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[资源] 英文原版书籍---剑桥出版社：An introduction to metal matrix composites

An Introduction to Metal Matrix Composites

By T. W. Clyne
University of Cambridge

By P. J. Withers
University of Cambridge

Frontmatter:  Read PDF  pp. i-vi
Contents:  Read PDF  pp. vii-xiv
Preface:  Read PDF  pp. xv-xvi
+ 1 - General introduction:  Read PDF  pp. 1-11
1.1 Types of MMC and general microstructural features Read PDF  1
1.2 Historical background Read PDF  3
1.3 Interactions between constituents and the concept of load transfer Read PDF  7
References Read PDF  10
+ 2 - Basic composite mechanics:  Read PDF  pp. 12-43
2.1 The slab model Read PDF  12
2.2 The shear lag model Read PDF  20
2.3 Continuous coaxial cylinder models Read PDF  30
2.4 Finite difference and finite element models Read PDF  34
References Read PDF  41
+ 3 - The Eshelby approach to modelling composites:  Read PDF  pp. 44-70
3.1 Misfit stresses Read PDF  45
3.2 An example of a misfit strain – differential thermal contraction Read PDF  48
3.3 Internal stresses in loaded composites Read PDF  51
3.4 The matrix stress field Read PDF  55
3.5 Modelling non-dilute systems Read PDF  57
3.6 Composite stiffness Read PDF  62
3.7 Simple representations of Eshelby's equations Read PDF  66
References Read PDF  69
+ 4 - Plastic deformation:  Read PDF  pp. 71-116
4.1 Onset of yielding: the effect of internal stress Read PDF  73
4.2 Onset of yielding: the effect of matrix microstructure Read PDF  84
4.3 Modelling of bulk plastic flow Read PDF  86
4.4 Internal stress relaxation Read PDF  94
4.5 Reduced internal stress work-hardening Read PDF  103
4.6 Diffraction studies of plastic deformation in long and short fibre systems Read PDF  108
References Read PDF  112
+ 5 - Thermal effects and high temperature behaviour:  Read PDF  pp. 117-165
5.1 Thermal stresses and strains Read PDF  117
5.2 Isothermal creep Read PDF  123
5.3 Thermal cycling creep Read PDF  141
References Read PDF  158
+ 6 - The interfacial region:  Read PDF  pp. 166-217
6.1 The significance of interfacial bond strength Read PDF  166
6.2 The characterisation of bond strength Read PDF  178
6.3 Interfacial chemistry Read PDF  190
6.4 Fibre coatings Read PDF  202
References Read PDF  209
+ 7 - Fracture processes and failure mechanisms:  Read PDF  pp. 218-276
7.1 Failure processes in long fibre MMCs Read PDF  218
7.2 Failure processes in discontinuous MMCs Read PDF  230
7.3 Fracture toughness and fatigue crack growth in MMCs Read PDF  242
7.4 Effects of microstructural variables Read PDF  256
7.5 Effects of testing variables Read PDF  264
References Read PDF  270
+ 8 - Transport properties and environmental performance:  Read PDF  pp. 277-317
8.1 Thermal and electrical conduction Read PDF  277
8.2 Tribological behaviour Read PDF  294
8.3 Mechanical damping properties Read PDF  302
8.4 Oxidation and corrosion resistance Read PDF  308
References Read PDF  313
+ 9 - Fabrication processes:  Read PDF  pp. 318-369
9.1 Primary liquid phase processing Read PDF  320
9.2 Primary solid state processing Read PDF  346
9.3 Secondary processing Read PDF  350
9.4 Machining and joining Read PDF  357
References Read PDF  360
+ 10 - Development of matrix microstructure:  Read PDF  pp. 370-398
10.1 Dislocation structure and behaviour Read PDF  370
10.2 Precipitation behaviour Read PDF  378
10.3 Grain structure, texture, recovery and recrystallisation Read PDF  383
References Read PDF  396
+ 11 - Testing and characterisation techniques:  Read PDF

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[ Last edited by tttl060 on 2011-6-6 at 17:47 ]

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