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Materials for engineering, 3rd Edition - (Malestrom)

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248<br />

Index<br />

maraging steels 108–9<br />

martensite 80, 106<br />

martensitic phase change 27<br />

martensitic stainless steels 110, 111<br />

Material Property Chart xv–xvi<br />

Maxwell model 65–6<br />

MDF (Medium Density Fibreboard) 194<br />

mechanical alloying 102, 190<br />

mechanical degradation 180<br />

mechanical fastenings 115, 178–9<br />

mechanical fatigue 174–5<br />

mechanical properties of polymers 163–75<br />

brittle fracture 170–3<br />

crazing 168, 170<br />

fatigue 173–5<br />

rubber elasticity 166–7<br />

stiffness 164–5<br />

time and temperature dependence 165<br />

yielding 167–8<br />

mechanical testing 37–67<br />

bend testing 43–4<br />

Brinell test 46<br />

brittle fracture 45<br />

Charpy-type impact test 48<br />

creep 52–4<br />

environment-assisted cracking 62–4<br />

fatigue 52, 55–62<br />

fracture toughness tests 47–52<br />

hardness tests 45–7<br />

impact tests 171–2<br />

indentation tests 45<br />

Knoop test 46–7<br />

Rockwell test 46<br />

shore scleroscope 47<br />

standard specifications and methods 37<br />

superplasticity 52, 54–5<br />

tensile tests 37–43<br />

time-dependent elastic properties 64–7<br />

Vickers test 46<br />

Medium Density Fibreboard (MDF) 194<br />

metal matrix composites (MMC) 189–91,<br />

212, 213<br />

metallic bonding 6<br />

metallography 10–14<br />

macroscopic examination 10<br />

SEM (scanning electron microscopy)<br />

11–12<br />

TEM (transmission electron microscopy)<br />

11, 13–14<br />

metals<br />

degradation 122–31<br />

joining mechanisms 115–22<br />

strengthening mechanisms 71–84<br />

see also alloys<br />

microbiological degradation 180–1<br />

microstructure 7–27<br />

of ceramics 141–2<br />

dendrites 9<br />

and fatigue 83–4<br />

grain boundary 9, 25<br />

grain size 10<br />

growth of nuclei 9<br />

metallography 10–14<br />

nucleation 8–10<br />

phase diagrams 14–27<br />

phase trans<strong>for</strong>mation 7–10, 25–7<br />

quenched structures 27<br />

see also solid solubility<br />

modulus of rupture 44<br />

molecular structure<br />

of glass 32–4<br />

of polymers 27–34, 182–4<br />

molten state grain size strengthening 72–3<br />

monel casting 16–18<br />

monomers 28, 29<br />

moulding<br />

blow moulding 162–3<br />

fibre rein<strong>for</strong>ced plastics 188<br />

injection moulding 162, 188<br />

nanotubes 4–5<br />

natural ceramics 139<br />

necking 40<br />

neoprene 161<br />

network modifiers 133<br />

nickel alloys 101–2<br />

copper-nickel 97–8<br />

nickel-chromium 102<br />

nickel-copper 102<br />

Nimonic alloys 102<br />

nitride ceramics 145–6<br />

nitriding 83–4<br />

nodular graphite cast iron 114<br />

non-heat treatable aluminium alloys 86–7<br />

normalising steel 73<br />

nucleation 8–10<br />

number average molecular weight 28<br />

nylon 159

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