Wear: An International Journal on the Science and Technology of Friction, Lubrication and Wear 1991: Vol 149 Index PDF
Preview Wear: An International Journal on the Science and Technology of Friction, Lubrication and Wear 1991: Vol 149 Index
Wear, 149 (1991) 399 Author Index of Volume 149 Biographic notes abaut authors concerned can be found on p. 39S. Ajayi, O. O., 221 Gao, C., 297 Prasad, S. V., 241 Akagaki, T., 353 de Gee, A. W. J., 255 Godet, M., 325 Rice, S. L., 1, 13 Bednar, M. S., 297 Richards, H., 341 Benabdallah, H., 341 Hawthorne, H. M., 169 Rigney, D. A., 353 Berthier, Y., 325 Hsu, S. M., 155 Blau, P. J., 27 Hutchings, I. M., 73, 85, 99 Shipway, P. H., 85 Boness, R. J., 41 Simard, D., 187 Briscoe, B. J., 233 Jahanmir, S., 155 Singer, I. L., 375 Burstein, G. T., 73 Jaklevic, R. C., 313 Sparks, A. J., 99 Stolarski, T. A., 233 Cai, B. C., 269, 279 Kim, D. E., 199 Suh, N. P., 199 Clark, H. Mcl, 55 Kuhlmann-Wilsdorf, D., Sundararajan, G., 111, 129 269, 279, 297 Deckman, D. E., 155 Turenne, , 187 DeVore, C. E., 27 Lancaster, J., 325 Lynn, R. S., 55 Vincent, L., 325 Ehni, P. D., 375 Erck, R. A., 221 McBride, S. L., 41 ~ + ae Erdemir, A., 221 McConnell, B. D., 241 beri J. ve Everson, M. P., 313 Mens, J. W. M., 255 iermet, F. A., - Moslehy, F. A., 1, 13 Wong, K. K., 55 Fayeulle, S., 375 Fenske, G. R., 221 Nelson, R. B., 269, 279 Yelle, H., 341 Fiset, M., 187 Nichols, F. A., 221 Zhang, J., 1, 13 Gangopadhyay, A. K., 313 Poggie, R. A., 209 Zu, J. B., 73 Elsevier Sequoia, Lausanne Wear, 149 (1991) 401-404 Subject Index of Volume 149 Abrasive particles Contact spots the influence of particle properties on simulation of solid lubricants and con- the erosive wear of sintered boron tact spots between bridgman anvils. carbide, 85 Part I: A new high pressure appara- Abrasive wear tus, 269 adhesive and abrasive wear studies using simulation of solid lubricants and con- acoustic emission techniques, 41 tact spots between bridgman anvils. Acoustic emission Part II. Experimental results on f.c.c. adhesive and abrasive wear studies using metals and new insights gained, 279 acoustic emission techniques, 41 Contact zone kinematics Adhesive wear the influence of contact zone kinematics adhesive and abrasive wear studies using on wear process of polymers, 233 acoustic emission techniques, 41 Copper Adsorbed films simulation of solid lubricants and con- on the tribological behavior of adsorbed tact spots between bridgman anvils. layers, especially moisture, 297 Part II. Experimental results on f.c.c. a-alumina metals and new insights gained, 279 wear mechanisms of a-alumina lubri- sliding friction and wear of metals in cated with a paraffin oil, 155 vacuum, 353 Aluminium a comparative study of the slurry ero- Debris formation sion and free-fall particle erosion of friction and wear behavior of TiN in aluminium, 73 air: the chemistry of transfer films simulation of solid lubricants and con- and debris formation, 375 tacts spots between bridgman anvils. Dry sliding II: Experimental results on f.c.c. simulation of solid lubricants and con- metals and new insights gained, 279 tact spots between bridgman anvils. Part I. A new high pressure appara- tus, 269 Boron carbide the influence of particle properties on Erosion the erosive wear of sintered boron a comprehensive model for the solid carbide, 85 particle erosion of ductile materials, 111 transitions in the erosive wear behaviour Ceramics of a glass ceramic, 99 on the role of interfacial debris mor- phology in a conforming contact Free-fall particle erosion tribosystem, 169 a comparative study of the slurry ero- the influence of particle properties on sion and free-fall particle erosion of the erosive wear of sintered boron aluminium, 73 carbide, 85 Friction | | the role of soft (metallic) films in the a model for friction in quasi-steady-state tribological behavior of ceramic sliding || materials, 221 Part I. Derivation, 1 | Conforming contact a model for friction in quasi-steady-state on the role of interfacial debris mor- sliding phology in a conforming contact Part II. Numerical results and dis- tribosystem, 169 cussion, 13 Elsevier Sequoia, Lausanne 402 friction and wear behavior of 18 poly- tribology of aluminum metal-matrix mers in contact with steel in environ- composites: lubrication by graphite, ments of air and water, 255 241 on microscopic mechanisms of friction Metallics and wear, 199 a comprehensive model for the solid particle erosion of ductile materials, Glass ceramics 111 transitions in the erosive wear behaviour Micromechanisms of a glass ceramic, 99 a comprehensive model for the solid Gold particle erosion of ductile materials, simulation of solid lubricants and con- 111 tact spots between bridgman anvils. on microscopic mechanisms of friction Part II. Experimental results on f.c.c. and wear, 199 metals and new insights gained, 279 Moisture Graphite on the tribological behavior of adsorbed tribology of aluminum metal-matrix layers, especially moisture, 297 composites: lubrication by graphite, Molybdenum 241 sliding friction and wear of metals in vacuum, 353 High density polyethylene friction and wear of polyethylene—nylon blends, 341 Nickel sliding friction and wear of metals in Impact angle vacuum, 353 the depth of plastic deformation be- Nickel—aluminide alloy neath eroded surfaces: the influence machining and wear relationships in an of impact angle and velocity, particle ordered intermetallic alloy, 27 shape and material properties, 129 Interfacial debris morphology on the role of interfacial debris mor- Particle shape phology in a conforming contact the depth of plastic deformation be- tribosystem, 169 neath eroded surfaces: the influence Iron of impact angle and velocity, particle sliding friction and wear of metals in shape and material properties, 129 vacuum, 353 Particle size on the particle size effect in slurry ero- Kinematics sion, 55 the influence of contact zone kinematics Plastic deformation on wear process of polymers, 233 the depth of plastic deformation be- neath eroded surfaces: the influence Lubrication of impact angle and velocity, particle tribology of aluminum metal-matrix shape and material properties, 129 composites: lubrication by graphite, Polyethylene—nylon blends 241 friction and wear of polyethylene—nylon wear mechanisms of a-alumina lubri- blends, 341 cated with a paraffin oil, 155 Polymeric materials on the role of interfacial debris mor- Machining phology in a conforming contact tri- machining and wear relationships in an bosystem, 169 ordered intermetallic alloy, 27 Polymers Metal matrix composites friction and wear behavior of 18 poly- influence of structural parameters on mers in contact with steel in environ- the slurry erosion resistance of ments of air and water, 255 squeeze-cast metal matrix composites, the influence of contact zone kinematics 187 on wear process of polymers, 233 Quasi-steady-state Slurry erosion resistance a model for friction in quasi-steady-state influence of structural parameters on sliding the slurry erosion resistance of Part I. Derivation, 1 squeeze-cast metal matrix composites, a model for friction in quasi-steady-state 187 sliding Soft films Part II. Numerical results and dis- the role of soft (metallic) films in the cussion, 13 tribological behavior of ceramic ma- terials, 221 Residual stress Solid lubricants the influence of surface finish and strain simulation of solid lubricants and con- hardening of near-surface residual tact spots between bridgman anvils. stress and the friction and wear be- Part I. A new high pressure appara- havior of A2, D2 and CPM-10V tool tus, 269 steels, 209 simulation of solid lubricants and con- tact spots between bridgman anvils. Scanning tunnelling microscopy Part II. Experimental results on f.c.c. observation of the wear surface by scan- metals and new insights gained, ning tunneling microscopy, 313 279 Silicon nitride Solid particle erosion observation of the wear surface by scan- a comprehensive model for the solid ning tunneling microscopy, 313 particle erosion of ductile materials, Silver 111 simulation of solid lubricants and con- the depth of plastic deformation be- tact spots between bridgman anvils. neath eroded surfaces: the influence Part II. Experimental results on f.c.c. of impact angle and velocity, particle shape and material properties, metals and new insights gained, 279 Silver films 129 the role of soft (metallic) films in the Squeeze casting tribological behavior of ceramic ma- influence of structural parameters on the slurry erosion resistance of terials, 221 Sliding squeeze-cast metal matrix composites, a model for friction in quasi-steady-state 187 sliding Steel friction and wear behavior of 18 poly- Part I. Derivation, 1 a model for friction in quasi-steady mers in contact with steel in environ- state sliding ments of air and water, 255 on the particle size effect in slurry ero- Part Il. Numerical results and dis- cussion, 13 sion, 55 Sliding friction the influence of surface finish and strain machining and wear relationships in an hardening of near-surface residual ordered intermetallic alloy, 27 stress and the friction and wear be- sliding friction and wear of metals in havior of A2, D2 and CPM-10V tool vacuum, 353 steels, 209 the influence of surface finish and strain Surface finishing method hardening of near-surface residual the influence of surface finish and strain stress and the friction and wear be- hardening of near-surface residual stress and the friction and wear be- havior of A2, D2 and CPM-10V tool steels, 209 havior of A2, D2 and CPM-10V tool Slurry erosion steels, 209 a comparative study of the slurry ero- sion and free-fall particle erosion of TiN coatings aluminium, 73 friction and wear behavior of TiN in on the particle size effect in slurry ero- air: the chemistry of transfer films sion, 55 and debris formation, 375 404 Transfer films Velocity friction and wear behavior of TiN in The depth of plastic deformation be- air: the chemistry of transfer films neath eroded surfaces: the influence and debris formation, 375 of impact angle and velocity, particle Tribological behavior shape and material properties, 129 on the tribological behavior of adsorbed layers, especially moisture, 297 Wear on microscopic mechanisms of friction the role of soft (metallic) films in the tribological behavior of ceramic ma- and wear, 199 Wear behavior terials, 221 friction and wear behavior of 18 poly- mers in contact with steel in environ- ments of air and water, 255 Wear modelling Vacuum wear modelling: using fundamental un- sliding friction and wear of metals in derstanding or practical experience?, vacuum, 353 325
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