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Composite Materials: Properties as Influenced by Phase Geometry
0 ?) }( z/ q! `4 qBy Lauge F. Nielsen
7 h% R6 N+ U; v( ePublisher: Springer
) l+ T3 C+ e; _$ f4 |Number Of Pages:259 8 \. I, q9 x5 C4 y3 X4 C
Publication Date: 2005-07-21
; x: h" l4 m0 {# BISBN-10 /ASIN:3540243852 ! S5 f* n2 T6 w( o+ Z. ~ I( |7 O
ISBN-13 / EAN:9783540243854 ! N" H/ o+ W1 X: R9 _; F. y9 d
Binding:Hardcover
W& @# g5 L3 J5 w0 [7 KProduct Description:
, Y! F# e$ h- F4 |; x/ S# E: qThisbook deals with the mechanical and physical behavior of composites asinfluenced by composite geometry. The monograph provides acomprehensive introduction for researchers and students to moderncomposite materials research with a special emphasis on the influenceof geometry to materials properties. Composite Materialsenables the reader to a better understanding of the behavior of naturalcomposites, improvement of such materials, and design of new materialswith prescribed properties.
% N3 M( J8 n$ e& a1 Basics of Metal Matrix Composites 17 P1 k* ]7 @6 B1 u I: N
Karl Ulrich Kainer& q$ }$ I) ^; b4 _" M# L, x
1.1 Introduction 10 v) P5 Q9 i$ q+ u8 {
1.2 Combination of Materials for Light Metal Matrix Composites 42 o: j+ b5 L( b
1.2.1 Reinforcements 4( U: S5 C% y# ]8 [4 Y+ K/ w
1.2.2 Matrix Alloy Systems 6
! s% t9 e3 ]. Q) P3 ^% z1.2.3 Production and Processing of Metal Matrix Composites 7
3 V6 N7 J" \5 m8 Z6 h1.3 Mechanism of Reinforcement 12- s1 ?, ]3 t4 [8 q$ }. J. m2 z
1.3.1 Long Fiber Reinforcement 13' W' q5 R9 Y5 c0 H7 P
1.3.2 Short Fiber Reinforcement 16
! S1 ^5 M4 f- y1.3.3 Strengthening by Particles 20
# @& J7 K5 J6 F! S- n1.3.4 Young’s Modulus 22
v9 t7 o# _+ b& D- n: f1.3.5 Thermal Expansion Coefficient 24' E0 W# M9 y0 c4 \7 O; y s% |
1.4 Interface Influence 26
3 A8 h4 T5 Z9 z+ |/ D) U1.4.1 Basics of Wettability and Infiltration 27) G8 D2 a7 \8 j' i* g c! V' D m
1.4.2 Objective of Adhesion 35
5 Z5 U, M1 ]/ j/ p `1.5 Structure and Properties of Light Metal Composite Materials 40" K; y y% T8 }: u4 ?$ l
1.6 Possible Applications of Metal Matrix Composites 481 }: F$ C# |# W' T2 H; E
1.7 Recycling 52
/ v2 ?1 j" T) {3 b) e7 W: O+ f! fReferences 522 y: z, B% v7 D$ Z. d5 u& R/ L2 ~* `
2 Particles, Fibers and Short Fibers for the Reinforcement of Metal6 o6 x7 V$ Y- I' S; W
Materials 55
6 J( Y1 G- l$ |" R* Y6 dHajo Dieringa and Karl Ulrich Kainer
4 v- D. p. e+ o. R+ E$ C4 a2.1 Introduction 55
6 k; u; w' s4 [$ D. Y, M2.2 Particles 561 I9 \) Q7 Q2 `1 v- _
2.2.1 Fibers 59
1 a/ o" D1 U7 w6 d: z6 c2.3 Continuous Fibers 61
* w2 a, l1 B: F2.3.1 Monofilaments 623 ?2 B) t5 W# D4 e: ~! J o
2.3.2 Multifilament Fibers 65
9 w3 l( m0 [: o6 z+ X* m( k& q# z* e2.3.2.1 Carbon Fibers 65
# y0 `( A1 W! | _' a.............( C2 `1 ^3 S" |0 t; q$ I! t1 A* e! ~
共4个压缩卷，解压7.01M |
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发表于 2008-8-5 16:28:54
