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