabr...
Woven Fabric Engineering Part 8 pdf
...
Neps
+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 2 373 6368 573 8
Table 2. Selected parameters ... Jirásková, P. (20 07) : Influence of weft sett on course of area variation curve on
woven fabric, Proceedings of 6
th
international conference TEXSCI 20 07, CD-rom edition,
ISBN 978...
Woven Fabric Engineering Part 10 pot
... 20.13 66.06 30.00 1364. 67 786.29 2.50
Standard deviation 7. 77 13 .75 10.19 664.13 461.38 1.19
Minimum 4 .76 23.81 8.82 2 87. 12 61. 07 1.04
Maximum 34.92 87. 3 46.91 2519.68 172 7.43 6.86
Total 68233.43 ... 0. 572 41.916 4859 7. 75
7 14-16 15 0.649 74 .346 877 0 13.82
8 12-14 13 0 .74 8 113.669 11324 17. 70
9 10-12 11 0.884 1 57. 730 10611 16.59
10 8-10 9 1.081 219.088 24...
Woven Fabric Engineering Part 12 doc
...
61 -71 71 -75 70 ,2 -74 ,4 53- 57 67- 78 82 ,7
Hemicellulose
13,6-20,4 18,6-20,6 17, 9-22,4 15-19 10-14,2 5 ,7
Lignin
12-13 2,2 3 ,7- 5 ,7 5,9-9,3 8-11 -
Pectin
0,2 2,2 0,9 - 10 -
Others
- 3,8 6,1 7, 9 ... Improving Woven Fabric
315
Enderlig, R., (1988). US Patent 4,9 07, 310
Englert, R.D., Berriman, L.P. (1 974 ), Curing chemically treated cellulosic fabrics, US Pate...
Woven Fabric Engineering Part 13 docx
... 42.6 72 .8 3103 35681 83
S -73 7. 3 2.0 55 45.5 68.3 3109 3 575 0 83
S -74 7. 3 2.0 46 37. 9 78 .2 2964 34083 82
S -75 8.4 2.4 72 53 .7 76.95 4133 39604 75
S -76 8.4 2.4 81 69.4 61.03 4235 40582 86
S -77 ... Difference [%]
S- 67 3259 436 47 2686 35 973 - 17. 6
S-68 3682 49313 - - - 27. 1
S-69 3520 471 43 - - -23 .7
S -75 371 8 54035 2890 42002 -22.3
S -76 4 170 60604 - - -...
Woven Fabric Engineering Part 14 pptx
... 25-28th November 2009, Vienna, Austria, ISSN 172 6-9 679 , ISBN 978 -3-901509 -70 -
4, Editor Branko Katalinic, pp.14 17- 1418.
Woven Fabric Engineering
370
a. Coated specimens b. Uncoated specimens ... (Fig. 10 and 12);
Woven Fabric Engineering
382
Specimen No. 1 2 3 4 5
vmax at max. load 22.143 29.513 19.984 39.3 87 31.504
vmax at final of the flexural test 58....