Materials for engineering, 3rd Edition - (Malestrom)
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244<br />
Index<br />
Brinell test 46<br />
brittle fracture<br />
hydrogen embrittlement 62, 128–9<br />
of polymers 170–3<br />
tests 43–4, 45<br />
see also fracture behaviour<br />
bronze sand castings 73<br />
bronzes 98<br />
BSI (British Standards Institution) 37<br />
buckminsterfullerene 4<br />
bulk metallic glasses 156–8<br />
Burgers vector 71<br />
cadmium-bismuth system 19–20<br />
carbide ceramics 146–7<br />
carbon 3–5, 114<br />
carbon equivalent value 113–14<br />
carbon fibres 186–7, 211, 213<br />
carbonation shrinkage 156<br />
cast aluminium alloys 84–6<br />
cast irons 112–15<br />
carbon equivalent value 113–14<br />
ductile iron 114–15<br />
grey cast iron 112–14<br />
malleable cast iron 114<br />
spheroidal graphite (SG) cast iron 114<br />
white cast iron 112<br />
cast magnesium alloys 88<br />
casting<br />
bronze sand castings 73<br />
die-casting 73<br />
monel casting 16–18<br />
slip casting 140<br />
squeeze casting 190<br />
stircasting 190–1<br />
cathodic protection 127<br />
cellular solids 191–4, 214<br />
cement and concrete 147–56<br />
aggregates 152–3<br />
concrete 147<br />
durability 155–6<br />
elastic modulus 150–1<br />
high strength cements 153–4<br />
hydration rate 150<br />
macrodefect-free (MDF) cement 154<br />
porosity 151–2<br />
Portland cement 147–8<br />
portlandite 150<br />
pozzolanic reactions 153–4<br />
pre-stressed concrete 154–5<br />
rein<strong>for</strong>ced concrete 154–5<br />
retarders 150<br />
setting and hardening 148–50<br />
shrinkage 156<br />
superplasticisers 154<br />
cemented carbide materials 197<br />
ceramics 102, 139–47<br />
alumina 142–3<br />
carbide ceramics 146–7<br />
domestic ceramics 139<br />
<strong>engineering</strong> ceramics 139–40<br />
glass ceramics 138<br />
hot die pressing 140, 143<br />
microstructure 141–2<br />
natural ceramics 139<br />
nitride ceramics 145–6<br />
plastic <strong>for</strong>ming 140<br />
pressing 140<br />
processing 140–2<br />
sialons 146<br />
sintering 140–1, 147<br />
slip casting 140<br />
zirconia 143–5<br />
chain-folded crystal structures 31<br />
Charpy-type impact test 48<br />
chemical attacks 181–2<br />
chemical toughening of glass 137<br />
chipboard 194<br />
chromium, nickel-chromium alloys 102<br />
cleavage plane 71<br />
cold cracking 120<br />
cold drawing polymers 167<br />
composite materials 185–214<br />
carbon fibres 186–7, 211, 213<br />
cellular solids 191–4, 214<br />
continuous fibre 198, 199–201, 202–4<br />
continuous lamellae 198–201<br />
discontinuous fibre 201–2<br />
environmental effects on 212–14<br />
fatigue behaviour 210–12<br />
fibre rein<strong>for</strong>ced plastics 188<br />
fillers 187–8<br />
fracture behaviour 208–10<br />
glass fibres 187, 213–14<br />
manufacturing process 186–91<br />
metal matrix composites (MMC)<br />
189–91, 212, 213<br />
organic fibres 187<br />
polymer matrix 187–9<br />
short fibre 204–8