Table Of Content

Materials Science and Technology Author and Subject Indexes Vol. 12, 1996 Materials Science and Technology Author Index Vol. 12, 1996 Abotani, K Clavaguera-Mora, M. T Gu, J. 802 94 Ajustron, E Cook, S. G. Guillot, G. Alsina, F Cool, T Gutiérrez, I. 45 Ambrose, J. C Coratger, R Ammann, J.-J Corlett, N Hamid Ali, A. S. 679, 780, 1021 Ankara, A Cornet, A Hanninen, H. 1064 Aoki, R Cotterill, P. J Hardie, D 802 Argent, B. B Cristina, M. (¢ Harste, K. Arnaud, G Hayes, P. J. Arrell, N Dai, Y Heitz, R. Arumugham, S Das, D. K Higashi, K. Astanin, V. V Davis, R. F Hinton, B. R. W Attorre, D. R Day, A Hippsley, C. A. Axén, N den Ouden, G Hirose, A. Dey, G. K Ho, T.-Y Bai, M.-W Dezauzier, € Hodgson, P. D Baker, T. J Dharmadasa, I. M 86 Hoffmann, A Baker, T. N Di Ciocco, L Hooijmans, J. W. Baldwin, K. R Diaz, J 178 Howard, G. D. Bamberger, M Diéguez, A Hu, C Banerjee, S Din, T 644 Hu, J. Baranov, P. G Dirnfeld, S. F Huang, J. C. Barney, C Dobaczewski, L 193 Hughes, A. E. Bate, P. S Dobson, S. J 139 Humphreys, F. J Beanland, R Doel, T. J. A 586 Hutchings, M Beauvillain, J 86 Dotor, M. L 187 Hwang, W.-S. Bécourt, N Driver, J. H 851 Hwang, Y. M. Berberich, S 98 Ducroquet, F 94 Bhadeshia, H. K. D. H Dunlop, G. L 741 Islam, M. F 40, 121, 233, 610 Dunstan, D. J 181 Iwasaki, H. Bhattacharya, S. S 545, 635 Dymski, S 385 Bi, J 751 Jarfors, A. E. W Billon, T 94 Ehrstrém, J. € 717 Jaussaud, C Bisaro, R 178 El Felk, Z 98 Jayakumar, T Blomfield, C. J 86 El Ghrandi, R 103 Jensen, D. J. Bolingbroke, R. K 897 Elliott, R. 679, 780, 1021 Jha, S. K. Bourgoin, J. C 178 Ellis, M. B. D 970 Jiang, J.-Q Bowen, A. W 880 Engler, O 717, 859 Jonas,J . J. Bowen, P 52 917 Eswara Prasad, N 563 Jones, H. Boyd, J. D 043 Evans, M 149 Jong, S.-H. Brand, A. J 963 Jordan, M. P Bray, D. J 937 Faizova, S. N 489 Bredé, M 416 Farrar, R. A 237 Kang, S. B Briones, F 187 Faulkner, R. G 818, 904 Kang, Z. Q. Brounkov, P. N 94 Fletcher, A. J 477 Kapranos, P Bryant, A. W 117 Flewitt, P. E. J 818, 904 Karhausen, K Bulmer, L. J Flower, H. M 617 Kaynak, C Fox, K. M 917 Kaysser, W. A. abrera, J. M Furu, T 889, 897 Kendall, K. N. alleja, I Khan, T. | ‘amassel, J Gai, X. Y 59 Kidd, P ‘ampbell, J Garboggini, A 329 Kim, B.-K anlerer, J Garcia-Escorial, A 794 Kim, Y.-J aruana, G 4 Garcia-Pérez, F 187 King, J. E aul, M 8 Gardiner, R. W 937 King, S. AAA‘AaAvAeRn eAtLt,Y B. ¢ Garrido, B 103 Kirkwood, D. H = ‘hacon-Nava, J Gassmann, R. C 691 Klodt, J Chakraborty, M Gater, C. A 613 Knobel, M. Chakravartty, J. K Gavard, L 453 Kobayashi, K. F Chan, H. M Gibson, R. € 274 Koop, R. Chang, L. € Gjengedal, R 343 Kouloumbi, N Chen, M Golmayo, D 187 Krieger Lassen, N. C Chen, Q Gonzalez, L Kubota, K Chen, T.-R Gonzalez, Y Kulunk, B Chen, Y.-F Gordon, W Kurian, L Chiu, F.-J Gouma, P. I Kutumbarao, V. V Chung, H.-S Grattepain, C Cizeron, G Greaves, M.S Lai, Z. Clark, S. A Greenwood, G. W Laitinen, A. Clavaguera, N Gruzleski, J. Lakshmanan, T. S. Lewandowski, J. J Peters, M Takashima, K Leyens,( Porter, L. M Tan, R.-S Li, J.B Postigo, P. A Taylor, R. J Li, Q Prado, J. M Tharian, T Li, ¥ Pramanik, P Theyssier, M.-€ Liang, G. X Prasad Rao, P Thomas, C. W Liang, Y. N Prasad, B. K Thurian, P Lieblich, M Prasad, K. V.S Tjong , S. ¢ Lim, T.-S Prasad Y.V.R K Toh, S.-f Little, J. A Pressel, K Torralba, M Liu, X Prinz, B Tosto. S Liu, Y. I Prior, K \ lsangaris, G. M Loa, | Psarras, G. ¢ Ischiptschin, A. P Lopez, B Pursell J G Tsuboi, K M.H Qian, Y Ubhi, H. S Urcola, J. J Raabe, D Rainforth, W van Bennekom, A Raj, Baldev Vasudevan, M Rama Rao, P Vatne, H. FE Randle, \ Vehoff, H Mabuchi, M Ranganath, S Vélez, J. M Mackay, D. J. ¢ Rashid, A. K. M. B Venkadesan, S Malakondaiah, G Rasul I Venkatanarayana, G Mandiang, Y Raynaud, ¢ Venkatesh, T. A Mannan, S. | Reeves, A Venugopal, S Martin, J. W Ridley N Venugopal, Sridhar Maurice, Cl Roberts, W. T Vernon-Parry, K. D Meguid, S. A Rodriguez-Viejo, J Vizintin, J Meyer, B. K Roters, I Vodarek, V Millan, J Roura, P Vodopivec k Mimila-Arroyo Roy, M Volm, D Mintz, B Roy, T Mishra, R. S Rudd, C. D Wakefield, G. R Missous, M Ruggiero, M. A Wallach, E. R Mizuno, K Rutter, J. W Wang, E. D Mokhov, E. N Ryan, M. J Wang, S.-( Moorthy, V Wang, T.-M Morante, J. R Sacedon, A Wang, Z.-G Morris, D. J Sachot, I Wei, l Y Mridha, S Sanchez, B West, D. R. I Mu, Z Sandstrém, R Westengen, H Mukunda, P. G Sasikumar, R Wetzel, ¢ Murty, B.S Saunders, N Williams, N. T Schlipf, J Williams, R. H Nagarajan, K. V Schwerdtfeger, K Wilson, | Nazar, A. M Sellars ( M Wu, R Nelson, K. J. H Shafirstein, G Nenci, I Shahani, R Xin, H Nes. f Sharma, D. S Xu, N Neumann, P Sharp, R. M Xu, X. X Newman, R. (¢ Shaw, S. K. W Nicholas, M. G Shohoji, N Yamada, K Nilsson. S Silva, F. de A Yao M Norris, 8. D Simpson, J Yatabe, H Nylund, A Singer, K. E Yegneswaran, Singh, A. K Yin, Y Olefjord, | Singh, S. B Yu, R. H O'Oliveira, A. § Sinha, P. P Yue, T. M Ortner, S. R Sircar, S Osman, T. M Sivakumar, D Zhang, ~ Owusu-Boahen, K Sivaprasad, P. V Zhang, Smith, D Zhang, xo Pacheco, I J Solberg, J. K Zhang, Padmanabhan, K. A. 39] 489 $45 Song, S.-H Zhang, Pandey, P Stack, M. M Zhang, NN Paray, | Stevens, K. J Zhang, Parker J D Strang, A Zheng, NKNS< << Partridge, P. G Strangwood, M Zhou, S Pascual, J Sundararajan, G Zhu, J Patwardhan, A. K SuStarsic, B Zhu, N. S. M Pedroviejo, J. J Suzuki, $ Zhu, S. J Peiro, fF Swallow, E Zuo, Y. Q Pereloma, E. \ Szykowny, T Zytkiewicz, Z. R Subject Index Vol. 12, 1996 Absorption 81, 103 Composites Acicular ferrite 237 See also Ceramic matrix composites, Fibre composites, Acoustic emission 56, 917 Laminate composties, Metal matrix compostites, Activation energy 635 Particulate compostites, Polymer matrix composites, Adhesion » ane Whisker composites Admittance spectroscopy Compound formation 117 Aerospace Compression tests 579, 963 Age hardening Continuous casting 132 Aging 25, 469, . Conversion coating 928 Alloying additions 58, 295, : Cooling 539, 808, 1043 Aluminium 139, 158, 163, , 851, ,8 Copper 163, 628, 990 Aluminium alloys Copper alloys 464, 477 19, 495, 766, 794, 831, 85 , 889, 897, Corrosion fatigue 1064 Cr Corrosion mechanisms 261 Cr-Zr Corrosion resistance 937 Cu Crack growth 557 Cu-Li-Mg 563 Creep 405 Cu-Mg , 928 Creep and fracture behaviour 513 Cu-Mg-Zr 001 Creep rupture 149 Cu—Mn-Si 323 Creep strength 35 Fe—-Mg-Si 315 Crystal growth , 771 Fe—Si-V 970 Li-Cu-Mg-Zr 735 Mg > $518 Data processing , 844 Mg-Cu 628 Deep level defects Mg-Si 644 Deformation Ni 143 Densification Si 33. §39 Diamond coatings Si-Mg 269 Dielectrics Zn-Mg-Cu-Zr 717 Diffusion bonding Analytical electron 559 Directional recrystallisation 139 Dislocation mobility Anelasticity Annealing 897 Dislocations Aqueous corrosion 662 Dispersion strengthened alloys Arc welding 8] Doping Atomic force microscopy 12] Ductile irons Atomising 25. 823 Ductile to brittle transition Austempered ductile irons 329. 679. 780. 1021 Dynamic recrystallisation Austenite 378, 453, 579, 607 Electrical contacts 86 Bainite 223333,, 338855 , 610 EEl:l eeccttrrioclaels s didsecphoasrigtaoei onm achining 813116 Bainite mechanism 121 Electron backscattering diffraction 717, 844, 851, 859, 87 , 880 Bainitic transformations 329 Electron beam welding 323 Bending tests 163 Epitaxial growth $1, 190 Biaxial tests 416 Epitaxial layers 94 Binary systems 117 Erosion 662 Binding energy 904 Eutectics 628 Bismuth P Extrusion 5, 981 Bottom tapped castings 518 Brazing 72 Failure 269 Fatigue , 563, 917, 1007 Cadmium Fatigue cracking 56 Calorimetry Fatigue life 518 Carbides Fatigue life prediction 416 Carbon Fatigue strength 776 Casting Ferrite 378 Castings Fibre composites 917 Cavitation Finite element method 963 Cavity nucleation Fluid flow 295 Centrifugal atomising Fluorides 766 Ceramic matrix composites Forming 735 Ceramics Fractography 400, 607 Chip formation Fracture 563, 911, 917, 1001 Chromium Fracture toughness 366, 586 Cladding Fretting 355 Cleavage Friction 757 Cobalt compounds Functionally graded materials: nickel alloy based 171 Combustion Furnace tubes 469, 513 Glass fibres 4%6 Nickel based superalloys 45, 290, 613, 673, 730, 963, 1007 Grain boundary migration 859 Niobium 623 Grain boundary precipitation 945 Nitrides 552 Grain boundary sliding 391, 489, 545, 635 Non-metallic inclusions 237 Grain growth 143 Nuclear reactor materials 338 Grain refinement 766 Nucleation , 794 Grain size 579, 1007 Optoelectronics 86 Heat treatment 306, 628, 651 Oxidation 213 Hipping 477, 518, 823, 1064 Oxide coatings 306 Hole drilling 445 Oxygen 103 Hot deformation 132, 158, 343, 579, 808, 851, 889, 897, 963, 1043 Recrystallisation 673 Particle cracking 219 Hot extrusion 1032 Particulate composites 586, 1053 Hot isostatic pressing Permanent mould casting 741 See Hipping Permeability 436 Hot rolling Permittivity 533 Hot torsion Phase transformation 464, 1043 Hot working Phosphides 771 Hydrogen Phosphorus 818 Hydrogen embrittlement Photoluminescence 90, 108 Plasma enhanced chemical vapour deposition 103 Image processing Plasma processing 1057 Impurities Plastic deformation 545 In situ composites Plastic relaxation 181 Inclusions 421, 557, Plate rolling 64 Induction heating Plates 563 Interfaces 281, 489, 635, Point defects , 904 Interfacial structure Pole figures 844 Intergranular cleavage fracture Polymer matrix composites 533 Interlayers Post-weld heat treatment 323 Intermetallic phases Powder technology 211, 362, 751 intermetallics Precipitates 552 In situ composites Precipitation 464, 741, 771 Internal stress Precipitation hardening 158, 290, 323 Iron and iron alloys 373. 378. 385. 603. Primary creep 139 See also Steels Processing window 679. 780, 1021 Iron based superalloys Quasicrystals 19 Kinetics 290, 329, 679, 780, Radiation effects 904 Laminate composites 923, Raman characterisation 108 Lap shear testing Rapid solidification 651, 794, 970, 981 Laser cladding Rare earth metals 651, 741 Laser nitriding Reaction kinetics 766 Laser processing Recovery 717 Laser surface alloying Recrystallisation 201. 717. 730. 788. 859. 955. 963 Latent heat Recrystallisation texture 613 Lead 7 Reinforcement 436 Leaded bronzes 427 Residual stress 445 Life assessment 469 Residual thermal stress 64 Lithium 880 Resistance welding 697 Low cycle fatigue 563 Rolling 808, 1043 Machining 351, 445 Schottky barriers 86, 94 Magnesium 158 Second phase particles 8&9 Magnesium alloys 35, 651, 741, 937, 981 Segregation 295, 628, 697, 818, 823, 904 Magnetic properties 464 Semiconductors 181 Manganese 12, 158 AlGaSb/AlGaAs 193 Maps 662. 794, 955 GaN 90 Martensite 40. 552 InGaAs 190 Mechanical properties 644, 780, 923, 1015 InP , 190 Mechanical stabilisation 610 silicon carbide 94, 108 Melt spinning 19, 464, 651 ZnSe 86 Metal matrix composites 1057 Shot peening 59, 776 aluminium based 227, 483, 505, 586, 751, 831, 911, 1001 Sialons 366 titanium based 219, 362, 523, 595, 917, 923 Silicon 35, 98, 617, 651 Metallography 427 Silicon carbide , 227, 366, 586, 595, 751, 911, 917 Microstructure 7, 25 . 385, 513, 617, 780, 802, 889, 897, 981 Silicon dioxide 98 Microtexture 837, 844, 851, 859, 880 Silicon nitride 1, 366, 505 Misorientation 889 Simulation 281, 343, 1053 Modelling 81, 453, 757, 788 Single crystal superalloys 730 Molecular beam epitaxy 87, 193 Single crystals 851 Multilayers 190 Sliding wear 427, 483, 751 Multiphase materials 757 Solidification 7, 12, 697, 1053 Solubility 373, 990 Nanoindentation Sputter coating 603 Near net shape components Stabilisation 126 Neural networks Statistical modelling 149 Nickel alloys Statistical thermodynamics 373 Steels 31, 771 Thixoforming C-—Cr steels 355 Titanium C—Mn steels 788 Titanium alloys 213, 623, carbon steels 421, 557 Titanium aluminides 617, 623, Cr steels 405 Titanium carbide Cr—Mo steels 163, 818 Titanium dioxide ferritic steels 1035 Torsion high strength low alloy steels 351 Torsion tests high strength steels 59, 400 Transformation temperature 40, 132, 343, high temperature steels 40, 453 Transient liquid phase bonding low alloy steels 45, 237, 405, 445, 776 Transition metals maraging steels 607, 945 Transition state theory microalloyed steels , 579, 808, 1043 Transverse cracking mild steels 261, 691, 697 Tribology Si—-Mn steels 610 Tungsten alloys stainless steels , 771, 955, 1064 Tungsten carbide structural steels 132 tool steels 274 Ultrafines Strain analysis 351 Strain measurement 873 Vacancies Stress field model 281 Vapour deposited coatings 1, 98, 103. 108, Stress rupture 469 Verification Strontium 315 Viscoplasticity Subgrains 889 Viscosity 391, Superplastic forming 495, 505 Superplasticity a$g5 391. 489. 545. 635. 735 Wear Surface analysis 306 Wear resistance Surface hardening $9 Wear resistant coatings Surface structure 395 Weld metal Synthesis 219 Welding Wetting Temper embrittlement 818 Whisker composites Tensile properties . 607 Work hardening exponent Ternary eutectics fernary systems 117 X-ray photoelectron spectroscopy Texture Texture analysis Zirconia Thermal embrittlement Zirconium alloys Thermomechanical processing Zone annealing