Materials for engineering, 3rd Edition - (Malestrom)

246
Index
dispersion-strengthened composites 189
domestic ceramics 139
drawing 167
dual-phase steels 104
ductile iron 114–15
durability of cement and concrete 155–6
Duralumin 87–8
elastic behaviour 38–9
of cellular solids 214
elastic modulus of cement and concrete
150–1
elastomer toughening 168
elastomers 31, 51–2, 160–1, 163, 166–7
electrofusion connectors 177
electrolyte polishing 11
electron microscopy 11–14
electron sharing 3
endurance limit 56–7, 82–3
engineering ceramics 139–40
engineering steels 105–10
engineering stress-strain curve 41
environment-assisted cracking 62–4
of glasses 138
of polymers 172–3
environmental effects on composite
materials 212–14
epoxies 160
epoxy adhesives 121
etching treatments 11
ethylene 28
European Standards 37
eutectic systems 19–22, 26–7
extensometers 38
extraction replicas 14
extruder-based forming processes 161–2
families of materials xv
fatigue 52, 55–62
Basquin exponent 57
and composite materials 210–12
constant life diagrams 57
corrosion fatigue 128
crack growth 59–60, 175
and design 82–3
endurance limit 56–7, 82–3
fatigue charts 60–1
fatigue ratio 61
fretting fatigue 130–1
low-cycle fatigue 58–9
and microstructure 83–4
of polymers 173–5
resistance to failure 82–4
S-N curves 55–7
stress effects 57–8
stress patterns 56
and surface finish 83
total fatigue life 55
ferritic steels 73, 110, 111
fibre reinforced plastics 188
fibre-reinforced composites 189
see also composite materials
field-ion microscopy 11
filament winding 188
fillers 187–8
flexural strength 44
fluorocarbons 159
foil samples 14
four-element model 66–7
fracture behaviour 59–60
of composite materials 208–10
of organic polymeric materials 168–75
toughness tests 47–52
see also brittle fracture
free-cutting copper 95
fretting corrosion 130–1
fretting fatigue 130–1
friction welding 177
fullerene 4–5
fusion welding 118
galvanic corrosion 126–8
gauge length 37, 40
gel permeation chromatography (GPC) 28
Gerber model 57
glass ceramics 138
glass fibres 187, 213–14
glass forming alloy systems 156
glass transition temperature 33–4, 65
glasses 133–8
borosilicate 134–6
bulk metallic 156–8
environment-assisted cracking 138
molecular structure 32–4
network modifiers 133
self-cleaning 137
soda lime 133–4
thermal shock resistance 134–6
toughening 136–7
Goodman model 57