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The Application of Textiles in Rubber(《橡胶的织物增强》的原版)

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The Application of Textiles in Rubber(《橡胶的织物增强》的原版)
) ~2 h" E8 z0 y1 t& ?1 iContents
: O* C$ l! W# D; m. D9 aPreface ................................................................................................................... 1
: |. z5 g8 J; F9 b1 G1 Historical Background ..................................................................................... 3
( N) I" z, L7 X+ \1 OIntroduction ..................................................................................................... 3* c6 Y; D' L. f. y
1.1 The Textile Industry ................................................................................ 3# x5 T1 v& s  E  x
1.2 The Rubber Industry............................................................................... 6$ \, ~1 O2 L$ x
1.3 Textile and Rubber Composites ............................................................ 10/ o6 J1 {; u3 t4 l
References ...................................................................................................... 136 Y, s2 y/ T4 K$ Q# h' J
2 Production and Properties of Textile Yarns .................................................... 158 e5 ~7 e/ P9 S7 f' X
Introduction ................................................................................................... 15
( K! C$ }! V; B2 ?3 X  ]2.1 Production Methods for Textile Fibres ................................................. 15
! i& f: |" u. |* ~* l1 v. l2.1.1 Cotton ...................................................................................... 15
0 d- t1 c* S5 i/ n2 {2.1.2 Rayon ....................................................................................... 214 ^' ]& {* S$ x( v" R* |
2.1.3 Nylon ....................................................................................... 24* Q0 L: M- f4 Z1 A
2.1.4 Polyester ................................................................................... 26; o/ p3 K8 |5 T1 l
2.1.5 Aramid ..................................................................................... 28& F% _& E7 i8 |0 ^
2.2 General Characteristics of Textile Fibres .................................................. 30
( w5 N' M$ @% ?$ U1 t4 h! n2 S7 h2.2.1 Cotton ...................................................................................... 30# W0 l: Y/ i5 `% X- W6 X0 i
2.2.2 Rayon ....................................................................................... 32
8 i! Z& v4 F) x$ I) o8 j3 a8 q2.2.3 Nylon ....................................................................................... 33* Q# |0 c# e2 j  v  n+ |
2.2.4 Polyester ................................................................................... 346 n: M0 j0 {4 g8 j6 G
2.2.5 Aramid ..................................................................................... 35+ J  \5 i. ]8 r1 O- y
2.3 General Physical Properties of Textile Fibres ........................................ 36  H- |2 J7 M+ ^+ u$ h, C& b2 Y
2.3.1 Cotton ...................................................................................... 36& G- x  F$ n. ?
The Application of Textiles in Rubber
( a% H+ v: K0 ?8 A0 Vii7 |6 n+ K& ]0 K/ a: Y6 E# i. a  j
2.3.2 Rayon ....................................................................................... 38
- f8 {: d. L: L% e2 ?* @8 ]2.3.3 Nylon ....................................................................................... 39
1 r% y  ]* X; _- V5 ^9 @2.3.4 Polyester ................................................................................... 40
' B" d& G$ j& ^) p+ \2.3.5 Aramid ..................................................................................... 40
% x. C. U# [- C: U. ^( OReferences ...................................................................................................... 40/ y# N, p2 I, S
3 Yarn and Cord Processes ................................................................................ 41
" V% L/ M% t4 R8 z5 }" w9 C. ^, R/ ~Introduction ................................................................................................... 41( O" ^  n/ x7 k1 c
3.1 Yarn Preparation Methods.................................................................... 41
/ [  F( ]# m) j/ u- y3.1.1 Twisting .................................................................................... 42, @* z/ E5 N. o% J4 V
3.1.2 Texturing .................................................................................. 498 J( F$ v% M9 W+ U$ F' {
3.2 Warp Preparation ................................................................................. 52
: ~% f$ K; X) a5 U9 {( m3.2.1 Direct Warping ......................................................................... 538 v( g6 M6 H; h1 k6 V/ C4 Q
3.2.2 Sectional Warping ..................................................................... 542 M2 k' }" ]! a8 ^
3.3 Sizing ....................................................................................................... 57* ]& {$ I! V; \
4 Fabric Formation and Design of Fabrics ........................................................ 59/ s5 a, B5 _  y
Introduction ................................................................................................... 59) u" I5 j3 F: |. R
4.1 Fabric Formation .................................................................................. 59
0 ~  X: o2 [# ]3 o! d4.1.1 Weaving .................................................................................... 59' s1 @4 m' A& f3 G/ O
4.1.2 Knitting .................................................................................... 64
- L5 G% a0 \. x' Y& L  D4.1.3 Non-Woven Fabrics .................................................................. 687 o4 u3 q5 y: `2 v9 U# e
4.2 The Design of Woven Fabrics ............................................................... 70
) k/ J" s9 W) ^, B  k. f* H4.2.1 Physical Property Requirements................................................ 70
7 J6 ]  Z- x% ~" q4 R$ y% P& m4.2.2 Selection of Fibre Type.............................................................. 71/ ]6 j3 x+ c+ l6 f
4.2.3 Selection of Fabric Construction ............................................... 74
  O$ Q) v( V5 I3 L% S& K5 m5 Heat-Setting and Adhesive Treatments ........................................................... 83( a9 n+ f% @+ q: H: r( g3 J" H
Introduction ................................................................................................... 83  X6 X1 U4 |6 S3 m% t4 ~! A
5.1 Heat-Setting Machinery ........................................................................ 83, `5 K8 n1 G( U8 D1 {$ d
iii
! s. J7 `  H/ X% G' X3 _5 J6 tContents
1 C9 F+ e; D  ]5.2 Heat-Setting .......................................................................................... 90
% Y  v' X/ o; R1 A5 U5.3 Adhesive Treatment .............................................................................. 94  N8 ]% L" L4 C) v2 o$ U
5.3.1 Cotton ...................................................................................... 94* K+ x2 h  c0 }6 ?" M6 ?4 m
5.3.2 Rayon ....................................................................................... 95# A$ L% Q, ]' N, L( R0 T, F. Y
5.3.3 Nylon ....................................................................................... 988 G/ E% K8 u8 g( p2 ?0 _
5.3.4 Polyester ................................................................................... 99
& K2 d! i+ M$ L: `, `5.3.5 Aramid ................................................................................... 101
2 }9 Q& H- ^9 R4 k! c/ ^6 i5.4 The In Situ Bonding System ................................................................ 1024 N' B4 [7 N2 N( N, e
5.5 Mechanisms of Adhesion .................................................................... 1030 ?. D' ^3 x' s; K" _
5.6 Environmental Factors Affecting Adhesion ......................................... 107
  F/ E7 [; o0 |8 FAppendix V Interfacial Compatibility .......................................................... 109. X* I7 ^6 k( c5 E
References .................................................................................................... 1127 J5 R5 u1 z1 h& F
6 Basic Rubber Compounding and Composite Assembly ................................ 113
. B) c; e0 T' w: M2 K/ o6 B6.1 Compounding ..................................................................................... 113
& F+ Y, N) K' R# I/ @6.1.1 Polymers ................................................................................. 113
+ i0 i* G# x3 y1 u) I8 f6.1.2 Curing Systems ....................................................................... 1140 t0 u. S8 Y* }( r7 G8 J
6.1.3 Fillers ...................................................................................... 116
' A0 h) e1 T3 X5 p6.1.4 Antidegradants ....................................................................... 117- z) u2 @, W* x. g
6.1.5 Other Compounding Ingredients ............................................ 117
/ Y4 o  \0 y& @* x6.2 Processing ........................................................................................... 117
( ~6 _: S2 v9 P1 Q2 V6.3 Composite Assembly........................................................................... 118: u$ E4 k$ L  A1 ~6 J8 V
6.3.1 Calendering ............................................................................ 118+ o6 D8 N6 b( t$ c
6.3.2 Coating ................................................................................... 124
2 k/ Z- h( U, m  l+ |References .................................................................................................... 1274 }) m6 u/ Y5 k+ l* t& \. {
7 Assessment of Adhesion ............................................................................... 129
. F( a9 u8 c' Y  M$ ]Introduction ................................................................................................. 129# C& \5 H+ I# I. \+ q+ \9 h( y
7.1 Cord Tests ........................................................................................... 1296 K8 A8 k5 c; K
The Application of Textiles in Rubber$ w5 }* W: {5 Y! f
iv4 E* v. E: P& O2 x+ ]
7.1.1 Pull-Out Tests ......................................................................... 130/ ~9 j( D) Y3 h$ t0 z
7.1.2 Cord Peel Test ......................................................................... 1304 \0 R( h, f8 P/ N  x; e
7.2 Fabric Test Methods ........................................................................... 133
3 l$ R3 y0 f# E7.3 Testing and Interpretation of Results .................................................. 138% A- ?( V4 M0 W$ Q
7.4 Adhesion Tests for Lightweight Fabrics and Coatings......................... 140
2 e& e! Q+ I9 L' ~: ^/ V- k7.5 Peeling by Dead-Weight Loading ........................................................ 142" W: o1 ~8 Y* j0 G5 a: P' \
7.6 Direct Tension Testing of Adhesion .................................................... 143
+ l2 H/ D3 }5 ]' z; K7.7 Adhesion and Fatigue Testing ............................................................. 145
# j! Y' d0 k; F( N( j8 J+ x7.8 Assessment of Penetration into the Textile Structure ........................... 146# ^7 P* ?. ?6 A" p! T1 x" L
Appendix VII: The Physics of Peeling ........................................................... 148/ |0 o7 _: X) m4 D6 _/ E; e7 |
References .................................................................................................... 153
) z* v  ?3 U7 E" j* S. U( t2 r8 Conveyor Belting ......................................................................................... 155& ~* f* C! K. ^( h% Q, N
Introduction ................................................................................................. 155" N8 k% T5 K* `) W5 |: y9 \
8.1 Belt Construction and Operation ........................................................ 1601 c/ C; H- \- l9 A9 G# K' \% B6 ?8 X
8.1.1 Carcase ................................................................................... 160
) ~! y5 x5 k0 d8.1.2 Insulation ................................................................................ 1613 n- p; X9 E' k9 e
8.1.3 Covers .................................................................................... 1628 n0 j, I; ~; ~. L+ r
8.2 Belt Design .......................................................................................... 165* |4 b! ~& c/ ?; s+ l9 V5 z
8.2.1 Plied Belting ............................................................................ 167) L3 ~2 I* X7 r# U6 y6 I8 Y, z
8.2.2 Single-Ply and Solid-Woven Belting ........................................ 1710 c7 O4 {# e0 N# c0 l# b
8.2.3 Steel Cord Belting ...................................................................... 172
$ T& W4 L' d2 G: |; m2 _" T8.3 Belting Manufacture ........................................................................... 172
* x: R+ R& r7 F. B2 L- ]6 m8.3.1 Belt Building ........................................................................... 1734 l3 x! A1 j6 @* a+ N, c# q
8.3.2 Pressing and Curing ................................................................ 173
9 w2 `* d$ ]3 \& P) g5 j& i6 `8.3.3 Belt Joining ............................................................................. 178
, W, I& m9 B9 Y$ m8.4 Belt Testing ......................................................................................... 182% h. v! t: ^0 L2 r
8.4.1 Tensile Strength and Elongation .................................... 182
2 f& |. g' e" X1 Q3 G0 W+ jv
+ u* }. R% k( b8 |2 yContents
4 I2 e2 Z# @# p5 U# z" |1 J8.4.2 Gauge ........................................................................... 183" d7 q. ]5 @, C5 X0 H( z+ f+ T
8.4.3 Adhesion ...................................................................... 183
& e* z/ c6 J8 h* b$ D! T2 J8.4.4 Abrasion ....................................................................... 183
) }8 W% v+ k* l. H% F* f, R: T* M+ V8.4.5 Troughability ................................................................ 183
. _% x0 f1 @6 L8 V) b4 H8.4.6 Fire Resistance .............................................................. 183
" g! D4 ^5 h$ E8 o# |+ wReferences .................................................................................................... 1841 F; v8 x* j7 }/ a+ [
9 Hose............................................................................................................. 1874 n. U. h. q8 S% U5 A& {% L: ?$ K
Introduction ................................................................................................. 187# L1 }6 Y  M0 ^. ~& s2 H0 k7 y
9.1 Hose Manufacture .............................................................................. 188
# }* ?& s1 h$ ]2 y$ c7 f9.1.1 Braiding .................................................................................. 188
' R/ S* i; o8 P6 ~! N9.1.2 Spiralling ................................................................................ 190+ X. H% J2 Y: L) C
9.1.3 Wrapped Hose ........................................................................ 191
- s) T1 Z5 l$ j2 q6 ]9.1.4 Knitted Hose........................................................................... 1927 o) {+ I3 C% Q0 }1 i
9.1.5 Oil Suction and Discharge Hose ............................................. 192
* ?- D0 Y( K: h9.1.6 Circular Woven Hose.............................................................. 193
- N! f% Z( D3 R/ E- lAppendix IX ................................................................................................ 195
5 Q( z3 v1 j7 H' ~  f! O2 ai. Neutral Angle .................................................................................. 195
* S! }1 Y, V* V: A7 j" Z; Vii. Bursting Pressure ....................................................................... 196
, O0 }/ m" {* K* e, h, A10 Power Transmission Belts ............................................................................. 199% I4 [  Y' B6 @9 R, v9 n
Introduction ................................................................................................. 199( x( n8 G$ g# m. W: \3 K
10.1 Main Types of Power Transmission Belts ............................................ 200) a" z: [( c+ }4 S) A, N
10.1.1 V-Belts .................................................................................... 2008 I5 M; V, ^# M% w
10.1.2 Timing Belts ............................................................................ 203
. @" }7 S% X" G0 a* M' Z10.1.3 Flat Belting ............................................................................. 203: H; w4 v/ @- h8 l- x! z$ n
10.1.4 Cut-Length Belting.................................................................. 205
) U- X6 t: D& _) C. f5 _$ b+ b10.2 Manufacture of Power Transmission Belting ...................................... 2063 d+ p3 @' R' c, a4 i
10.2.1 Manufacture of V-Belts ........................................................... 206' z0 [' b2 p4 ^  q  |  w
10.2.2 Manufacture of Timing Belts .................................................. 2095 c- P! n$ r5 e% d+ L  m. w
The Application of Textiles in Rubber7 a/ T9 s+ W3 N, i. ?# v
vi( `# B7 ]4 y+ K+ O: j& r8 i" Z) H
10.3 Effect of the Textile Reinforcement on Belt Performance .................... 209/ m- {( L# w1 k( C0 f( d
References .................................................................................................... 2124 n9 I, \1 E9 c. u  H$ i' {- a
11 Applications of Coated Fabrics .................................................................... 213% x8 U! m6 ]1 ~6 p7 I7 k
Introduction ................................................................................................. 2134 E- ]" y  N$ G4 j+ P( S
11.1 Inflatable Structures ............................................................................ 214
* z% S6 e8 M$ g11.1.1 Inflatable Boats ....................................................................... 2147 z3 j" I" V5 ^8 ?8 n; S
11.1.2 Oil Booms............................................................................... 218* o6 M, U& X# o6 F1 ~
11.1.3 Inflatable Dams ...................................................................... 219
7 x! O' v0 _5 X2 C: x11.1.4 Inflatable Buildings ................................................................. 2201 l$ l: }  \0 l/ y" E- U
11.1.5 Dunnage Bags ......................................................................... 221
; j9 [5 f: ?" y  h4 A- b4 r11.2 Non-Inflated Structures ...................................................................... 2229 W% \( Z4 I- V6 y6 f3 U$ M
11.2.1 Reservoir and Pond Liners ...................................................... 222
, F; l2 L. F) T5 A1 ^11.2.2 Flexible Storage Tanks ............................................................ 2239 Z9 |0 B# N8 v- S
11.2.3 Supported Building Structures ................................................ 223; @" W, B# n; ~1 z) a
References .................................................................................................... 2246 g3 ]! m+ ]/ R" A6 U: `! I
12 Miscellaneous Applications of Textiles in Rubber ........................................ 225
* H, W5 w1 J3 @1 S1 ]Introduction ................................................................................................. 225) a$ R. x- C$ a4 n0 i8 D: U
12.1 Hovercraft Skirts ................................................................................ 225& U/ x% l- L4 Z/ E/ Y
12.1.1 Types of Skirt .......................................................................... 2268 p+ [" |) v8 V+ `( L, B- |
12.2 Air Brake Chamber Diaphragms......................................................... 2293 u% j  B1 M6 \# q
12.3 Snowmobile Tracks ............................................................................. 230* ]/ g- n  y1 A" W9 u
References .................................................................................................... 231
7 g! ?6 h8 v9 `+ E) T7 W7 @2 ~% |Abbreviations and Acronyms............................................................................. 233
, x9 a) U4 n$ B) C* YGlossary ............................................................................................................ 234
1 p* n9 \/ D' t7 o- MIndex ................................................................................................................. 239

The Application of Textiles in Rubber_部分1.pdf

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评分

参与人数 2胶分 +5 技术指数 +2 收起 理由
LSRUNQI + 2 资料不错,感谢分享!
平常心 + 5 资料不错,感谢分享!

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橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
发表于 2011-10-22 08:34:40 | 显示全部楼层
不错的资料,谢谢分享!应该是比较早期的?
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
 楼主| 发表于 2011-10-22 08:38:02 | 显示全部楼层
First Published in 2001 by
5 u6 f+ P1 P. ]. V( v8 iRapra Technology Limited9 z4 ?8 z* k: X# L! F1 I, R
Shawbury, Shrewsbury, Shropshire, SY4 4NR, UK
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
发表于 2011-10-22 08:39:38 | 显示全部楼层
纯英文的9 e# {; J5 W0 o' K* N2 H; u4 E
比较头疼
6 x: H; t5 n/ e* j还要要加强英语学习啊! _9 ^+ P4 o, w1 g3 H, |
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
 楼主| 发表于 2011-10-22 08:46:08 | 显示全部楼层
跟《橡胶的织物增强》结合起来读比较好。《橡胶的织物增强》是原来北京橡胶院译的,部分章节因非他们+ ?. A' G* o% _# x! o; L
专长,译得非常外行,还是看原版才能理解。
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
 楼主| 发表于 2011-10-22 08:48:51 | 显示全部楼层

回复 4楼的 清客 的帖子

如是搞技术的,还是懂点外语比较好,至少本行的外文资料能基本看懂。
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
发表于 2011-10-22 09:25:26 | 显示全部楼层
多谢,已下载。
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
发表于 2011-10-22 09:48:36 | 显示全部楼层
待能看懂了,我再下载。。。
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
发表于 2011-10-22 09:54:15 | 显示全部楼层
谢谢分享!!!!!
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
发表于 2011-10-22 13:22:30 | 显示全部楼层
真不错!谢谢。
橡胶技术网 ,分享知识,创造价值! 一所没有围墙的大学!!
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