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Composite Materials: Properties as Influenced by Phase Geometry( K) L* x$ S0 ]/ r2 {: z) [, b2 x
By Lauge F. Nielsen: ?( G1 N/ U9 M% ~. Q# l/ N
Publisher: Springer : N, Z- f: y8 a" g
Number Of Pages:259 " q2 A4 u! ?8 m& |' @& v8 S W
Publication Date: 2005-07-21 1 U+ }) I Z- u6 B3 K' x) Y
ISBN-10 /ASIN:3540243852 * d; s8 D0 j; w; {4 Z; W
ISBN-13 / EAN:9783540243854
9 R1 K" L. \1 g7 m+ V. ]! P Binding:Hardcover# L* x9 o& m* k- g s; z/ _
Product Description: & b) d6 v% T- Y4 N/ E
Thisbook 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.4 [3 l; F0 _: d: ~( ^% n3 Y
1 Basics of Metal Matrix Composites 1 E* e0 b" j! \3 W1 i) U
Karl Ulrich Kainer1 F& r% W- l; K% ], Z+ Q9 i2 C o
1.1 Introduction 1% s3 _/ m. Y6 T" m
1.2 Combination of Materials for Light Metal Matrix Composites 41 s( W4 {5 Q7 o2 M3 i
1.2.1 Reinforcements 4
! q2 ?/ t; \- @1 u) T1 E4 o3 \1.2.2 Matrix Alloy Systems 6% z+ f1 ?) I2 |
1.2.3 Production and Processing of Metal Matrix Composites 7$ X" b& b' o0 U$ K1 W
1.3 Mechanism of Reinforcement 12
0 D5 L9 K! _0 I7 r3 K& x8 i# ~3 v1.3.1 Long Fiber Reinforcement 13' l# B% F9 T- F7 w, a
1.3.2 Short Fiber Reinforcement 16
/ ^* Q% n; t% L( |8 U, a6 c" B1.3.3 Strengthening by Particles 209 i: ]* [; I; Z5 w9 u
1.3.4 Young’s Modulus 22) a0 y4 `' z* S$ F0 T& ?+ k0 O9 a9 s
1.3.5 Thermal Expansion Coefficient 24( C% f8 Y0 i% s; {7 h: d
1.4 Interface Influence 26
7 R7 a9 O+ k& n" {" ~# c4 x8 _. c" g1.4.1 Basics of Wettability and Infiltration 27! l! g0 K6 D+ M9 ?
1.4.2 Objective of Adhesion 35
' h2 o4 k6 `. _3 C1 J8 B1.5 Structure and Properties of Light Metal Composite Materials 40
0 o/ J* T7 S4 U* }7 E) p0 P4 u1.6 Possible Applications of Metal Matrix Composites 48( m% b5 R! O& B' d& L/ v
1.7 Recycling 52
5 P. L+ w$ p, Z9 zReferences 52+ ^5 Q. |6 E6 V( Y
2 Particles, Fibers and Short Fibers for the Reinforcement of Metal
. D8 |- ?+ f% e$ K$ t9 EMaterials 55
( a4 d& s2 J0 eHajo Dieringa and Karl Ulrich Kainer
+ Q' m* R6 l4 ~" w- P2.1 Introduction 558 r) d- i0 c+ ]3 s5 A
2.2 Particles 56( k. ~5 }3 F% a% }
2.2.1 Fibers 59$ [; \: q. ^4 c2 O: S
2.3 Continuous Fibers 61
) I. K3 Q3 x/ ~: m% V! n" J& ~2.3.1 Monofilaments 62
a* [$ _6 a! W, b% o2.3.2 Multifilament Fibers 655 ^ _1 O8 { v0 v. @. y
2.3.2.1 Carbon Fibers 65
# q5 F9 m0 a- ]- z.............
! Q( {% z7 q! s7 A* t8 W共4个压缩卷,解压7.01M |
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