Materials for engineering, 3rd Edition - (Malestrom)
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Index 251<br />
nitriding 83–4<br />
normalising 73<br />
pearlitic 108<br />
solution strengthening 104<br />
stainless 110–12<br />
strip 103–4<br />
structural 105<br />
tempering 106<br />
ultra-high strength 108–9<br />
weathering 127–8<br />
stiffness<br />
of composite materials 194–201<br />
of organic polymeric materials 164–5<br />
stircasting 190–1<br />
strengthening metals and alloys 71–84<br />
alloy hardening 76–80<br />
combination methods 80<br />
fatigue failure resistance 82–4<br />
grain size strengthening 72–6<br />
hardness tests 45–7<br />
at high temperature 80–2<br />
precipitation hardening 77–80<br />
solute hardening 76<br />
steel 106–8<br />
surface hardening 83–4<br />
work hardening 40, 71–2, 83<br />
stress effects and fatigue 57–8<br />
stress patterns 56<br />
stress-corrosion cracking 62, 128<br />
stress-strain curves 41–3<br />
strip steels 103–4<br />
structural steels 105<br />
structure of materials 3–34<br />
crystal structure 3–6<br />
microstructure 7–27<br />
molecular structure of glasses 32–4<br />
molecular structure of polymers 27–32,<br />
182–4<br />
substitutional solid solutions 15, 76<br />
superalloys 81, 102<br />
superplasticisers 154<br />
superplasticity 52, 54–5<br />
supersaturated solutions 25, 27<br />
surface finishes 83<br />
surface hardening 83–4<br />
survival probability 45<br />
syndiotactic linear polymers 29<br />
TBCs (thermal barrier coatings) 102<br />
teflon 159<br />
TEM (transmission electron microscopy)<br />
11, 13–14<br />
temper carbon 114<br />
temperature<br />
high temperature strengthening<br />
mechanisms 80–2<br />
thermal fatigue 173–4<br />
thermal shock resistance of glass 134–6<br />
thermal toughening of glass 136<br />
tempering steel 106<br />
tensile modulus of polymers 167<br />
tensile strength of composite materials<br />
202–8<br />
tensile tests 37–43<br />
Bauschinger Effect 39–40<br />
elastic behaviour 38–9<br />
<strong>engineering</strong> stress-strain curve 41<br />
gauge length 37, 40<br />
limit of proportionality 38<br />
load-elongation curve 40<br />
necking 40<br />
plastic de<strong>for</strong>mation 40<br />
proof stress 39<br />
true stress-strain curve 41–3<br />
UTS (Ultimate Tensile Stress) 41<br />
thermal barrier coatings (TBCs) 102<br />
thermal fatigue 173–4<br />
thermal shock resistance of glass 134–6<br />
thermal toughening of glass 136<br />
thermo-mechanical grain size strengthening<br />
75–6<br />
thermoplastic polyester (PET) 159<br />
thermoplastics 31, 32, 159–60, 161<br />
thermosets 31, 32, 160, 161<br />
time-dependent elastic properties 64–7<br />
tin, copper-tin alloys 98<br />
tinman’s solder 21<br />
titania coatings 137<br />
titanium alloys 55, 90–4<br />
total fatigue life 55<br />
tough pitch copper 95<br />
toughening<br />
glass 136–7<br />
organic polymeric materials 168<br />
steel 106–8<br />
zirconia 144–5<br />
see also strengthening metals and alloys<br />
transmission electron microscopy (TEM)<br />
11, 13–14<br />
tribology 130