Materials Science & Engineering. A, Structural Materials: Properties, Microstructure and Processing 1991: Vol A138 Index

4 Pages·1991·1.1 MB·English

Materials Science and Engineering, A138 (1991) 295-297
Subject Index of Vol. 138
Alloys Chromium
a critical assessment of the @ projection concept for creep effects of dwell time on the creep damage generated in
life prediction of nickel-based superalloy components, AISI type 347 weld and 1CrMoV steel during creep
213 fatigue loading, 103
cyclic hardening and substructure of Al-Mg alloys, 49 Composites
decomposition of dilute Ni-Ti alloys studied by high fracture mechanisms of fiber-reinforced titanium alloy
resolution X-ray diffractometry, 147 matrix composites. Part I: Interfacial behavior, 155
effect of electric field on cavitation in superplastic alu- fracture mechanisms of fiber-reinforced titanium alloy
minum alloy 7475, 247 matrix composites. Part II: Tensile behavior, 169
fracture mechanisms of fiber-reinforced titanium alloy fracture mechanisms of fiber-reinforced titanium alloy
matrix composites. Part I: Interfacial behavior, 155 matrix composites. Part III: Toughening behavior, 181
fracture mechanisms of fiber-reinforced titanium alloy response of whisker-reinforced ceramic matrix composites
matrix composites. Part II: Tensile behavior, 169 to dynamic compressive loading, 63
fracture mechanisms of fiber-reinforced titanium alloy the fracture mode in SiC-Al composites, 227
matrix composites. Part III: Toughening behavior, 181 tribology of Al-Si alloy-graphite composites: tribo-
frequency effects on fatigue crack growth behavior in a induced graphite films and the role of silicon mor-
near-a titanium alloy, 69 phology, 123
new constitutive equation for two-phase superplastic Copper
titanium alloys, 221 dynamic deformation of shock prestrained copper, 23
on the thermodynamic driving force for diffusion-induced Crack growth
grain boundary migration, discontinuous precipitation frequency effects on fatigue crack growth behavior in a
and liquid film migration in binary alloys, 133 near-a titanium alloy, 69
the effect of microstructure on the mechanical behavior investigation of room- and elevated-temperature fatigue
and fracture mechanism in a 7050-T76 aluminum crack growth in Ti-48Al, 95
alloy, 275 Crack initiation
tribology of Al-Si alloy-graphite composites: tribo- fatigue damage accumulation in nickel prior to crack
induced graphite films and the role of silicon mor- initiation, 191
phology, 123 Crack propagation
Aluminium threshold and effective threshold of fatigue crack propaga-
1000-1300 K slow strain rate properties of NiAl contain- tion in ARMCO iron. I: The influence of grain size and
ing dispersed TiB, and HfB,, 83 cold working, 1
cyclic hardening and substructure of Al-Mg alloys, 49 threshold and effective threshold of fatigue crack propaga-
effect of electric field on cavitation in superplastic alumi- tion in ARMCO iron. II: The influence of environment,
num alloy 7475, 247 15
investigation of room- and elevated-temperature fatigue Creep
crack growth in Ti-48Al, 95 a critical assessment of the @ projection concept for creep
strain rate sensitivity effects with forming characteristics of life prediction of nickel-based superalloy components,
superplastic Ti-6AI-4V, 205 213
the effect of microstructure on the mechanical behavior effects of dwell time on the creep damage generated in
and fracture mechanism in a 7050-T76 aluminum AISI type 347 weld and 1CrMoV steel during creep
alloy, 275 fatigue loading, 103
the fracture mode in SiC-Al composites, 227 Cyclic hardening
tribology of AlI-Si alloy-graphite composites: tribo- cyclic hardening and substructure of Al-Mg alloys, 49
induced graphite films and the role of silicon mor-
phology, 123 Damage
fatigue damage accumulation in nickel prior to crack
Boron initiation, 191
1000-1300 K slow strain rate properties of NiAl contain- Deformation
ing dispersed TiB, and HfB,, 83 a study of shear deformation and work hardening of
metals under pressures to 2100 MPa, 33
Carbon dynamic deformation of shock prestrained copper, 23
the fracture mode in SiC-Al composites, 227 Discontinuous precipitation
Ceramics on the thermodynamic driving force for diffusion-induced
response of whisker-reinforced ceramic matrix composites grain boundary migration, discontinuous precipitation
to dynamic compressive loading, 63 and liquid film migration in binary alloys, 133
© Elsevier Sequoia/Printed in The Netherlands
296
Fatigue Liquid film migration
effects of dwell tinse on the creep damage generated in on the thermodynamic driving force for diffusion-induced
AISI type 347? weld and 1CrMovV steel during creep grain boundary migration, discontinuous precipitation
fatigue Loading, 1 O03 and liquid film migration in binary alloys, 133
fatigue dasmage accumulation in nickel prior to crack
initéation, 19 1 Magnesium
frequency effects om fatigue crack growth behavior in a cyclic hardening and substructure of Al-Mg alloys, 49
Neat-a titaniam alloy, 69 Metals
in vestigation of toom- and elevated-temperature fatigue a study of shear deformation and work hardening of
crack growth in T 1-48 Al, 95 metals under pressures to 2100 MPa, 33
thresh old and effective thresh old of fatigue crack propaga- Microstructure
tion in ARMCO fron. I: The influence of grain size and the effect of microstructure on the mechanical behavior
cold working, | and fracture mechanism in a 7050-T76 aluminum
threshold and effective thresh old of fatigue crack propaga- alloy, 275
tion in ARMCO Zron. Il: T he influence of environment, Molybdenum
15 effects of dwell time on the creep damage generated in
Fibers AISI type 347 and 1CrMoV steel during creep fatigue
fracture mechanisnss of fiber-reinforced titanium alloy loading, 103
matrix compOsiteS. Partl:I nterfacial behavior, 155
fracture mechanisnss of fiber-reinforced titanium alloy Nickel
matrix cOMmpOsites. Part II: Tensile behavior, 169 1000-1300 K slow strain rate properties of NiAl contain-
fracture mechanisnss of fiber-reinforced titanium alloy ing dispersed TiB, and HfB,, 83
MatTix cOMpOsites. Part III: Toughening behavior, 181 a critical assessment of the @ projection concept for creep
Fracture life prediction of nickel-based superalloy components,
fracture mechanisnss of fiber-reinforced titanium alloy 213
Matrix composites. Part:I nterfacial behavior, 155 decomposition of dilute Ni-Ti alloys studied by high
frcture mechanisms of fiber-reinforced titanium alloy resolution X-ray diffractometry, 147
mat#ix cOMmpOsites. Part II: Tensile behavior, 169 fatigue damage accumulation in nickel prior to crack
fracture mechanisms of fiber-reinforced titanium alloy initiation, 191
Mat#ix composites. Part II: Toughening behavior, 181
the effect of microstructure On the mechanical behavior Polycrystals
and fracture mechanism in a 7050-T76 aluminum substrate evolution and flow behaviour of AISI 316L
alloy, 275 stainless steel polycrystals at room temperature, 237
the fracture mode in SiC—Al composites, 227
Shock
dynamic deformation of shock prestrained copper, 23
Grain boundary migration
Silicon
on the thersmod ynamic diving force for diffusion-induced
the fracture mode in SiC-Al composites, 227
graim boundary migration, discontinuous precipitation
tribology of Al-Si alloy-graphite composites: tribo-
and liquid film migtationin binary alloys, 133
induced graphite films and the role of silicon mor-
Graphite
phology, 123
tribology of Al-Si alloy-Graphite composites: tribo-
Steels
induced gtaphite films and the role of silicon mor-
phase embrittlement of a type 310 stainless steel, 259
PhoSogy, 123
development and properties of tungsten-bearing stainless
maraging steels, 267
Hafnium effects of dwell time on the creep damage generated in
1000— 1300 K slow Strain rate properties of NiAl contain- AISI type 347 weld and 1CrMoV steel during creep
ing dispersed TiB 2 and HfB2,83 fatigue loading, 103
substrate evolution and flow behaviour of AISI 316L
stainless steel polycrystals at room temperature, 237
Inorganic materials Strain
dimensional-structusal relationships of the strength of 1000-1300 K slow strain rate properties of NiAl contain-
two-Phase polycrystalline irsorganic materials, 109 ing dispersed TiB, and HfB,, 83
Interfaces strain rate sensitivity effects with forming characteristics of
fracture mechanisms of fiber-reinforced titanium alloy superplastic Ti-6AI-4V, 205
Mat¥FiX cOMpOsitePsa.rt |:I nterfacial behavior, 155 Structure
fron dimensional-structural relationships of the strength of
threshold amd effective th reshold of fatigue crack propaga- two-phase polycrystalline inorganic materials, 109
tion inA RMCO iton. i Thei nfluence of grain size and Substructure
cold Working. l cyclic hardening and substructure of Al-Mg alloys, 49
threshold amd effective th reshold of fatigue crack propaga- Superplastics
tion nA RM©O ion. Il The influence of environment, effect of electric field on cavitation in superplastic alumi-
1S num alloy 7475, 247
297
new constitutive equation for two-phase superplastic investigation of room- and elevated-temperature fatigue
titanium alloys, 221 crack growth in Ti-48Al, 95
strain rate sensitivity effects with forming characteristics of new constitutive equation for two-phase superplastic
superplastic Ti-6AI-4V, 205 titanium alloys, 221
strain rate sensitivity effects with forming characteristics of
Tensiles superplastic Ti-6Al-4V, 205
fracture mechanisms of fiber-reinforced titanium alloy Tribology
matrix composites. Part II: Tensile behavior, 169 tribology of Al-Si alloy-graphite composites: tribo-
Thresholds induced graphite films and the role of silicon mor-
threshold and effective threshold of fatigue crack propaga- phology, 123
tion in ARMCO iron. I: The influence of grain size and Tungsten
cold working, 1 development and properties of tungsten-bearing stainless
threshold and effective threshold of fatigue crack propaga- maraging steels, 267
tion in ARMCO iron. II: The influence of environment,
15 Vanadium
Titanium effects of dwell time on the creep damage generated in
1000-1300 K slow strain rate properties of NiAlI contain- AISI type 347 weld and 1CrMoV steel during creep
ing dispersed TiB, and HfB,, 83 fatigue loading, 103
decomposition of dilute Ni-Ti alloys studied by high strain rate sensitivity effects with forming characteristics of
resolution X-ray diffractometry, 147 superplastic Ti-6AI-4V, 205
fracture mechanisms of fiber-reinforced titanium alloy
matrix composites. Part I: Interfacial behavior, 155 Work hardening
fracture mechanisms of fiber-reinforced titanium alloy a study of shear deformation and work hardening of
matrix composites. Part II: Tensile behavior, 169 metals under pressures to 2100 MPa, 33
fracture mechanisms of fiber-reinforced titanium alloy
matrix composites. Part III: Toughening behavior, 181 X-ray diffractometry
frequency effects on fatigue crack growth behavior in a decomposition of dilute Ni-Ti alloys studied by high
near-titanium alloy, 69 resolution X-ray diffractometry, 147