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

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发表于 2011-10-22 08:27:04 | 显示全部楼层 |阅读模式

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The Application of Textiles in Rubber(《橡胶的织物增强》的原版); q# U6 z. |9 h  R+ M0 _) H: d
Contents: ]) ^* h* u* N: O0 Y+ e
Preface ................................................................................................................... 1' F# b/ |# p! |# f
1 Historical Background ..................................................................................... 30 {2 B3 Q7 n% ?+ H5 `
Introduction ..................................................................................................... 3* f8 C8 K6 x, @  L3 `! a2 y' r
1.1 The Textile Industry ................................................................................ 39 j9 z. B5 k, C
1.2 The Rubber Industry............................................................................... 6
) K; f  T4 \3 |+ c1 j1.3 Textile and Rubber Composites ............................................................ 10
9 j. q7 k1 j% xReferences ...................................................................................................... 13, S2 z6 e% J2 X+ t. p9 J
2 Production and Properties of Textile Yarns .................................................... 15
: {! `3 U! @0 Y; y! T7 K. vIntroduction ................................................................................................... 153 E8 N1 ^' K5 U% i
2.1 Production Methods for Textile Fibres ................................................. 15
1 N% T, L# |) i1 A/ f$ o% e2.1.1 Cotton ...................................................................................... 150 A, K, u7 y- e2 u
2.1.2 Rayon ....................................................................................... 21% b& b/ j' V0 n( V* ^
2.1.3 Nylon ....................................................................................... 24& @3 F/ g3 D8 M: J" _  u  M
2.1.4 Polyester ................................................................................... 26
0 z6 o$ S, H' `# W: y2.1.5 Aramid ..................................................................................... 28
2 F& y0 L) f2 z1 f( a2.2 General Characteristics of Textile Fibres .................................................. 30' O3 a; }) d  G" k
2.2.1 Cotton ...................................................................................... 309 r: z6 R- v  m( k0 c
2.2.2 Rayon ....................................................................................... 32
/ g& _; P$ J3 L1 y8 v1 k' b2.2.3 Nylon ....................................................................................... 33& ?, B% M" o1 ]
2.2.4 Polyester ................................................................................... 349 A2 b) s/ H1 A0 W; f" n
2.2.5 Aramid ..................................................................................... 35
& x8 B6 \$ i7 J- K2.3 General Physical Properties of Textile Fibres ........................................ 36
2 I- c) ~8 B4 e2.3.1 Cotton ...................................................................................... 36
( }! e! d1 `+ X: YThe Application of Textiles in Rubber) _% v/ i3 J1 b4 v' s3 u
ii
. @7 g. ~4 J3 M' g2.3.2 Rayon ....................................................................................... 38
. t3 H# s: Q5 |4 L0 J" X2.3.3 Nylon ....................................................................................... 395 @% M5 ?. @/ _
2.3.4 Polyester ................................................................................... 403 T' u* z+ ]  M8 g: [
2.3.5 Aramid ..................................................................................... 40; e0 S) c6 e: k, w
References ...................................................................................................... 40& {/ _5 h' e: T
3 Yarn and Cord Processes ................................................................................ 41
% d( R3 M/ y9 \2 Q9 }( u& EIntroduction ................................................................................................... 41! L1 z% S$ U+ @
3.1 Yarn Preparation Methods.................................................................... 41: \% `7 Z; M% Y7 p
3.1.1 Twisting .................................................................................... 42
4 R/ w2 \4 X' h8 X3.1.2 Texturing .................................................................................. 49
4 d, Q" f0 ]5 m% H4 r+ ?) N3.2 Warp Preparation ................................................................................. 52
  X8 S& N6 t' a' C; Q$ }- U3.2.1 Direct Warping ......................................................................... 53
$ D% s5 y; e* B) Q3.2.2 Sectional Warping ..................................................................... 54, w* B2 X* h$ c9 ^' m9 u, I
3.3 Sizing ....................................................................................................... 57; h/ T/ W( D- Q0 i/ t" C
4 Fabric Formation and Design of Fabrics ........................................................ 599 d% ]* X, D( x9 |3 U6 g: Q
Introduction ................................................................................................... 59
, D- P7 S2 S2 r3 m  Q6 U4.1 Fabric Formation .................................................................................. 59
" e1 f$ N) w/ I4.1.1 Weaving .................................................................................... 59; C& [: o* v0 t' A8 |
4.1.2 Knitting .................................................................................... 64
7 ]9 z" _6 G/ V; p0 d4.1.3 Non-Woven Fabrics .................................................................. 68! J/ q+ f- ~& M* p: `; l/ S
4.2 The Design of Woven Fabrics ............................................................... 70
3 o& L& F- H6 I3 T9 y4.2.1 Physical Property Requirements................................................ 70$ [  q' t4 d5 w: _4 @" i# h
4.2.2 Selection of Fibre Type.............................................................. 71
, }8 j: M% o7 d3 e4.2.3 Selection of Fabric Construction ............................................... 74/ j% p. M3 n8 o; m
5 Heat-Setting and Adhesive Treatments ........................................................... 83
- a% A  Q2 ~0 }* H% LIntroduction ................................................................................................... 830 A% S: V- ^% P
5.1 Heat-Setting Machinery ........................................................................ 83
9 i8 J, w" W9 {/ l/ ]iii3 q, \2 ]; G! I( @1 Q
Contents* E+ x6 c5 q5 [- [, c. K# e
5.2 Heat-Setting .......................................................................................... 90) R1 D! O. k; f/ Z% v9 u
5.3 Adhesive Treatment .............................................................................. 94% t/ l1 B+ o7 K0 Z8 K$ r
5.3.1 Cotton ...................................................................................... 947 Y4 w: s5 k4 q; u# h/ B1 m* K8 A( O
5.3.2 Rayon ....................................................................................... 95# l! U- x% T2 y9 M+ v3 w
5.3.3 Nylon ....................................................................................... 98
7 k! {! ?9 d& L( v' {' ]; K5.3.4 Polyester ................................................................................... 99
6 {0 K& X* h( g+ P5.3.5 Aramid ................................................................................... 1014 T6 J3 J- Z! c: N
5.4 The In Situ Bonding System ................................................................ 102
0 p2 i" `' m; ~/ o5.5 Mechanisms of Adhesion .................................................................... 103* g* r- {, a4 s- e
5.6 Environmental Factors Affecting Adhesion ......................................... 107
2 B' O9 _0 H/ [2 v& N" z* SAppendix V Interfacial Compatibility .......................................................... 109" T2 O! u4 J1 ]6 Z
References .................................................................................................... 112: z5 G5 m3 }/ s. X9 D
6 Basic Rubber Compounding and Composite Assembly ................................ 113$ `# ^2 c* ^" M0 E+ a
6.1 Compounding ..................................................................................... 1131 A* y: x% W) g; @; O
6.1.1 Polymers ................................................................................. 113
2 r* d) f  r- u( e4 x7 M$ E6.1.2 Curing Systems ....................................................................... 114( p8 A. e$ z3 P' z+ ]
6.1.3 Fillers ...................................................................................... 116
/ m5 O! s1 B) a: ~6.1.4 Antidegradants ....................................................................... 117$ K) Q- t( s5 }/ y# R* i7 F3 n; B
6.1.5 Other Compounding Ingredients ............................................ 117+ V: P+ G4 s- {6 Y
6.2 Processing ........................................................................................... 117
& K6 }0 k# J7 r* D9 u) ^6.3 Composite Assembly........................................................................... 118
2 ^" l) F- F- M9 i* g! Y5 [0 [6.3.1 Calendering ............................................................................ 1185 ~$ r/ T7 `# k. L% T
6.3.2 Coating ................................................................................... 1245 i4 L3 Z2 b4 H: J% o
References .................................................................................................... 127& d' h4 B1 h  l% Y
7 Assessment of Adhesion ............................................................................... 129
3 ?. ~+ B: {  \$ uIntroduction ................................................................................................. 1292 e1 D6 E4 S+ z  H  ^
7.1 Cord Tests ........................................................................................... 129) T; L9 {+ E% V# |7 S) I" H
The Application of Textiles in Rubber
& h: n, l* y* H& z# `2 aiv
  ~* B. z5 G  I8 S2 ?7.1.1 Pull-Out Tests ......................................................................... 130
# v- U% k2 x  h7.1.2 Cord Peel Test ......................................................................... 130; Q) X7 C  `. p, p4 N- g
7.2 Fabric Test Methods ........................................................................... 133
% F9 c4 Y8 P' t2 @, w" H' I! v7.3 Testing and Interpretation of Results .................................................. 138
( W* b% L! [6 n" n4 S! ^+ Y7.4 Adhesion Tests for Lightweight Fabrics and Coatings......................... 140
) a  b2 T# D& |7 G% t7.5 Peeling by Dead-Weight Loading ........................................................ 142
- K4 c" D4 E3 _& g) c: w7.6 Direct Tension Testing of Adhesion .................................................... 143
6 B2 S$ o+ b% h/ J& b7.7 Adhesion and Fatigue Testing ............................................................. 145
4 Z2 y% o" i* C7.8 Assessment of Penetration into the Textile Structure ........................... 146% [- o/ ~) x6 N& A& o9 x* Z
Appendix VII: The Physics of Peeling ........................................................... 148
$ r% s9 n% ?$ S: g, Y& _# tReferences .................................................................................................... 153
1 v/ A& D7 F% q/ b5 ^- D8 Conveyor Belting ......................................................................................... 155
/ z4 e! {8 t0 HIntroduction ................................................................................................. 155
/ L' P1 x. t. \5 u- {8.1 Belt Construction and Operation ........................................................ 160" d; B- V- Z5 F
8.1.1 Carcase ................................................................................... 160( I  x+ I9 l/ [" F
8.1.2 Insulation ................................................................................ 161
4 Q+ l# z) w  A/ J. i3 E- z& K5 X8.1.3 Covers .................................................................................... 162
. ?0 a0 c  p. e4 _, z! r6 Z8.2 Belt Design .......................................................................................... 165: {5 \- p3 a. A
8.2.1 Plied Belting ............................................................................ 167
  v& G8 F$ b* Z6 ]8.2.2 Single-Ply and Solid-Woven Belting ........................................ 171% o% V0 T  U9 [6 n* s7 I
8.2.3 Steel Cord Belting ...................................................................... 172
' h5 M# n8 ~# L* ~8.3 Belting Manufacture ........................................................................... 172
/ ^0 T8 Q7 f4 l3 m* N3 L/ J8.3.1 Belt Building ........................................................................... 173
) J0 B1 k  J; k: T: q  R8.3.2 Pressing and Curing ................................................................ 1730 u" H2 V9 Q4 G# ]) M) w/ t
8.3.3 Belt Joining ............................................................................. 178" p4 n( R, O! S& o
8.4 Belt Testing ......................................................................................... 182- a( G$ j2 l8 \; g
8.4.1 Tensile Strength and Elongation .................................... 182. m( a/ Z/ @+ R( l. R+ J* i: m! ]
v  Q8 }8 {4 x: Q: _2 H4 t" v: H
Contents
4 B9 {* G' D  e* m& z2 {/ _! V8.4.2 Gauge ........................................................................... 183+ D& b8 j9 \( i% V* v
8.4.3 Adhesion ...................................................................... 183/ z2 u, Q! P# G# A
8.4.4 Abrasion ....................................................................... 183
/ ~" j; J4 s+ [8.4.5 Troughability ................................................................ 183* o* }/ S" C8 K$ \' v# D
8.4.6 Fire Resistance .............................................................. 183" L8 x  Y, m& f( @2 j0 v* N
References .................................................................................................... 184+ W5 ^% H* O2 W/ P; K
9 Hose............................................................................................................. 187& W( T, B0 |* ?5 m0 G
Introduction ................................................................................................. 187
8 t1 R( `$ D0 F) k: U! f9.1 Hose Manufacture .............................................................................. 188& G: G) ^! k0 s* \  R
9.1.1 Braiding .................................................................................. 188
5 _% j3 H# ]' n3 ]9.1.2 Spiralling ................................................................................ 190; A- m4 ^  `- U1 _: C
9.1.3 Wrapped Hose ........................................................................ 191
/ i* ?7 S* v. u3 I# s7 d/ O7 f* U; W9.1.4 Knitted Hose........................................................................... 192
" y  M* h% ]5 A6 ?% ^- f9.1.5 Oil Suction and Discharge Hose ............................................. 192* f* G3 V5 k( g5 Z- Y3 `/ p) V; o
9.1.6 Circular Woven Hose.............................................................. 193
$ n# F1 o7 G" c6 }! LAppendix IX ................................................................................................ 195
3 [' D* [% ?1 X- j8 B- ~& _! X; Fi. Neutral Angle .................................................................................. 1957 ^. ~- ]3 ^7 I4 b1 `
ii. Bursting Pressure ....................................................................... 196; c% E# ?( o6 s, x& U( s5 N
10 Power Transmission Belts ............................................................................. 199$ |3 f* q0 ]  ~8 u
Introduction ................................................................................................. 199
0 U& l4 V( \0 Q0 R# L10.1 Main Types of Power Transmission Belts ............................................ 200% X3 e6 q# i7 j* Z$ v4 k1 h
10.1.1 V-Belts .................................................................................... 200
6 ~8 S2 [: S* `+ p10.1.2 Timing Belts ............................................................................ 2031 o, X/ `3 d' i* [6 z
10.1.3 Flat Belting ............................................................................. 203- V' ?# l: ]. K  U6 D8 z$ B
10.1.4 Cut-Length Belting.................................................................. 2050 Q4 {) ^  Z, E+ x4 O- y9 \5 ^9 A
10.2 Manufacture of Power Transmission Belting ...................................... 206
: H/ f6 ?- L8 t' L0 x10.2.1 Manufacture of V-Belts ........................................................... 2068 a! y! h( }+ F4 ~( P3 c
10.2.2 Manufacture of Timing Belts .................................................. 209
4 g6 {3 z: a) @( `7 f+ l! w0 O! l; I- KThe Application of Textiles in Rubber
8 L8 d  O. c6 {8 |0 p# Z6 w" {vi
. i! ~' ^; |+ ]: A7 R' n10.3 Effect of the Textile Reinforcement on Belt Performance .................... 209' t4 h2 D$ u$ e! f) E
References .................................................................................................... 212
/ c; p$ {9 o* f, s1 s$ ^# M11 Applications of Coated Fabrics .................................................................... 213/ b5 \2 p0 o8 [1 U& A- c! r* h
Introduction ................................................................................................. 213
3 @* ~( I' w6 E6 D11.1 Inflatable Structures ............................................................................ 2141 U, h& U. ~. Q* a
11.1.1 Inflatable Boats ....................................................................... 214
3 V& h" a& u7 k, t7 q( z% [2 }11.1.2 Oil Booms............................................................................... 218
2 V$ p0 c  H6 e( M6 S4 i5 N  s* {11.1.3 Inflatable Dams ...................................................................... 219
! S/ x: |. g) ~6 o- O. P# y: E% B' d11.1.4 Inflatable Buildings ................................................................. 220
8 `; U* J8 t( W5 @0 F11.1.5 Dunnage Bags ......................................................................... 221
% N7 r4 y0 `1 o' G4 n11.2 Non-Inflated Structures ...................................................................... 222
" G" n  ]$ n! x9 o# a2 I11.2.1 Reservoir and Pond Liners ...................................................... 2221 a: q6 }- T* I+ C, s
11.2.2 Flexible Storage Tanks ............................................................ 223
- m* o8 H8 T5 l8 m" f) @- [, v11.2.3 Supported Building Structures ................................................ 223
: l6 x2 n7 ^/ r* z# ]: WReferences .................................................................................................... 224
( h3 I) z! t9 o; B. [# m' Y( Z12 Miscellaneous Applications of Textiles in Rubber ........................................ 225
' ?- Y& m1 x% N2 R# [, IIntroduction ................................................................................................. 225+ E$ ?" h4 A% H2 m. y
12.1 Hovercraft Skirts ................................................................................ 225
  x/ w+ Q, z) Z* w* W; p12.1.1 Types of Skirt .......................................................................... 226
, D% ^& g) m* s: b+ A12.2 Air Brake Chamber Diaphragms......................................................... 229
. _4 f. m' ?$ z7 F12.3 Snowmobile Tracks ............................................................................. 2303 H. s! O# G, @8 |
References .................................................................................................... 231* g9 Y* k; i5 ~$ K  g
Abbreviations and Acronyms............................................................................. 233
- ^: b7 T( v9 R3 }0 nGlossary ............................................................................................................ 234
* H. ]3 M3 [9 @/ r* c6 N$ _: jIndex ................................................................................................................. 239

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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!!
发表于 2011-10-22 08:38:02 | 显示全部楼层
First Published in 2001 by4 n9 s( e+ c% \8 o. U7 c
Rapra Technology Limited* b  S" B3 v2 T
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
3 }, o. L+ `! W' |1 M1 e比较头疼9 x4 z0 h1 o4 t; G0 y
还要要加强英语学习啊6 N! \! m  Y. z' A
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 08:46:08 | 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7 D  d8 I. A+ P2 s9 A4 k! l6 y# f
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!!
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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