Chapter
Chapter 2. Metal matrix composites made by spray forming
pp.：
24 – 30
Chapter 3. A liquid metal infiltration model of unidirectional fibre preforms in inert atmospheres
pp.：
30 – 34
Chapter 4. Squeeze casting of metal matrix composites using short fibre preforms
pp.：
34 – 40
Chapter 5. Squeeze casting of hybrid Al-SiC fibre-particle composites
pp.：
40 – 44
Chapter 6. Magnesium-base hybrid composites prepared by liquid infiltration
pp.：
44 – 48
Chapter 7. Segregation of magnesium in squeeze-cast aluminium matrix composites reinforced with alumina fibres
pp.：
48 – 52
Chapter 8. High pressure die casting of fibre-reinforced aluminium by preform infiltration
pp.：
52 – 56
Chapter 9. Numerical simulation of the injection moulding of thin parts by liquid metal infiltration of fibrous preforms
pp.：
56 – 62
Chapter 10. Electroforming of metal matrix composite: dispersoid grain size dependence of thermostructural and mechanical properties
pp.：
62 – 70
Chapter 11. Characterization of a C-Al metal matrix composite precursor
pp.：
70 – 76
Chapter 12. Mixing of powder metallurgical fibre-reinforced aluminium composites
pp.：
76 – 84
Chapter 13. Manufacture of 2014 aluminium reinforced with SiC particulate by vacuum hot pressing
pp.：
84 – 88
Chapter 14. Microstructural analysis of hot isostatically pressed Al-SiC
pp.：
88 – 94
Chapter 15. Wetting and interfacial chemistry in liquid metal-ceramic systems
pp.：
94 – 100
Chapter 16. Wettability of SiO2 and oxidized SiC by aluminium
pp.：
100 – 106
Chapter 17. Kinetics of gas-to-liquid transfer of particles in metal matrix composites
pp.：
106 – 112
Chapter 18. Silica-aluminium alloy composites: a kinetic study
pp.：
112 – 116
Chapter 19. Crystallization of metal matrix alloy in composites containing nonmetallic particles
pp.：
116 – 122
Chapter 20. Microstructural and analytical characterization of Al2O3
-(A1-Mg) composite interfaces
pp.：
122 – 130
Chapter 21. On the thermodynamics and kinetics of carbides in the aluminium-rich corner of the Al-Ti-C phase diagram
pp.：
130 – 136
Chapter 22. Uniaxial tension and microstructure of a short alumina fibrereinforced Al-2Mg alloy
pp.：
136 – 140
Chapter 23. Influence of particle oxidation on age-hardening behaviour of as-fabricated and remelted SiC reinforced Al-1% Mg alloys
pp.：
140 – 146
Chapter 24. Interfaces in composites of alumina in a molybdenum matrix
pp.：
146 – 152
Chapter 25. Investigation of diffusion barrier coatings on SiC monofilaments for use in titanium-based composites
pp.：
152 – 156
Chapter 26. Development of a diffusion barrier for SiC monofilaments in titanium
pp.：
156 – 162
Chapter 27. The effect of magnesium and nickel as alloying elements in AlCu-SiC composites
pp.：
162 – 168
Chapter 28. Interface problems in aluminium matrix composites reinforced with coated carbon fibres
pp.：
168 – 172
Chapter 29. Aspects of deformation of metal matrix composites
pp.：
172 – 184
Chapter 30. Use of the frozen-stress photoelastic method to explore load partitioning in short-fibre composites
pp.：
184 – 190
Chapter 31.
Thermal mismatch dislocations produced by large particles in a strain-hardening matrix
pp.：
190 – 196
Chapter 32.
Micromechanical investigation of the processing and loading of fibre-reinforced metal matrix composites
pp.：
196 – 200
Chapter 33. Deformation studies of metal matrix composites using electron backscatter patterns
pp.：
200 – 206
Chapter 34. Non-linear model of the mechanical response of fibre-reinforced laminates to mechanical loading
pp.：
206 – 210
Chapter 35. X-ray diffraction line broadening Fourier analysis of a metal matrix composite obtained by liquid infiltration
pp.：
210 – 214
Chapter 36. Thermomechanical behaviour of SiC-Al composites
pp.：
214 – 220
Chapter 37. Mechanical and physical properties of squeeze-cast aluminium metal matrix composites containing 5%-30% Saffil
pp.：
220 – 224
Chapter 38. The behaviour of metal matrix composites during temperature cycling
pp.：
224 – 228
Chapter 39. On failure processes in aluminium matrix composites reinforced with coated carbon fibres
pp.：
228 – 232
Chapter 40. The influence of microstructure on the fracture behaviour of particulate metal matrix composites
pp.：
232 – 236
Chapter 41. Comparative evaluation of extrusion and hot isostatic pressing as fabrication techniques for Al-SiC composites
pp.：
236 – 242
Chapter 42. Static and dynamic properties of squeeze-cast A357-SiC particulate Duralcan metal matrix composite
pp.：
242 – 248
Chapter 43. The effect of matrix composition on the mechanical properties of squeeze-cast aluminium alloy-Saffil metal matrix composites
pp.：
248 – 254
Chapter 44. Influence of heat treatment on the properties of short-fibre-reinforced magnesium composites
pp.：
254 – 258
Chapter 45. Fatigue behaviour of short alumina fibre reinforced AZ91 magnesium alloy metal matrix composite
pp.：
258 – 264
Chapter 46. Zn-Al matrix composites: investigation of the thermal expansion, creep resistance and fracture toughness
pp.：
264 – 270
Chapter 47. A test determining the ability of different materials to undergo simultaneous plastic deformation to produce metal composites
pp.：
270 – 278
Chapter 48. The thermomechanical processing of Al-SiC particulate composites
pp.：
278 – 286
Chapter 49. 6061 Aluminium alloy-SiC particulate composite: a comparison between aging behaviour in T4 and T6 treatments
pp.：
286 – 292
Chapter 50. Recrystallization in fibrous and particulate metal matrix composites
pp.：
292 – 298
Chapter 51. Machining of Al-5Mg reinforced with 5 vol.% Saffil and 15 vol.% SiC
pp.：
298 – 302
Chapter 52. Ball milling: an E-v-T parameter phase diagram
pp.：
302 – 306
Chapter 53. Unlocking the potential of metal matrix composites for civil aircraft
pp.：
306 – 310
Author Index
pp.：
310 – 312
Subject Index
pp.：
312 – 317
Metal Matrix Composites
( Volume 15 )
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