MATERIALS SCIENCE & ENGINEERING A Materials Science and Engineering A201 (1995) 289 Author Index of Volume 201 Almgqvist, N. 277 Huang, C.M. 159 Pink, E. 58 Apgar, L.S. 169 Huntz, A.M. 21] Arsenault, R.J. 13 Raj, S.V. 229 Ravichandran, K.S. 269 lung, T. L8 Baker, T.N. 257 Redsten, A.M. 88 Bartels, A. 182 Romero, J.C. 13 Klier, E.M. 88 Bartholomeusz, M.F. 24 Rubel, M. 277 Koeppe, C. 182 Batsanov, S.S. 150 Kong, S. 65 Saqib, M. 169 Bhadeshia, H.K.D.H. 143 Krawitz, A.D. 134 Schretter, P. 182 Brown, A.M. 88 Krause, Jr., R.F. 13 Shin, D.H. 118 Kriven, W.M. 159 Shipway, P.H. 143 Cadek, J. 127 Kumar, S. 58 Soliman, M.S. 111 Cantrell, M.A. 24 Kunz, L. 65 Song, Y. 257 Chen, H.C. 150 Stickler, R. 65 Christ, H.-J. 1 LaSalvia, J.C. 150 Sustek, V. 127 Clemens, H. 182 Lavernia, E.J. 118 Tan, M. LI Li, G.B. L5 Dang, P. 194 Tjong, S.C. L5 Li, J.C.M. 40, 50 Dunand, D.C. 88 LLorca, J. 77 Tsao, C.-Y.A. 261 Lukas, P. 65 Eylon, D. 169 Violan, P. 32 Mackin, T. 159 Wang, L. L5 Fouilland-Paillé, L. 32 Marquis, F.D.S. 150 Weisbrook, C.M. 134 Franconi, E. 277 Martin, A. 77 Weiss, B. 65 Gavrilkin, S.M. 150 Medina Perilla, J.A. 103 Weiss, I. 169 Gerland, M. 32 Meyers, M.A. 150 Wert, J.A. 24 Gil Sevillano, J. 103 Mishra, R.S. 205 Williams, J.A. 242 Glatz, W. 182 Mukherjee, A.B.P.A.K. 205 Xu, Y. 159 Gopalaratnam, V.S. 134 Grange, M. L8 Ottinger, O. | Yang, F. 40, 50 Grant, N.J. 261 Grujicic, M. 194 Pahutova, M. 127 Zhu, D. 159 Park, K.-T. 118 Zhu, S.M. L5 Hoffmann, G. | Parker, J.D. 242 Zhu, Y. LI Elsevier Science S.A. MATERIALS SCIENCE & ENGINEERING A Materials Science and Engineering A201 (1995) 291-293 Subject Index of Volume 201 AA6061 alloy microstructural changes during creep of an SiC/Al,O, composite a calorimetric and metallographic study of precipitation process 13 in AA6061 and its composites 257 the enhanced work hardening rates of the constituent TiAl and Al—Cu alloys Ti,Al phases in a lamellar microstructure 24 effect of Cu concentration on the high-temperature creep behav- Creep behaviour ior of Al—Cu solid solution alloys 111 effect of Cu concentration on the high-temperature creep behav- Alloying ior of Al—Cu solid solution alloys 111 effects of in-situ alloying and microalloying on the microstruc- Crystal defects ture and recrystallization behavior of spray-deposited SAE computer simulation of martensitic transformation in Fe-—Ni 1008 steel sheet 261 face-centered cubic alloys 194 Al,O, Cr,Si alloy thermal residual stresses in a Functionally Graded Material an evaluation of the properties of Cr,Si alloyed with Mo 229 system 269 Cyclic behaviour 6061 Al/SiC composites cyclic behaviour of a 316L stainless steel hardened by an explo- an evaluation of steady state creep mechanism in an Al-Mg/26 sive treatment 32 Al,O,, composite 205 Cyclic deformation Aluminum history effects in metals during constant and variable amplitude mechanical properties and microstructure of cast oxide-disper- testing I: Wavy dislocation glide behaviour | sion-strengthened aluminum 88 Cyclic loading superposition Atomic force microscopy effect of cyclic loading superposition in the primary creep stage surface characterization of SiC composites exposed to deuterium on the strain and fracture behaviour of 16Cr—10W-—4Mo ions, using atomic force microscopy 277 TiAl nickel-base alloy 127 Austenitic materials Cyclic stress—strain response strains generated at austenitic:ferritic dissimilar welds during cyclic stress—strain response and strain localization of polycrys- elastic pressure changes at high temperature 242 talline Cu tested under stress-control and different start-up procedures 65 Bainite Deuterium the effect of small stresses on the kinetics of the bainite transfor- surface characterization of SiC composites exposed to deuterium mation 143 ions, using atomic force microscopy 277 Dislocation Calorimetry history effects in metals during constant and variable amplitude a calorimetric and metallographic study of precipitation process testing I: Wavy dislocation glide behaviour | in AA6061 and its composites 257 Dispersion strengthening Cavitation mechanical properties and microstructure of cast oxide-disper- microstructural changes during creep of an SiC/Al,O, composite sion-strengthened aluminum 88 13 Diffraction peak broadening Ceramic reinforcement use of finite element modeling to interpret diffraction peak a calorimetric and metallographic study of precipitation process broadening from elastic strain distributions 134 in AA6061 and its composites 257 Composite Elastic strain interfacial properties of SiC monofilament reinforced /’-SiAION strains generated at austenitic:ferritic dissimilar welds during composites 159 elastic pressure changes at high temperature 242 Computer simulation use of finite element modeling to interpret diffraction peak computer simulation of impression creep using the hyperbolic broadening from elastic strain distributions 134 sine stress law 50 Explosive treatment computer simulation of martensitic transformation in Fe-—Ni cyclic behaviour of a 316L stainless steel hardened by an explo- face-centered cubic alloys 194 sive treatment 32 Copper history effects in metals during constant and variable amplitude testing I: Wavy dislocation glide behaviour | Failure mechanisms Creep mechanical behaviour and failure mechanisms of a binary Mg- an evaluation of the properties of Cr,Si alloyed with Mo 229 6%Zn alloy reinforced with SiC particulates 77 Elsevier Science S.A. 292 Martensitic transformation Fatigue history effects in metals during constant and variable amplitude computer simulation of martensitic transformation in Fe—Ni testing I: Wavy dislocation glide behaviour | face-centered cubic alloys 194 Ferritic materials Mechanical behaviour strains generated at austenitic:ferritic dissimilar welds during mechanical behaviour and failure mechanisms of a binary Mg elastic pressure changes at high temperature 242 6% Zn alloy reinforced with SiC particulates 77 Fe-—Ni alloys mechanical behaviour of two-phase materials investigated by the computer simulation of martensitic transformation in Fe—Ni finite element method: necessity of three-dimensional model- face-centered cubic alloys 194 ing L8 Fibre reinforced composites Mechanical properties a calorimetric and metallographic study of precipitation process mechanical properties and microstructure of cast oxide-disper- in AA6061 and its composites 257 sion-strengthened aluminum 88 Finite element method Mechanical testing mechanical behaviour of two-phase materials investigated by the optimizing the properties of TiAl sheet material for application finite element method: necessity of three-dimensional model- in heat protection shields or propulsion systems 182 ing L8 Mg-6%Zn alloy mechanical behaviour and failure mechanisms of a binary Mg Finite element modeling 6'%~Zn alloy reinforced with SiC particulates 77 use of finite element modeling to interpret diffraction peak Microalloying broadening from elastic strain distributions 134 effects of in-situ alloying and microalloying on the microstruc- Fracture ture and recrystallization behavior of spray-deposited SAE effect of cyclic loading superposition in the primary creep stage 1008 steel sheet 261 on the strain and fracture behaviour of 16Cr—l10W-4Mo- Microstructure TiAl nickel-base alloy 127 laser surface alloying of Incoloy 800H with silicon carbide: Functionally Graded Material system microstructural aspects L5 thermal residual stresses in a Functionally Graded Material mechanical properties and microstructure of cast oxide-disper- system 269 sion-strengthened aluminum 88 Growth stresses microstructural changes during creep of an SiC/Al,O, composite stresses in NiO, Cr,O, and Al,O, oxide scales 211 13 microstructure and phase morphology during thermochemical High temperature deformation processing of x,-based titanium aluminide castings 169 high-temperature deformation in a superplastic 7475 Al alloy optimizing the properties of TiAl sheet material for application with a relatively large grain size 118 in heat protection shields or propulsion systems 182 History effects Molybdenum history effects in metals during constant and variable amplitude thermal stability of nanostructured materials Ti, Ti, N, Mo and testing I: Wavy dislocation glide behaviour | Mo,N LI Hyperbolic sine stress law Mo-Si computer simulation of impression creep using the hyperbolic effect of shock pressure and plastic strain on chemical reactions sine stress law 50 in Nb—Si and Mo-~—Si systems 150 Impression creep Nanostructure computer simulation of impression creep using the hyperbolic thermal stability of nanostructured materials Ti, Ti, N, Mo and sine stress law 50 Mo,N LI impression test of 63Sn—37Pb eutectic alloy 40 Nb-Si Incoloy 800H effect of shock pressure and plastic strain on chemical reactions laser surface alloying of Incoloy 800H with silicon carbide: in Nb—Si and Mo-Si systems 150 microstructural aspects L5 Nickel Interface thermal residual stresses in a Functionally Graded Material interfacial properties of SiC monofilament reinforced /’-SiAION system 269 composites 159 Nickel-base alloy effect of cyclic loading superposition in the primary creep stage on the strain and fracture behaviour of 16Cr—-10W-—4Mo Joints TiAl nickel-base alloy 127 strains generated at austenitic:ferritic dissimilar welds during elastic pressure changes at high temperature 242 Oxidation properties an evaluation of the properties of Cr,Si alloyed with Mo 229 Oxide scales Kinetics stresses in NiO, Cr,O, and Al,O, oxide scales 211 the effect of small stresses on the kinetics of the bainite transfor- mation 143 Phase morphology microstructure and phase morphology during thermochemical Lamellar microstructure processing of x,-based titanium aluminide castings 169 the enhanced work hardening rates of the constituent TiAl and Plastic strain Ti,Al phases in a lamellar microstructure 24 effect of shock pressure and plastic strain on chemical reactions Laser surface alloying in Nb-—Si and Mo-Si systems 150 laser surface alloying of Incoloy 800H with silicon carbide: Polycrystalline Cu microstructural aspects L5 cyclic stress—strain response and strain localization of polycrys- Low-carbon steel talline Cu tested under stress-control and different start-up patterns of serrated flow in a low-carbon steel 58 procedures 65 Primary creep Stress relaxation effect of cyclic loading superposition in the primary creep stage impression test of 63Sn—37Pb eutectic alloy 40 on the strain and fracture behaviour of 16Cr—-l10W-4Mo stresses in NiO, Cr,O, and Al,O, oxide scales 211 TiAl nickel-base alloy 127 Superplastic 7475 Al alloy high-temperature deformation in a superplastic 7475 Al alloy with a relatively large grain size 118 Recrystallization behaviour Surface roughness effects of in-situ alloying and microalloying on the microstruc- surface characterization of SiC composites exposed to deuterium ture and recrystallization behavior of spray-deposited SAE ions, using atomic force microscopy 277 1008 steel sheet 261 Temperature dependence an evaluation of steady state creep mechanism in an Al-Mg/26 Serrations Al,O,, composite 205 patterns of serrated flow in a low-carbon steel 58 Tensile tests Shear stress high-temperature deformation in a superplastic 7475 Al alloy two-dimensional sections of the yield locus of a Ti-6%Al—4%V with a relatively large grain size 118 alloy with a strong transverse-type crystallographic x-tex- Texture ture 103 two-dimensional sections of the yield locus of a Ti-6%Al—4%V Shock pressure alloy with a strong transverse-type crystallographic x-tex- effect of shock pressure and plastic strain on chemical reactions ture 103 in Nb-—Si and Mo-Si systems 150 Thermal residual stresses B’-SiAION thermal residual stresses in a Functionally Graded Material interfacial properties of SiC monofilament reinforced /’-SiAION system 269 composites 159 Thermal stability SiC/Al,O, composite microstructural changes during creep of an thermal stability of nanostructured materials Ti, Ti,N , Mo and SiC/Al,O, composite 13 Mo,N LI microstructural changes during creep of an SiC/Al,O, composite Thermal stresses 13 stresses in NiO, Cr,O, and Al,O, oxide scales 211 SiC fibre reinforcement Thermochemical processing interfacial properties of SiC monofilament reinforced /’-SiAION microstructure and phase morphology during thermochemical composites 159 processing of x,-based titanium aluminide castings 169 SiC particles Three-dimensional modeling laser surface alloying of Incoloy 800H with silicon carbide: mechanical behaviour of two-phase materials investigated by the microstructural aspects L5 finite element method: necessity of three-dimensional model- SiC particulates ing L8 mechanical behaviour and failure mechanisms of a binary Mg- TiAl 6%Zn alloy reinforced with SiC particulates 77 the enhanced work hardening rates of the constituent TiAl and Silicon carbide Ti,Al phases in a lamellar microstructure 24 surface characterization of SiC composites exposed to deuterium TiAl ions, using atomic force microscopy 277 the enhanced work hardening rates of the constituent TiAl and Sn—Pb eutectic alloy Ti,Al phases in a lamellar microstructure 24 impression test of 63Sn—37Pb eutectic alloy 40 Ti-6%Al—4%V alloy Spray deposited 1008 steel two-dimensional sections of the yield locus of a Ti-6%Al—4%V effects of in-situ alloying and microalloying on the microstruc- alloy with a strong transverse-type crystallographic x-tex- ture and recrystallization behavior of spray-deposited SAE ture 103 1008 steel sheet 261 TiAl sheets Stainless steel optimizing the properties of TiAl sheet material for application cyclic behaviour of a 316L stainless steel hardened by an explo- in heat protection shields or propulsion systems 182 sive treatment 32 Titanium Steady state creep thermal stability of nanostructured materials Ti, Ti,N , Mo and an evaluation of steady state creep mechanism in an Al-Mg/26 Mo,N LI Al,O,, composite 205 Titanium aluminide castings Steels microstructure and phase morphology during thermochemical the effect of small stresses on the kinetics of the bainite transfor- processing of x,-based titanium aluminide castings 169 mation 143 Transmission electron microscopy Strain laser surface alloying of Incoloy 800H with silicon carbide: effect of cyclic loading superposition in the primary creep stage microstructural aspects L5 on the strain and fracture behaviour of 16Cr—-10W-—4Mo- Two-phase materials TiAl nickel-base alloy 127 mechanical behaviour of two-phase materials investigated by the Strain rates finite element method: necessity of three-dimensional model- patterns of serrated flow in a low-carbon steel 58 ing L8 Stress the effect of small stresses on the kinetics of the bainite transfor- WC-Ni composites mation 143 use of finite element modeling to interpret diffraction peak Stress control broadening from elastic strain distributions 134 cyclic stress—strain response and strain localization of polycrys- Work hardening talline Cu tested under stress-control and different start-up the enhanced work hardening rates of the constituent TiAl and procedures 65 Ti,Al phases in a lamellar microstructure 24