كتاب Casting Aluminum Alloys

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سباكة سبائك الألمونيوم
Casting Aluminum Alloys

ويتناول العناوين الآتية :

aging
AiSi alloys
casting properties of
characteristics of crack resistance
fracture toughness fatigue
properties and thermal stability
corrosion resistance of
Al alloys    see also specific alloys
alloying elements in
ancillary additions in
casting properties see casting properties
of Al alloys
impurities in
AlBeFeSi phase diagram
AlBeFe system
AlBeSi system
AlCe alloys
AlCeCu system
nonvariant reactions in
phase diagram
AlCeFe system
nonvariant reactions in
phase diagram
AlCeNi system
AlCeSi system
AlCrFe system
AlCrMg system
AlCrMn system
AlCrSi system
nonvariant phase reactions in
AlCu alloys
AlCuFeMg system
nonvariant phase reactions in
phase diagram
AlCuFeNi system
AlCuFeSi system
nonvariant reactions in fivephase
phase diagram
AlCuFe system
nonvariant reactions in
phase diagram
AlCuMgMn system
nonvariant reactions in
phase diagram
AlCuMgSi system
nonvariant reactions in
phase diagram
AlCuMg system
nonvariant reactions in
phase diagram
AlCuMgZn system
nonvariant reactions in
phase diagram
AlCuMn system
nonvariant phase reactions in
phase diagram
AlCuNi system
nonvariant phase reactions in
phase diagram
AlCuSi system
AlCu (xx) alloys
alloying elements
copper
iron
magnesium
manganese
nickel
silicon
castability in
mechanical properties
Russian alloy AM.Kd
AlCuZn system
nonvariant reactions in
phase diagram
AlFeCuMgSi system
alloys rich in magnesium
alloys with high content of copper
alloys with high content of silicon
bivariant reactions in
monovariant reactions in
nonvariant phase reactions of
solidification in
nonvariant reactions in
phase diagram
Index
AlFeMgMn system
AlFeMgSi system
nonvariant fivephase reactions in
phase diagram
AlFeMg system
AlFeMnSi system
chemical composition of intermediate
phases in
nonvariant fivephase reactions in
nonvariant reactions in
phase diagram
AlFeMn system
AlFeNiSi system
nonvariant phase reactions in
phase diagram
AlFeNi system
nonvariant reactions in
phase diagram
AlFeSi system
phase diagram
solubility of Fe and Si in Al
AllenCahn equations
alloying elements
functions
groups for aluminum alloy design
alloying elements and constituent particles in
industrial casting alloys
see also specific alloys
alloys of the solid solution type
alloy systems basic role of alloying elements
AlMg alloys equations relating mechanical
properties of to grain size
AlMg alloys (xx alloys) see also industrial
AlMg and AlMgZn alloys
alloying elements
copper
iron
magnesium
manganese
silicon
zinc
castability in
casting properties of
characteristics
equilibrium solidus of
AlMgMnSi system
nonvariant reactions in
phase diagram
AlMgMn system
AlMgNiSi system
phase diagram
AlMgSi system
joint solubility of Mg and Si in solid Al
nonvariant phase reactions in
phase diagram
AlMgZn alloys characteristics of
microsegregation in
AlMgZn system
mutual solubility of Mg and Zn in solid
aluminum
nonvariant phase reactions in
phase diagram
AlMnNi system
AlMnSi system
maximum solubility of Mn and Si in Al
nonvariant fourphase reactions in
phase diagram
AlNi alloys
AlSi alloys
binary
casting
AlSi alloys with lowSi
alloying elements distribution
copper and magnesium
iron
manganese
and mechanical properties
silicon
zinc
microstructure of
AlSi alloys (xx and xx alloys)    see also
AlSi alloys
alloying elements
beryllium
copper
iron
magnesium
manganese
nickel
silicon
zinc
castability
compositions
with copper and zinc
engine piston AlSi alloys see engine
piston AlSi alloys
Index
fractography of Cubearing AlSi alloys
with small amounts of silicon
phase composition of xx alloys
of Russian nomenclature
copperless AlSi alloys (xx and xx alloys)
fractography of
microstructure
phase composition
of Russian nomenclature
corrosion resistance
distribution of alloying elements
mechanical properties
AlSiNi system
Al ZnMgCu system
chemical composition of highstrength
corrosionresistant alloys based on
eutectic alloys based
Aluminum Association nomenclature alloys
ancillary additions
ATsMgN alloy
AZN alloy
beryllium
binary Al alloys
mechanical properties dependence and
chemical composition
binary alloys
composition and homogenization time
eutectic AlSi master alloys
microsegregation elimination kinetics in
nonequilibrium eutectic (QME) in a
volume fraction
binary phase diagrams closer to aluminum side
Bochvar theory
βphase inclusions and dissolution
Burgers vector
cadmium
CahnHilliard equation
castability see also casting properties of Al alloys
in AlMg (xx) alloys
improvement in eutectic alloys
in industrial AlCu (xx) alloys
in industrial AlSi (xx and xx) alloys
casting Al alloys see also new casting alloys;
specific alloys
aging after casting and quenching
castability dependence of see casting
properties of Al alloys
fracture toughness and fatigue properties of
grain microstructure of
highstrength weldable casting alloy see
AZN alloy
homogenizing heat treatment for see
homogenization processes in
mechanical properties dependence of
see mechanical properties
dependence of
oxides and fatigue life of
standard compositions of
with transition metals see thermally stable
alloys
casting Al alloys substructure of
decomposition of aluminum solid solution
dislocation microstructures
influence of solidification conditions
upon
mechanisms of formation
dislocation structures types of
Casting cooling rate and dissolution time
casting hermeticity
casting properties of Al alloys
basic
hermeticity casting
hot cracking
linear shrinkage
liquid fluidity
macrosegregation
molten metal fluidity
volume shrinkage
concentration dependence of
casting properties of AlMg alloys
coagulation in homogenization see
fragmentation and spheroidization
processes
Index
compositions alloy
of binary alloys and homogenization time
and subgrain growth during
homogenization
concentration
of alloying elements and aging
of alloying elements and microsegregation
binary alloys
multicomponent alloys
dependence on casting properties
gradient of excessive constituent particles
of silicon and microstructure of AlSi alloys
of transition metals and decomposition of
Al solution
copper and zinc bearing AlSi alloys (of
Russian nomenclature)
AKM (AlSiCu)
AKM (AlSiCu)
AKM (AlSiCu)
AKM (AlSiCu)
AKM (AlSiCu)
AKM (AlSiCu)
AKM (AlSiCu)
AKM (AlSiCu)
chemical composition of
copperless AlSi alloys (of Russian
nomenclature)
AK (AlSi)
AK (AlSi)
AK (AlSi)
AK (AlSi)
AK (AlSi)
AKSu
corrosion resistance AlSi alloys (xx and xx
alloys)
decomposition of aluminum solid solutions
before quenching
deformation diagrams for ascast and
quenched aluminum alloys
degree of alloying tensile mechanical
properties and
dendritic solidification
D phasefield modeling of
of pure metals
density
in alloys with subgrain microstructure
of dislocations see dislocation density of
alloys
dislocation density of alloys
and fracture toughness
tensile mechanical properties and
dislocation microstructures
alloys on the basis of AlCu system
alloys on the basis of AlMg system
and homogenization
influence of solidification conditions upon
mechanisms of formation in cast aluminum
alloys
dispersoids
dissolution during homogenization see also
dissolution kinetics
activation energy of
of βphase inclusions
kinetics and experimental studies
of nonequilibrium constituent particles
time
casting cooling rate and
and effect of refinement of ascast
microstructure on
equations relating of excessive phases
dissolved particles thickness
of nonequilibrium eutectic dissolution
dissolution kinetics
experimental studies
and homogenization temperature
dependence
microstructure characteristics of
solidification rate and
effective solidification range
engine piston AlSi alloys    see also
AlSi alloys (xx and xx alloys)
chemical composition
fractography of
phase composition
Index
of Russian nomenclature
AKMMgN (AlSiCuMgNi)
AKMMgN (AlSiCuMgNi)
AKM.N. (AlSi.Cu.Ni)
equilibrium thermodynamics
of concentrationally nonuniform systems
Eulerian tensor field
eutectic alloys
multicomponent
alloy castability improvement
mechanical properties
microstructure analysis
phase composition in
silicon phase in
phasefield models of solidification of
fatigue properties of casting Al alloys
fivecomponent phase diagrams
AlFeCuMgSi system
fivecomponent systems with manganese
fractography
of copperbearing AlSi alloys with small
amounts of silicon
copperless AlSi alloys (xx and xx alloys)
of engine piston AlSi alloys
fracture toughness of casting Al alloys
fragmentation and spheroidization processes
friction stress parameter
GinzburgLandau equation
grain microstructure of cast aluminum alloy
grain refinement during homogenization
grain size and homogenization
grain size effect
and fracture toughness
tensile mechanical properties and
HallPetch relationship
heat treatment(s) for casting Al alloys
homogenizing    see also homogenization
processes in types
hermeticity casting
highstrength alloys of solid solution type
hightemperature homogenization
see also homogenization
alloying element concentrations and
porosity and
homogenization
grain refinement in
grain size and dislocation microstructures
changes during
hightemperature see hightemperature
homogenization
particle morphologies change during see
fragmentation and spheroidization
processes
processes in
decomposition of aluminum solid
solution containing transition metals
dissolution of nonequilibrium
constituent particles
fragmentation and spheroidization
processes
grain size and dislocation microstructures
changes in
microsegregation elimination during
porosity development
solidification rate and see solidification rate
during homogenization
time
and composition of binary alloys
and volume fraction
hot cracking
index (HCI)
probes
hot tearing susceptibility (HTS)
hypoeutectic alloys
impurities
industrial alloys        see also specific alloys
Index
industrial AlMg and AlMgZn alloys
see also AlMg alloys
(xx alloys)
AMg (AlMg)
AMg (AlMg)
AMg (AlMg) alloy
AMgK (AlMgSi)
AMgK.M (AlMg.SiCu)
AMgl alloy
AMglch (AlMg) alloy
AMgMts (AlMgMn)
ATsMg (AlZnMg)
industrial casting Al alloys see specific alloys
Kirkendall effect
Lagrangian tensor field
lead    see also AlSi alloys
linear shrinkage
liquid fluidity
lithium
local macrosegregation
machine equation
macrosegregation
macrostructure
magnesium
magnesium silicide
manganese
mechanical properties
of AlCu alloys role of alloying elements
and constituent particles in
of AlSi alloys
heat treatment scheme and
and role of alloying elements and
constituent particles in
of engine piston AlSi alloys see engine
piston AlSi alloys
mechanical properties dependence of
calculation using microstructural parameters
on chemical composition regularities in
changes of
on microstructure
fracture toughness and fatigue properties
geometry of deformation diagrams for
ascast and quenched aluminum alloys
tensile mechanical properties and see
tensile mechanical properties
micress (microstructure simulation software)
microsegregation
in binary aluminum alloys
concentration threshold for appearance of
nonequilibrium constituent particles
(phases)
elimination kinetics
binary alloys
multicomponent alloys
in threecomponent and industrial
aluminum alloys
key alloying elements
manganese
in twocomponent aluminum alloys
microstructure      see also specific entries
characteristics
calculation of mechanical properties of
castings using
tensile mechanical properties and
and hot cracking
mechanical properties dependence on
fracture toughness and fatigue properties
geometry of deformation diagrams for
ascast and quenched aluminum alloys
tensile mechanical properties and see
tensile mechanical properties
microstructure and homogenization
characteristics of dissolution kinetics
fragmentation and spheroidization processes
effect on
microsegregation elimination and
binary alloys
multicomponent alloys
refinement of ascast microstructure and
dissolution kinetics
molten metal fluidity
multicomponent alloys see also eutectic alloys
multicomponent
Index
grain size change in
microsegregation elimination kinetics in
new casting alloys
alloys with small amounts of eutectic
alloy
alloy
alloy
ALp alloy
Al ZnMgCu system for
AMgK alloy
drawbacks
VAL alloy
VAL alloy
AlSi alloys with lowSi
ATsMgN alloy
AZN alloy
eutectic alloys
with small amounts of silicon
thermally stable alloys with transition
metals
nickalin see AZN alloy
nonequilibrium eutectic (QME) in a binary
alloy
nonequilibrium solidification
nonequilibrium solidification of binary alloys
microsegregation
in binary aluminum alloys
concentration threshold for appearance of
nonequilibrium constituent particles
(phases)
in twocomponent aluminum alloys
solidification
constituent particles of secondary
(excessive) phases
suppression of peritectic reactions
nonequilibrium solidification of
multicomponent alloys
microsegregation in threecomponent and
industrial aluminum alloys
key alloying elements
manganese
phase diagrams
AlCuFeSi system
AlFeMgSi system
AlFeNiSi system
AlFeSi system
order parameters
oxides and fatigue life of cast Al alloys
peritectic reactions
phase composition
of copperless AlSi alloys and in heat
treatments
engine piston AlSi alloys
of xx series alloys role of alloying elements
and constituents particle
of xx series alloys
of xx series alloys role of alloying elements
and constituents particle
phase diagrams
AlCuFeSi system
AlFeMgSi system
AlFeNiSi system
AlFeSi system
phasefield methodology
dendritic solidification of pure metals
phasefield models of solidification
of eutectic alloys
solidification microstructure calculations
phasefield theory
PiolaKirchoff stress
porosity development and homogenization
quantitative characteristics of alloy structure
and methods of its evaluation
refinement of ascast microstructure
regression equations drawbacks of
Russian aluminum alloys    see also engine
piston AlSi alloys
AM.Kd
with copper and zinc
copperless AlSi alloys (xx and xx alloys)
mechanical properties
Index
Russian casting aluminum alloys
heat treatments of
precipitation and microstructure of
secondary precipitation of excessive phases
shrinkage voids
silver
solidification
constituent particles of secondary (excessive)
phases
dendritic see dendritic solidification
microstructure of calculations
phasefield models to
of eutectic alloys
suppression of peritectic reactions
volume shrinkage during
solidification rate during homogenization
and dissolution kinetics
and grain size distribution
solid solution strengthening
copper addition and
zinc addition and
spheroidization processes see fragmentation
and spheroidization processes
substructure of casting aluminum alloys
decomposition of aluminum solid solution
dislocation microstructures
influence of solidification conditions
upon
mechanisms of formation
dislocation structures types of
tensile mechanical properties and
tensile mechanical properties
dislocation density of alloys and
grain size
microstructure characteristics
of pores
secondary precipitation of excessive phases
subgrain microstructure and
substructure
thermally stable alloys with transition metals
AlTMTM type composition
microstructure analysis
ThermoCalc
Tiller’s theory
tin
transition elements
and aging of castings after casting and
quenching
and decomposition of Al solid solutions
transition metals
in aluminum alloys
in thermally stable alloys
uniaxial tensile testing in finite deformations
derivations of equations
finite deformations
infinitesimally small deformations
volume fraction
of excessive eutectic phases and fracture
toughness
and homogenization time
of nonequilibrium phases in commercial
alloys
of pores
tensile mechanical properties and
of solidification
volume shrinkage during solidification
work hardening
zonal macrosegregation

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