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Materials for engineering, 3rd Edition - (Malestrom)

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Index 245<br />

smart fibre 189<br />

stiffness 194–201<br />

tensile strength 202–8<br />

wood composites 191–4<br />

concrete see cement and concrete<br />

constant life diagrams 57<br />

continuous fibre composites 198, 199–201,<br />

202–4<br />

continuous lamellae composites 198–201<br />

controlled rolling of steel 76<br />

copolymerisation 168<br />

copper alloys 94–9<br />

aluminium-copper 85, 87–8<br />

arsenical copper 95<br />

copper-beryllium 95–6<br />

copper-nickel 97–8<br />

copper-tin 98<br />

copper-zinc 96–7<br />

deoxidised copper 95<br />

free-cutting copper 95<br />

grades of copper 95<br />

high conductivity copper 95<br />

high solute content 96–8<br />

low solute content 95–6<br />

nickel-copper 102<br />

tough pitch copper 95<br />

cordierite 138<br />

corrosion 125–9<br />

in aqueous environments 125–8<br />

cathodic protection 127<br />

corrosion fatigue 128<br />

fretting 130–1<br />

galvanic 126–8<br />

hydrogen embrittlement 128–9<br />

lacquer protection 127<br />

paint protection 127<br />

sacrificial protection 127<br />

soluble inhibitors 127<br />

stress-corrosion cracking 128<br />

weathering 127–8<br />

covalent bonding 3–5<br />

crack growth<br />

environment-assisted cracking 62–4<br />

of glass 138<br />

of polymers 172–3<br />

fatigue crack growth 59–60, 175<br />

fracture toughness test 48–51<br />

hydrogen embrittlement 62, 128–9<br />

hydrogen-induced cracking 120<br />

liquation cracking 120<br />

solidification cracking 120<br />

stress-corrosion cracking 62, 128<br />

and welding 119–20<br />

crack tip opening displacement (CTOD) 51<br />

crazing 168, 170<br />

creep<br />

creep-resistant alloys 80–2<br />

power-law creep 81<br />

testing 52–4<br />

cross-linked polymer chains 31<br />

crystal structure 3–6<br />

chain-folded structures 31<br />

cleavage plane 71<br />

covalent bonding 3–5<br />

crystallization of a liquid 7–10<br />

dislocation density 71<br />

ionic bonding 5–6<br />

of iron 73<br />

metallic bonding 6<br />

of polymers 31–2<br />

van der Waals bonding 3<br />

see also phase trans<strong>for</strong>mation<br />

CTOD (crack tip opening displacement) 51<br />

dashpots 65<br />

defect-tolerant design 59<br />

de<strong>for</strong>mation maps 80, 171<br />

degradation<br />

of alloys 122–31<br />

chemical attack 181–2<br />

corrosion 125–9<br />

mechanical 180<br />

of metals 122–31<br />

microbiological 180–1<br />

of organic polymeric materials 179–82<br />

oxidation 122–4<br />

oxidative 179<br />

of polymers 179–82<br />

radiation 179–80<br />

degree of polymerisation 28<br />

dendrites 9<br />

deoxidised copper 95<br />

diamond 3–4<br />

die-casting 73<br />

differential aeration 126<br />

diffusion bonding 118<br />

diffusionless phase trans<strong>for</strong>mation 27<br />

dimensional wear coefficient 129<br />

discontinuous fibre composites 201–2<br />

dislocation density 71

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