Materials for engineering, 3rd Edition - (Malestrom)

Index
acrylics 160
adhesives 121
adhesive bonding 120–2, 178
ageing of alloys 77–80, 91–2
aggregates 152–3
aliphatic polymers 180
alloy hardening 76–80
alloys
ageing process 77–80, 91–2
aluminium alloys 55, 84–8
cast irons 112–15
copper alloys 94–9
creep-resistant 80–2
degradation 122–31
glass forming alloy systems 156
joining mechanisms 115–22
lead alloys 99
magnesium alloys 88–90
mechanical alloying 102
nickel alloys 101–2
Nimonic alloys 102
strengthening mechanisms 71–84
superalloys 81, 102
titanium alloys 90–4
zinc alloys 99–101
see also steels
alumina 142–3
aluminium alloys 55, 84–8
aluminium–copper 85, 87–8
aluminium–magnesium 86
aluminium–magnesium-silicon 88
aluminium–manganese 86–7
aluminium–silicon 84–5
aluminium–zinc-magnesium 88
cast aluminium 84–6
heat treatable 87–8
magnesium-aluminium 88
non-heat treatable 86–7
shrinkage 84
wrought aluminium 86–8
aluminium bronzes 98
anelasticity 65
aqueous environments 125–8
Archard wear equation 129
arsenical copper 95
ASTM (American Society for Testing
Materials) 37
grain size number 72
atactic linear polymers 29
atomic bonding 3–6
atomistic simulation 184
austenitic steels 73, 110, 111
autoclave curing 188
automotive industry 121
bainitic steels 108
Basquin exponent 57
Bauschinger Effect 39–40
bend testing 43–4
beryllium, copper-beryllium alloys 95–6
blow moulding 162–3
bonding
adhesive bonding 120–2
types of interatomic bonding 3–6
see also joining mechanisms
borosilicate glasses 134–6
boundary lubrication 130
branched polymers 30
brasses 96–7
brazing 116–17
243