Ferry M. Direct Stripcasting of Metals and Alloys: Processing, Microstructure and Properties
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Index
A B
Aluminium alloys
13
Batch annealing
215
Alloying elements
14
Bessemer twin roll caster
83
Aluminium grades
14
Billet casting
65
Beltlblock casting methods
75
Cast microstructure
155,
182
c
Direct chill casting
65
Grain morphology 155, 184
Carbon steels 2
Homogenisation
200
Alloying elements 4
Particle morphology 184
Austenitisation
199
Recrystallization
221
Cast microstructure
156,
162
Segregation
189
Cold rolling 207
Strip casting methods
76,
84,
89
Homogenisation
200
Textures 186,224,233
Hot
rolling
203
Annealing methods
215
Phase transformations 8
Batch annealing
215
Recrystallization
216
Continuous annealing
215
Slab casting
70
Articulated chill block caster
75
Strip casting
methods
85,
88
Austenitisation treatments 199
Textures 161,219,231
Austenitic stainless steels 9
Thin slab casting
72
Cast microstructure 164
Warm
rolling
213
Cold rolling
208
Cast strip quality
145
Homogenisation
200
Internal defects
145
Phase formation 166
Surface defects 146
Recrystallization
220
CastripTM
LLC 86,88
Segregation
169
Cast structure
49
Strip casting methods
85,
88
Central equiaxed zone
49
Textures
170,
210,
221
Chill zone
49
271
272
Direct
strip
casting
of
metals
and
alloys
Columnar
zone
49
Casting defects 54,145,146
Cellular
growth
in
solidification
45
Cellular automata-finite element
(CAFE) modelling
178, 244
Chill block
melt
spinning
81
Coatings,
strip
235
Coiling, strip 196
Cold rolling 207
Microstructure 207
Texture 208
Compact
strip
production
(CSP)
73
Constitutional supercooling 38
Mullins-Sekerka theory 42
Continuous
annealing 215
Continuous
casting, definition of
63
Continuous
casting,
methods
of
Belt casting
Chill block casting
Ingot
casting
Slab
castin& steel
Thin
slab casting
Twin
roll casting
72
75
65
70
72
77,83,101
109,
116, 152
Continuous
cooling
transformation (CCT)
196
Conventional continuous
casting (CCC)
63
Conventional
hot
rolling 203
Copper
alloys 24
Alloy
grades
24
Cast
microstructure 192
Homogenisation 202
Recrystallization 226
Strip casting
methods
91
o
Deep
drawing
227, 230, 234
Delta ferrite, formation of 166
Dendrite
arm
spacing 51, 155, 159
165,181,182,184,
19t
192
Dendrite
morphology
45, 151
Dendritic
growth
37
Conditions for
growth
45
Growth
directions
46,
53
Growth
selection
46
Direct chill casting (DCC)
65
Direct
heat
treatments 199
Austenitisation 199
Homogenisation 57, 200
Dissolution kinetics of
phases
202
E
Economics of
strip
casting 95
Edge
dams
in
strip
casting 106
Electromagnetic
edge
containment 107
Electron backscatter diffraction 246
Energy
expenditure
in
DSC 98
Environmental factors
in
DSC 98
F
Fabrication
methods
FATA
Hunter
Inc.
SpeedcasterTM
Su percaster
™
227
84
84
84
Feed-metal tip setback
in
TRC
Ferritic stainless steels
111
9
173, 174
208
34,174
85,88
173,209
206
3
Cast microstructure
Cold rolling
Inoculation
Strip casting
methods
Textures
Ferrite grain refinement
Ferrous alloys
(see
also
Iron
alloys)
Fluid flow
in
casting
Fluidity
of
the
melt
Formability,
sheet
Forming processes
H
53,109,151
53
227,230
227
Hazelett
Corporation
75
Hazelett strip caster 75,
84,
91
Casting alloys
75
Casting configuration 74,112
Heat
transfer 133
Mould
geometry
112
Process control 104
Heat
flux 128, 132, 133,
241
Heat
transfer,
modes
of;
Conduction
128