Materials Science & Engineering A, Structural Materials: Properties, Microstructure and Processing 1993: Vol A166 Index

4 Pages·1993·0.79 MB·English

Materials Science and Engineering, A166 (1993) 243
Author Index of Volume 166
Adams, B. L., 59 Hondros, E. D., 1 Nutt, S. R., 199, 237
Averback, R. S., 169
Jones, R. H., 211 Porter, J. R., 179
Cannon, R. M., 221
Kalu, P. N., 135
Chen, D.-J., 145 Raj, R., 89
Kassner, M. E., 81, 237
Chen, I. W., 51 Ritchie, R. O., 221
Chokshi, A. H., 119 Rogers, S. A., 135
Langdon, T. G., 67, 237
Crooks, R., 135
Lipetzky, P., 199
Singh, R.N., 185
Smith, D. A., 29
Dalgleish, B. J., 221 Mayo, M. J., 145, 237
Dauskardt, R. H., 221 McNaney, J. M., 221
McNelley, T. R., 135 Tao, R., 169
Hague, D.C., 145 Mills, M. J., 35
Henager, Jr., C. H., 211 Wadsworth, J., 97, 237
Higashi, K., 109 Nichols, C. S., 29 Watanabe, T., 11, 237
Hofler, H. J., 169 Nieh, T. G., 97 Weertman, J. R., 161
Elsevier Sequoia
Materials Science and Engineering, A166 (1993) 245-246
Subject Index of Volume 166
Alloys Fibre reinforcement
positive exponent superplasticity in advanced aluminum interfacial properties and high-temperature mechanical
alloys with nano or near-nano scale grained structures, 109 behavior of fiber-reinforced ceramic composites, 185
Aluminium
positive exponent superplasticity in advanced aluminum Grain boundaries
alloys with nano or near-nano scale grained structures, 109 aggregates of grain boundaries: structure and properties, 29
precipitation and recrystallization during processing of a grain boundary design and control for high temperature
superplastic Al-10Mg-0.1Zr alloy, 135 materials, 11
high resolution transmission electron microscopy and atom-
istic calculations of grain boundaries in metals and inter-
Ceramics
metallics, 35
high-temperature plasticity effects in bridged cracks and
mobility control of ceramic grain boundaries and interfaces,
subcritical crack growth in ceramic composites, 211
51
interfacial properties and high-temperature mechanical
orientation imaging microscopy: application to _ the
behavior of fiber-reinforced ceramic composites, 185
measurement of grain boundary structure, 59
mechanics and mechanisms of crack growth at or near
role of small-angle (subgrain boundary) and large-angle (grain
ceramic-metal interfaces: interface engineering strategies
boundary) interfaces on 5- and 3-power-law creep, 81
for promoting toughness, 221
the role of grain boundaries in high temperature deformation,
mobility control of ceramic grain boundaries and interfaces, 51
67
model for interface reaction control in superplastic deforma-
Grain size
tion of non-stoichiometric ceramics, 89
superplasticity in ceramic and metal matrix composites and
processing nanocrystalline ceramics for applications in super-
the role of grain size, segregation, interfaces, and second
plasticity, 145
phase morphology, 97
reinforcements for ceramic—matrix composites for elevated
superplasticity in grained ceramics and ceramic composites:
temperature applications, 179
current understanding and future prospects, 119
superplasticity in ceramic and metal matrix composites and
Grain structures
the role of grain size, segregation, interfaces, and second
positive exponent superplasticity in advanced aluminum
phase morphology, 97
alloys with nano or near-nano scale grained structures, 109
superplasticity in grained ceramics and ceramic composites:
current understanding and future prospects, 119
Hall-Petch strengthening
Composites
Hall-Petch strengthening in nanocrystalline metals, 161
high-temperature plasticity effects in bridged cracks and
subcritical crack growth in ceramic composites, 211
Imaging microscopy
interfacial properties and high-temperature mechanical
orientation imaging microscopy: application to _ the
behavior of fiber-reinforced ceramic composites, 185
measurement of grain boundary structure, 59
reinforcements for ceramic—matrix composites for elevated
Interfaces
temperature applications, 179
future research directions for interface engineering in high
superplasticity in ceramic and metal matrix composites and
temperature plasticity, 237
the role of grain size, segregation, interfaces, and second
interfacial engineering—a perspective, |
phase morphology, 97
interfacial properties and high-temperature mechanical
superplasticity in grained ceramics and ceramic composites:
behavior of fiber-reinforced ceramic composites, 185
current understanding and future prospects, 119
mechanics and mechanisms of crack growth at or near
Cracking
ceramic—metal interfaces: interface engineering strategies
high-temperature plasticity effects in bridged cracks and
for promoting toughness, 221
subcritical crack growth in ceramic composites, 211
mobility control of ceramic grain boundaries and interfaces,
mechanics and mechanisms of crack growth at or near
51
ceramic—metal interfaces: interface engineering strategies
model for interface reaction control in superplastic deforma-
for promoting toughness, 221
tion of non-stoichiometric ceramics, 89
Creep role of small-angle (subgrain boundary) and large-angle (grain
role of small-angle (subgrain boundary) and large-angle (grain
boundary) interfaces on 5- and 3-power-law creep, 81
boundary) interfaces on 5- and 3-power-law creep, 81
superplasticity in ceramic and metal matrix composites and
the role of grain size, segregation, interfaces, and second
Deformation phase morphology, 97
model for interface reaction control in superplastic deforma- Intermetallics
tion of non-stoichiometric ceramics, 89 high resolution transmission electron microscopy and atom-
the role of grain boundaries in high temperature deformation, istic calculations of grain boundaries in metals and inter-
67 metallics, 35
Elsevier Sequoia
246
Magnesium processing nanocrystalline ceramics for applications in super-
precipitation and recrystallization during processing of a plasticity, 145
superplastic Al-10Mg-0.1Zr alloy, 135 superplasticity in ceramic and metal matrix composites and
Mechanical behaviour the role of grain size, segregation, interfaces, and second
interfacial properties and high-temperature mechanical phase morphology, 97
behavior of fiber-reinforced ceramic composites, 185 superplasticity in grained ceramics and ceramic composites:
Metals current understanding and future prospects, 119
Hall—Petch strengthening in nanocrystalline metals, 161 Precipitation
high resolution transmission electron microscopy and atom- precipitation and recrystallization during processing of a
istic calculations of grain boundaries in metals and inter- superplastic Al-10Mg-0.1Zr alloy, 135
metallics, 35
mechanics and mechanisms of crack growth at or near Recrystallization
ceramic-metal interfaces: interface engineering strategies precipitation and recrystallization during processing of a
for promoting toughness, 221 superplastic Al-10Mg-0.1Zr alloy, 135
Reinforcement
reinforcements for ceramic—matrix composites for elevated
Nano-grained materials temperature applications, 179
processing of nano-grained materials, 169
Nanocrystals Segregation
Hall-Petch strengthening in nanocrystalline metals, 161 superplasticity in ceramic and metal matrix composites and
processing nanocrystalline ceramics for applications in super- the role of grain size, segregation, interfaces, and second
plasticity, 145 phase morphology, 97
Toughness
Plasticity mechanics and mechanisms of crack growth at or near
future research directions for interface engineering in high ceramic-metal interfaces: interface engineering strategies
temperature plasticity, 237 for promoting toughness, 221
high-temperature plasticity effects in bridged cracks and Transmission electron microscopy
subcritical crack growth in ceramic composites, 211 high resolution transmission electron microscopy and atom-
model for interface reaction control in superplastic deforma- istic calculations of grain boundaries in metals and inter-
tion of non-stoichiometric ceramics, 89 metallics, 35
positive exponent superplasticity in advanced aluminum
alloys with nano or near-nano scale grained structures, 109 Zirconium
precipitation and recrystallization during processing of a precipitation and recrystallization during processing of a
superplastic Al-10Mg-0.1Zr alloy, 135 superplastic Al-10Mg-0.1Zr alloy, 135