Wear: An International Journal on the Science and Technology of Friction, Lubrication and Wear 1991: Vol 151 Index

7 Pages·1991·0.98 MB·English

Wear, 151 (1991) 409 409
Author Index of Volume 151
Biographic notes about the authors concerned can be found on p. 199 or p. 407.
Adachi, K., 291 Hamdy, M. M., 35 Qui, C., 119
Allen, C., 323 He, B., 13
Arndt, G., 143 Hokkirigawa, K., 219, 279, Rack, H. J., 157
291 Rao, Q., 13
Ball, A., 87, 323 Huang, C., 111 Rosenfield, A. R., 403
Bhat, M. V., 123 Roulin, A. C., 129
Budinski, K. G., 203 Iwabuchi, A., 301 Ruff, A. W., 245
Bundschuh, W., 175
Kano, M., 229 Schelling, A., 129
Karamis, M. B., 23 Sethuramiah, A., 269 -
Chen, Q., 77 Karmakar, S., 269 Shao, E., 77
Chen, Z., 77 Kato, K., 279, 291 Sherif, H. A., 49
Clayton, P., 255 Kausch, H. H., 129 Subramanian, C., 97
Cooper, J. R., 391 Kitsunai, H., 279
Crook, P., 337 Kossa, S. S., 49 Tanimoto, I., 229
Tsumaki, N., 279
Dang, H., 111 Lashmore, D. S., 245
De Souza, U. J., 157 Lavielle, L., 63 Wang, A., 157
Deheri, G. M., 123 Levy, A., 381 Wang, B. Q., 351
Devanathan, R., 255 Levy, A. V., 337, 351, 365 Wang, J., 111
Dowson, D., 391 EE. YY. 5 35 Wang, Z., 77
Doyle, R. A., 87 Liebhard, M., 381 Wu, D., 77
Liu, W., 111
Lis, ¥., 365 Xiao, H., 77
Fang, L., 313
Xu, S., 119
Fang, X. D., 143
Marcus, K., 323
Fisher, J., 391
Yang, Z., 119
Odabas, D., 23 Yao, Y., 143
Gahr, K.-H., 175
Gao; L.; 111 Prasad, B. K., 1 Zhou, Q., 13
Geng, G. Q., 351 Prasad, S. V., 1 Zhou, Q. D., 313
Elsevier Sequoia, Lausanne

Wear, 151 (1991) 411-414
Subject Index of Volume 151
Abrasion Automotive engine valve
abrasion-induced microstructural changes wear mechanism of high wear-resistant
during low stress abrasion of materials for automotive valve trains,
a plain carbon (0.5% C) steel, 229
1
explanation of the relation between Bainitic steels
wear and material hardness in three- rolling-sliding wear behavior of three
body abrasion, 313 bainitic steels, 255
study of the impact fatigue resistance of Birefringence
grinding balls matrices and retained birefringent studies of polyethylene wear
austenite, 13 specimens and acetabular cups, 391
Acetabular cups Borosity
birefringent studies of polyethylene wear influence of porosity on friction and
specimens and acetabular cups, sliding wear of tetragonal zirconia
391 polycrystal, 175
Adhesion Boundary lubrication
polymer—polymer friction: relation to wear mechanism of high wear-resistant
adhesion, 63 materials for automotive valve trains,
Adhesive transfer 229
response of dynamically stressed mate-
rial in sliding, 269 Cavitation
erosion properties of alloys for the
Al-Si alloy
chemical processing industries, 337
effects of sliding speed on the unlubri-
cated wear behaviour of Al-— Ceramic coatings
transitions of microscopic wear mecha-
12.3wt.%Si alloy, 97
nism for Cr,O; ceramic coatings
Alloys
during repeated sliding observed in a
effect of layer spacing on wear of Ni/Cu
scanning electron microscope
multilayer alloys, 245
tribosystem, 279
effects of sliding speed on the unlubri-
Ceramics
cated wear behaviour of Al-
discussion of “Wear mode map of
12.3wt.%Si alloy, 97
ceramics”, by K. Hokkirigawa, 403
erosion properties of alloys for the
wear mode map of ceramics, 219
chemical processing industries,
Chromium
337
impact deformation and damage of a
tribological properties of titanium alloys, high chromium white cast iron by
203 spherical projectile at normal inci-
Annular discs
dence, 157
friction behaviour of polyetherether- Contact pressures
ketone under dry reciprocating move- wear mechanism of high wear-resistant
ment, 129 materials for automotive valve trains,
Asperites 229
relationship between normal and tan- Contact stiffness
gential contact stiffness of nominally relationship between normal and tan-
flat surfaces, 49 gential contact stiffness of nominally
Austenite flat surfaces, 49
study of the impact fatigue resistance of Copper
grinding balls matrices and retained effect of layer spacing on wear of Ni/Cu
austenite, 13 multilayer alloys, 245
Elsevier Sequoia, Lausanne
412
Corrosion Formation
effect of microstructure on the ero- discussion of “Wear mode map of
sion—corrosion of steels, 351 ceramics”, by K. Hokkirigawa, 403
degradation of material by fretting Fretting
stress corrosion, 35 degradation of material by fretting
Cr,O; coatings stress corrosion, 35
transitions of microscopic wear mecha- role of oxide particles in the fretting
nism for Cr,O,; ceramic coatings wear of mild steel, 301
during repeated sliding observed in a Friction
scanning electron microscope influence of porosity on friction and
tribosystem, 279 sliding wear of tetragonal zirconia
Crack initiation polycrystal, 175
effect of shot peening on rolling contact polymer—polymer friction: relation to
fatigue behaviour and its crack initia- adhesion, 63
tion and propagation in carburized study of the friction and wear proper-
steel, 77 ties of MoS,-filled Nylon 6, 111
Deformation Grinding
effect of grinding direction on the
impact deformation and damage of a
nature of the transfer film formed
high chromium white cast iron by
spherical projectile at normal inci- during the sliding wear of ultrahigh
molecular weight polyethylene against
dence, 157
Degradation stainless steel, 323
degradation of material by fretting Groove wear
monitoring groove wear development in
stress corrosion, 35
cutting tools via stochastic modelling
of three-dimensional vibrations, 143
Elastic deformation
relationship between normal and tan- Halides
gential contact stiffness of nominally tribological properties of titanium alloys,
flat surfaces, 49 203
Erosion
effect of erodent particle characteristics Impact deformation
on the erosion of metals, 381 impact deformation and damage of a
effect of microstructure on the high chromium white cast iron by
erosion—-corrosion of steels, 351 spherical projectile at normal inci-
erosion properties of alloys for the
dence, 157
chemical processing industries, 337 on thermomechanical effects during
on thermomechanical effects during solid particle erosion, 87
solid particle erosion, 87 Impact resistance
study of the impact fatigue resistance of
Fatigue grinding balls matrices and retained
response of dynamically stressed mate- austenite, 13
rial in sliding, 269 Ion implantation
Feed rate TiN films prepared on beryllium by ion
effect of erodent particle characteristics implantation, 119
on the erosion of metals, 381 Iron
Flake formation impact deformation and damage of a
discussion of “Wear mode map of high chromium white cast iron by
ceramics”, by K. Hokkirigawa, 403 spherical projectile at normal inci-
wear mode map of ceramics, 219 dence, 157
Fluidized bed wear
influence of test parameters on material Layer spacing
wastage in a fluidized bed wear test effect of layer spacing on wear of Ni/Cu
rig, 365 multilayer alloys, 245
Magnetic fluid Ploughing
friction behaviour of polyetheretherke- discussion of “Wear mode map of
tone under dry reciprocating move- ceramics”, by K. Hokkirigawa, 403
ment, 129 wear mode map of ceramics, 219
Mass Polyethylene
effect of erodent particle characteristics birefringent studies of polyethylene wear
on the erosion of metals, 381 specimens and acetabular cups, 391
Material hardness Polymer
explanation of the relation between
polymer—polymer friction: relation to
wear and material hardness in three-
adhesion, 63
body abrasion, 313 Powder formation
Metal wastage discussion of “Wear mode map of
influence of test parameters on material
ceramics”, by K. Hokkirigawa, 403
wastage in a fluidized bed wear test
wear mode map of ceramics, 219
rig, 365
Metals Repeated sliding
effect of erodent particle characteristics
transitions of microscopic wear mecha-
on the erosion of metals, 381
nism for Cr,0; ceramic coatings
Microhardness
during repeated sliding observed in a
TiN films prepared on beryllium by ion
scanning electron microscope tribo-
implantation, 119
system, 279
Microstructures
Rolling
abrasion-induced microstructural changes
during low stress abrasion of a plain rolling-sliding wear behavior of three
carbon (0.5% C) steel, 1 bainitic steels, 255
wear mechanism of silicon nitride in
effect of microstructure on the
rolling-sliding contact, 291
erosion-corrosion of steels, 351
Rolling contact fatigue
influence of porosity on friction and
sliding wear of tetragonal zirconia effect of shot peening on rolling contact
polycrystal, 175 fatigue behaviour and its crack initia-
MoS,-filled Nylon tion and propagation in carburized
study of the friction and wear proper- steel, 77
ties of MoS,-filled Nylon 6, 111
Multilayer Shape
effect of erodent particle characteristics
effect of layer spacing on wear of Ni/Cu
multilayer alloys, 245 on the erosion of metals, 381
Shot peening
effect of shot peening on rolling contact
Nickel fatigue behaviour and its crack initia-
effect of layer spacing on wear of Ni/Cu tion and propagation in carburized
multilayer alloys, 245 steel, 77
Nylon 6 Silicon nitride
study of the friction and wear proper- wear mechanism of silicon nitride in
ties of MoS,-filled Nylon 6, 111 rolling-sliding contact, 291
Size impact velocity
effect of erodent particle characteristics
Oxide debris on the erosion of metals, 381
role of oxide particles in the fretting Sliding
wear of mild steel, 301 discussion of “Wear mode map of
ceramics”, by K. Hokkirigawa, 403
effect of grinding direction on the na-
Plastic deformation ture of the transfer film formed
relationship between normal and tan- during the sliding wear of ultrahigh
gential contact stiffness of nominally molecular weight polyethylene against
flat surfaces, 49 stainless steel, 323
414
effects of sliding speed on the unlubri- effect of microstructure on the
cated wear behaviour of Al- erosion—corrosion of steels, 351
12.3wt.%Si alloy, 97 effect of shot peening on rolling contact
response of dynamically stressed mate- fatigue behaviour and its crack initia-
rial in sliding, 269 tion and propagation in carburized
rolling-sliding wear behavior of three steel, 77
bainitic steels, 255 role of oxide particles in the fretting
simple approach to calculation of the wear of mild steel, 301
sliding wear coefficient for medium rolling-sliding wear behavior of three
carbon steels, 23 bainitic steels, 255
transitions of microscopic wear mecha- simple approach to calculation of the
nism for Cr,03; ceramic coatings sliding wear coefficient for medium
during repeated sliding observed in carbon steels, 23
a scanning electron microscope
Thermomechanical effects
tribosystem, 279
on thermomechanical effects during
wear mechanism of silicon nitride in
solid particle erosion, 87
rolling-sliding contact, 291
Three-body abrasion
Sliding wear explanation of the relation between
influence of porosity on friction and
wear and material hardness in three-
sliding wear of tetragonal zirconia
body abrasion, 313
polycrystal, 175
TiN films
Slurry erosion TiN films prepared on beryllium by ion
erosion properties of alloys for the
implantation, 119
chemical processing industries, 337 Titanium
Solid particle impingement tribological properties of titanium alloys,
erosion properties of alloys for the 203
chemical processing industries, 337
Squeeze film behaviour Ultrahigh molecular weight polyethylene
friction behaviour of polyetherether- effect of grinding direction on the na-
ketone under dry reciprocating move- ture of the transfer film formed
ment, 129 during the sliding wear of ultrahigh
Stainless steel molecular weight polyethylene against
effect of grinding direction on the na- stainless steel, 323
ture of the transfer film formed
during the sliding wear of ultrahigh Wear limits
wear mechanism of high wear-resistant
molecular weight polyethylene against
materials for automotive valve trains,
stainless steel, 323
229
Steel
Weight loss
abrasion-induced microstructural changes explanation of the relation between
during low stress abrasion of a plain
wear and material hardness in three-
carbon (0.5% C) steel, 1 body abrasion, 313
effect of grinding direction on the na-
ture of the transfer film formed Zirconia
during the sliding wear of ultrahigh influence of porosity on friction and
molecular weight polyethylene against sliding wear of tetragonal zirconia
stainless steel, 323 polycrystal, 175
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