Lubrication Technology 1997: Vol 53 Index

9 Pages·1997·2.7 MB·English

STLE 1997
COMBINED SUBJECT AND AUTHOR INDEX
Each paper published during the indexed period is assigned a sequence num-
ber, the first two digits of which indicate the year in which the paper was pub-
lished. The index may be entered either through the Subject Index or the Author
Index.
The Subject Index design was revised in 1991, with key words appearing in
one of the following subject areas:
Bearings Lubrication Regimes
Computing and Engineering Methods Maintenance and Condition
Extreme Conditions Tribology Monitoring
Friction Materials Properties and Tribology
Human and Environmental Metalworking, Materials Machining
Lubricant Classes (by Application) Seals
Lubricant Components Surface Technology
Lubricant Manufacture, Application Tribology of Equipment
and Disposal Tribology in Industry
Lubricant Properties and Problems Wear and Failure
Inspection of the index will familiarize the user with the location of key words.
The sequence number of a paper appears next to the key words which describe
a significant part of the content of that paper
The Author Index is an alphabetical listing of all authors of indexed papers,
together with corresponding paper sequence numbers. Having determined the
sequence numbers associated with a given subject or author, the papers to
which these numbers refer may be found in the Chronological Listing. This listing
provides a complete reference for all papers published in the 1997 issues of
Tribology Transactions (T40) and Lubrication Engineering (L53). The papers are
listed by author(s), title, publication, volume number (bold type), issue number,
and page numbers and are in order of ascending sequence number
An excellent source of general information in the field of tribology is the Hana-
book of Lubrication, edited by E. R. Booser and published by CRC Press under
the sponsorship of STLE.
The Combined Index is edited by Martin Webster of the Mobil Technology
Company, Paulsboro, NJ. The Society gratefully acknowledges Dr. Webster's
efforts in this endeavor.
Journal of the Society of Tribologists and Lubrication Engineers 27
1997 Chronological Listing
97001 Akei, M. and Mizuhara, K Sui, P. C., “An EfficientC omputation Model for Calculating Surface
hy ants Refrigerant Env Contact Pres ss 5 res Using Measured Surface Roughness,” T40, 2,
7002 Alvarez, G. A., “Finite Element Fourie 243-250
Radia p Seals T40, 1, 11-20 Talmage, G. and Carpino, M., “A Pseudospectral-Finite Difference
Nosaka, M., Oike M Kauch M and Mayum T Analysis of an nfinitely Wide Slider Bearing with Thermal and In-
Ra ertial Effects T40, 2, 251-258
ating Performance T40 Yang, P. and Rodkiewicz, C. M., “On the Numerical Analysis to the
Thermoelastohydrodynamic Lubrication of a Tilting Pad Inclusive
Obara, S. and Suzuki, M
of Side Leakage,” T40, 2, 259-266
}s at Temperatures
31-40 Bai, M., Xue, Q. and Liu, W., “Sliding Wear of Al-Fe-Ce-SiC Com-
Hall, P. B., Thom, R. and ——e L posites bricated with Several Typical Additives,” T40, 2,
ty of High-Speed, High-L iF ; 267-272
ra-Low V osity Fluids.” T40, 1, 41-48 Sharma, S. K., Schreiber, B. and Gupta, P. K., “On the Traction Be-
Muller-Karger, C. M., Barrett, L. E. and Flack, R havior of Perf yoropolyalkylether Fluids,” T40, 2, 273-278.
Smid, J., Chen, X. and Xia, C. L., “Star-Shaped Alkyl Carbamates as
namic Stiffness and Damr Pour Point Depressants,” T40, 2, 279-282.
Bearir 3s," T40, 1, 49-56 Hashimoto, H., “Optimum Design of High-Speed, Short Journal Bear-
Belforte G. and Raparelli, T ngs by Mathematical Programming,” T40, 2, 283-293.
Rotary Actuators T40. 1 Bertrand, P. A. and Carr, D. J., “Oil Exchange between Ball Bearings
Koka, R. and Armatis, F radatior and Poro is Poly mide Ball Bearing Retainers,” T40, 2, 294-302
oricarit Dy efarr Powders T40 Chilamakuri, S. K. and Bhushan, B., “Optimization of Asperities for
Novotny, V. J., Karis, T. E. and Whitef eld Laser-Text sred Magnetic Disk Surfaces,” T40, 2, 303-311.
and Magnetic Re jing Med rit Jones, S. P., Jansen, R. and Fusaro, R. L., “Preliminary Investigation
Wahi, M. H., Kwon H. and Taiko F E. of Neural Network Techniques to Predict Tribological Properties
tacts at the Head/Disk ace . T40, 2, 312-320
tate Fivir 3," T40, 1 75-80 Morales, W., Fusaro, R. L., Siebert, M., Keith, T., Jansen, R. and
Wan« ot a M andw ay, E.O Herrera-Fierro, P., “A New Antiwear Additive/Surface Pretreat-
Machinir ment for PFPE Liquid Lubricants,” T40, 2, 321-329
Y xiang H Gren, D and Wen, S Yamaguchi, E. S., Primer, R. L., Aragén, S. R. and Labrador, E.Q.,
and Re n the WearPr e Dynamic Light Scattering Studies of Neutral Diisobuty! Zinc Di-
T40, 1, 87- 90 thiophosphate,” T40, 2, 330-338
Zaretsky, E. V Coe, H. H. and August, R Chen, L., Dong, J. and Chen, G., ‘The Study of Tribo-induced De-
Rear ng a eacictior T40. 1 posits from a o onper- Containing Antiwear Additive,” T40, 2,
~OPpe
Hanchi, J. and Eiss, N i Jr., “Synergist 339-345
97 043 Christiansen, S. and De Chiftre, L Topographic Characterization of
Progressive Wear on Jeep Drawing Dies,” T40, 2, 346-352.
7044 Das, N. C., “Elastohydre dynamic Lubrication Theory of Line Con-
and Hwang, C. C tacts: Couple Stress Fluid Model,” T40, 2, 353-359
Head \ 97 45 Harnoy, A., “Simulation of Stick-Slip Fri ction in Control Systems
T40, 2, 360-366
Machcha, A. R McM an, T.C Ta ke, F. E. and Tang, W. T Hsu, T. C. and Lee, C. H., “Realistic Friction Modeling for Simple
t yy of Tri-Pad Sliders,” T40, 1, 120-128 Upsetting,” T40, 2, 367-373
Miller, J. R. and Akamatsu Y., “Effects Sonyer, Ww G Blanchet, T. A. and Calabrese, S. J., Lubrication of
) Fatigue fe T40 129-137 con Nitride in a SimulateTdu r bine Exhaust Gas Environment,”
kolakopou 3s, P.G and cory weme-ne ( T40, 2, 374- 380
near AA¥ nig Mimaroglu, A., Yilmaz, F. and Okumus, C. S., Reliability of Wear
Method,” T40 138- Volume Measurement Approaches in Relation to the Effect of Sur-
San Andres, L face Finish on Fr ction and Wear of Al,0.,”" T40, 2, 381-385
Film Bearings,” T40, 1, 147-
Sushchenko, S.A., “Photoelastic Analysis of Stress Concentrations in
Koka, R., Holtz. A. and Armatis F., a Two-Dimensional Model of Hard Inclusions in a Metal Matrix
T40, 2, 386-390
DeliaCorte, C Helmick, L. S., Gschwender, L. J., Sharma, S. K., Snyder, C. E. Jr.,
Liang, J. C. and Foltz, G. W., “The Effect of Humidity on the Wear
ng Against Al,O, from 25° to 65 0, 1, 163-167 Behavior of Bearing Steels with R,O(n-C,F,0),R, Perfiuoropoly-
Kostick, J. A Segal A. E., Conway, J. C., Jr., Amateau, M. F. and alkylether uIdsP s end Foorr mulataitioc ns T40, 3, 393-402
Opet, S., “The Sliding Wear Behavior of Cobalt-Based Hardfacing Zhang, J. X. and Rodkiewicz, C. M., “On the Design of Bearings
Alloys ed in Steam Vaive Apr atior T40, 1, 168-172 Jsing a CFD Technique,” T40, 3, 403-412.
Mimaroglu, A. and Yilmaz, F., “influence of Carbide Size, Hardness Dareing, D. W. and Atiuri, S., “Traction Behavior and Physical Prop-
and Temperature or ; Friction and Wear a Boundary Lu erties of Powder Graphite Lubricants Compacted to Hertzian
ated High-Speed Steel and N erar T40, Pressure Levels T40, 3, 413-420
173-177 Forster, N. H. and Trivedi H. K., “Rolling Contact Testing of Vapor
Xu, T., Zhao, J Xu, K and Xue, O Phase Lubricants - Part Material Evaluation,” T40, 3, 421-428
Ying, T.-N. and Hsu, S. M., “Effect of Friction on Subsurface Strain
ve,” T40, 1 178-4 182 Distribution of Steel,” T40, 3, 429-435
Venkatar aman B. and Palazzolo, A. B Jonnadula, R , Majumder B. C. and Rao, N. S., “Stability Analysis of
y of Eccentric Annular Sea FlexiblyS u pported Rough Submerged Oil Journal Bearings,” T40,
T40 1, 183-194 3, 437-444
Zhao R Barber, G C. Yang, Y. S. and Larson JE Ovaert, T. C.a nd Ramachandra, S Wear Particle Formation of Poly-
anis m Ana ‘ e Fexha ? alive é ts mers Against Smooth Harde =ned Steel Counterfaces,” T40, 3,
simulator T40 2 209-21 8 445-452
Keserde M © F and Allaire, P . €. Wedeven, L. D., McGeehan, J. A. and Ryason, P. R., “Diese! Engine
Aeasured Oils Formulated with Hydrocracked and Solvent-Refined Base-
T40 2 219-226 stocks Have Equa! EHD Film Thicknesses,” T40, 3, 453-460.
Gvaen T C jire al Polymer Matrix Composites Guangteng, G. and Spikes, H. A., “The Control of Friction by Molec-
Fit rientation in the Plane of Contact,” T40, 2, 227-234 ular Fractionation of Base Fiuid Mixtures at Metal Surfaces,” T40,
Prabhu, 8. S arimental investigatior n the Misa gnment 3, 461-469
Effects ir yer Rear 3s T40 2. 235-242 Usmani, S., Sampath, S., Houck, D. L. and Lee, D., “Effect of Carbide
January 1998 LUBRICATION ENGINEERING
Grain Size on the Sliding and Abrasive Wear Behavior of Ther- Loaded Rolling Line Contacts,” T40, 4, 708-714.
maily Sprayed WC-Co Coatings,” T40, 3, 470-478
Raparelli, T., Manuello-Bertetto, A. and Mazza, L., “Experimental
Chao, K. K. and Saba, C. S., “Reaction and Evaporation Rates of Study of Pneumatic Seal Extrusion,” T40, 4, 715-719.
High Temperature Candidate Fluids from a TFOST Test,” T40, 3, Zheng, Y. K. and Yang, Y. Y., “Wear Characteristics of Large Grind-
479-485. ing Balls in an SAG Mill,” T40, 4, 720-724.
Cheng, W., “A New Roughness Parameter Including Hardness and Krim, J., “Friction at the Atomic Scale,” L53, 1, 8-13.
Contact Frequency Effects on Lubricated Rolling/Sliding Wear
Sun, D. C., “Equations Used in Hydrodynamic Lubrication,” L53, 1,
T40, 3, 486-492.
53, 18-25
Forster, N. H. and Trivedi, H. K., “Rolling Contact Testing of Vapor Ren, T., Sha, G., Zheng, L., Xia, J., Liu, W. and Xue, Q., “The Tri-
Phase Lubricants—Part ||: System Performance Evaluation,” T40,
bological Study of S-(1H-Benzotriazol-1-YL) Methyl N, N Dialkyl-
3, 493-499
dithiocarbamates as Additives in Pentaerythritol Ester,” L53, 1,
Konishi, T. and Perez, J. M., “Properties of Polyo! Esters—Lubrication 39-43
of an Aluminum Silicon Alloy,” T40, 3, 500-506 Paviat, M. R., “Total Cleanliness Control for Hydraulic and Lubricat-
Nakayama, K., Yamanaka, K., |keda, H. and Sato, T., “Friction, Wear ing Systems in the Primary Metals industry,” L53, 2, 12-19
and Triboelectron Emission of Hydrogenated Amorphous Carbon Yamanaka, Y., Sakai, Y. and Satoh, M., “Development of a New
Films,” T40, 3, 507-513
Grinding Fluid for the CBN Grinding Wheel Part Il," L53, 2, 20-26.
Nickel, D. A. and Sadeghi, F., “in Situ Tribocomponent Temperature Miller, P. R. and Patel, H., “Using Complex Polymeric Esters as Mul-
Measurement Using a Radio Telemeter,” T40, 3, 514-520
tifunctional Replacements for Chiorine and other Additives in Met-
Wang, M. and Feng, W., “The Effect of Unsaturated Acids on the alworking,” L53, 2, 31-33
Performance of Trimethyloxyl Propane Ester of Fatty Acids,” T40, Cupp, R. T. and Lantz, T. L., “The Wheeling-Pittsburgh Stee! Lubri-
3, 521-527. cant Purchasing System,” L53, 3, 11-15
Jing, G., Zhang, L. P. and Hu, Z. Y., “On Fundamental Character- Rush, R. E., “A Review of the More Common Standard Grease Tests
istics of a Hybrid Gas-Lubricated Journal Bearing with Surface- in Use Today,” L53, 2, 17-26.
Restriction Compensation,” T40, 3, 528-536
Morales, W., Graham, E. E., Galvin, T. and Herrera-Fierro, P. C.,
Berger, E. J., Sadeghi, F. and Krousgrill, C.M ., “Torque Transmission Vapor Phase Lubrication Using a Thioether,” L53, 3, 27-28.
Characteristics of Automatic Transmission Wet Clutches: Experi- McKenzie, M. R., “A Calibration Procedure for a Ball-Rod Test Ma-
mental Results and Numerical Comparison,” 740, 4, 539-548
chine Using a Footprint Technique,” L53, 3, 29-33.
Forehand, S. M. and Bhushan, B., “in Situ Studies of Wear Mecha-
Srimongkolkul, V., “Why a Proactive Maintenance Program for Hy-
nisms in Magnetic Thin-Film Disks,” T40, 4, 549-558 draulic Oil is Part of Statistical Process Control,” L53, 4, 10-14.
Phillips, R. L., Jacobs, L. E. and Merati, P., “Experimental Determi-
Bansal, V., Sastry, M. |. S., Sarpal, A. S., Jain, S. K., Srivastava,
nation of the Thermal Characteristics of a Mechanical Seal and
S. P. and Bhatnagar, A. K., “Characterization of Nitrogen and
Its Operating Environment,” T40, 4, 559-568 Phosphorous Components in a Multifunctional Lubricant Additive
Ratoi-Salagean, M. and Spikes, H. A., “Optimizing Film Formation by by NMR and IR Techniques,” L53, 4, 17-23.
Oil-in-Water Emulsions,” T40, 3, 569-578 Chen, G., Chen, L. and Dong, J., “Preparation and Tribological Be-
Sliney, H. E., “Sliding Contact PM212 Bearings for Service to 700° havior of Oil-Soluble Cerium Dioctyi Dithiocarbamate,” L53, 4,
T40, 4, 579-588 24-29
Bruce, R. W., Kasun, T. J. and Wedeven, L. D., “Lubrication of High Lantz, T. L., “Solving Lubrication Problems—Part 2,” L53, 5, 14-19.
Rolling Speed Ceramic Contact with Two Percent Slip at 815°C Sarin, R., Tuli, D. K., Martin, V., Rai, M. M. and Bhatnagar, A. K.,
(1500°F),” T40, 4, 589-596
Development of N, P and S-Containing Multifunctional Additives
E, J., Stolarski, T. A. and Gawne, D. T., “Mechanical and Triboch- for Lubricants,” L53, 5, 21-27
emical Effects During Accelerated Wear of Silicon Nitride in Dia- Nakanishi, H., Onodera, K., Inoue, K., Yamada, Y. and Hirata, M.,
mond Slurries,” T40, 4, 597-604 Oxidation Stability of Synthetic Lubricants,” L53, 5, 29-37.
Turaga, R., Sekhar, A. S. and Majumdar, B. C., “Stochastic FEM Chupp, R. E. and Loewenthal, R. G., “Brush Seals Can improve
Analysis of Finite Hydrodynamic Bearings with Rough Surfaces Power Plant Efficiency by One-Fourth of a Percentage Point Yield-
T40, 4, 605-612 ing Huge Annual Savings,” L53, 6, 10-14
Xu, G., Sadeghi, F. and Hoeprich, M., “Residual Stresses Due to Eckard, A., Riff, |. and Weaver, J., “Formulation of Soluble Oils with
Debris Effects in EHL Contacts,” T40, 4, 613-620 Synthetic and Petroleum Sulfonates,” L53, 6, 17-22.
Kumagai, K. and Kamiya, O., “Effects of Magnetization on Wear Jones, W. R. Jr., Ajayi, O.O . and Wedeven, L. D., “Enhancement of
T40, 4, 621-626 Perfluoropolyether Boundary Lubrication Performance,” L53, 6,
Liu, H. and Xue, Q., “Friction Properties and Wear Mechanisms of a 24-31
TZP/Steel Reciprocating Sliding Couple under Water Lubrication Morales, W., “Elijan McCoy: The Father of Modern Lubrication,” L53,
T40, 4, 627-632. 6, 39
Sun, J.-X., Hu, Z.-S. and Hsu, S. M., “The Effect of Concentration Bowering, R. E., Davis, C. T. and Braniff, D. P., “Managing and Re-
Solvent, and Temperature on Aggregation of a Commercial Cal- cycling Hydraulic and Process Oils at a Cold Mill,” L53, 7, 12-17
cium Sulfonate Additive as Studied by FTIR and Light Scattering Mehta, A. K., Suresh Babu, A. V., Martin, V., Mookken, R. T., Srivas-
Techniques,” T40, 4, 633-638 tava, S. P. and Bhatnagar, A. K., “A New Test Rig for Oil Evalu-
DellaCorte, C. and Fellenstein, J. A., “The Effect of Compositiona ation in Textile Spindies,” L53, 7, 19-25.
Tailoring on the Thermal Expansion and Tribological Properties of Lonsdale, C. P. and Lutz, M. L., “Locomotive Traction Motor Armature
PS300: A Solid Lubricant Composite Coating,” T40, 4, 639-642 Bearing Life Study,” L53, 8, 12-19.
Woydt, M., Dogigli, M. and Agatonovic, P., “Concepts and Technol- Washo, M., “Economics of Inspecting New and Recycling Used Roll-
ogy Development of Hinge Joints Operated Up To 1600°C in Air ing Contact Bearings,” L53, 8, 20-27.
T40, 4, 643-646
Naka, M., Itoh, H., Kuraishi, J.a nd Namimatsu, K., “Out-Particles of
Ruan, B., Salant, R. F. and Green, |., “A Mixed Lubrication Mode! of Lubricating Grease in Rolling Bearings and Be Screws,” L53, 8,
Liquid/Gas Mechanica! Face Seals,” T40, 4, 647-657 28-35
Chiu, Y. P., “The Mechanism of Bearing Surface Fatigue—Experi- Lantz, M. A., “Chemical and Mechanical Considerations In Reducing
ments and Theories,” T40, 4, 658-666 Mist—A Case Study,” L53, 9, 14-16.
Erdemir, A., Halter, M., Fenske, G. R., Zuiker, C., Csencsits, R., Ball, A., “A Survey of Metalworking Fluid Mist in Manufacturing
Krauss, A. R. and Gruen, D. M., “Friction and Wear Mechanisms Plants,” L53, 9, 18-22.
of Smooth Diamond Films During Sliding in Air and Dry Nitrogen Dong, J., Van de Voort, F. R., ismail, A. A. and Pinchuk, D., “A Con-
T40, 4, 667-675. tinuous Oil Analysis and Treatment (COAT) System for the Moni-
Shoda, Y., Ijuin, S., Aramaki, H., Yui, H. and Toma, K., “The Perfor- toring of Oil Quality and Performance of Additives,” L53, 10,
mance of a Hybrid Ceramic Ball Bearing Under High Speed Con- 13-18.
ditions with the Under-Race Lubrication Method,” T40, 4, Mookken, R. T., Saxena, D., Basu, B., Satapathy, S., Srivastava,
676-684. S. P. and Bhatnagar, A. K., “Dependence of Oxidation Stability of
Ying, T.-N., Shen, M. C., Wang, Y. S. and Hsu, S. M., “Tribology of Steam Turbine Oil on Base Oil Composition,” L53, 10, 19-24.
Si-Based Ceramics: Wear Mechanisms,” T40, 4, 685-693 Marano, R. S., Smolinski, J. M., Manke, C. W. Jr., Gulari, E. and
Etsion, |. and Pascovici, M. D., “Vaporization in Face Seals Operating Messick, R. L., “Polymer Additives as Mist Suppressants in Metal
with Liquid Mixtures,” T40, 4, 694-700 Cutting Fluids,” L53, 10, 25-36.
Wan, G. T. Y., Gabelli, A. and loannides, E., “increased Performance Ezugwu, E. O. and Soh, K. S., “Wear of Coated Carbide Tools when
of Hybrid Bearings with Silicon Nitride Balls,” T40, 4, 701-707 Machining an Ni-Cr-Mo (817M40) Steel,” L53, 11, 18-24.
Zhai, X., Chang, L., Hoeprich, M. R. and Nixon, H. P., “On Mecha- Ezugwu, E. O., “Tool Wear in Finish Turning of Medium Carbon Steel
nisms of Fatigue Life Enhancement by Surface Dents in Heavily with Coated Carbide Tools,” L53, 11, 25-31.
Journal of the Society of Tribologists and Lubrication Engineers
97124 Roby, S. H. and Supp, J. A., “Effects of Ashiess Antiwear Agents on 97125 Wallfahrer, U. and Bowen, L., “Low ZDDP High Performance Semi-
Valve Train Wear and Sludge Formation in Gasoline Engine Test synthetic Automotive Engine Oils Using Polymer Esters as an An-
L53, 12, 17-22 tiwear Booster,” L53, 11, 23-28
1997 Subject Index
Bearings Hydraulic Fiuids 97095, 97102, 97112
Air, Gas 97067, 97113 Internal Combustion Engine Oils
Ceramic 97003, 97004, 97085, 97088 Diesel Engines 97057
Hydrodynamic 97051, 97067, 97075, 97121 Gasoline Engines 97125
Journal 97006, 97018, 97029, 97036, 97045, 97055 Jet Engine Oils 97066
97121 Metalworking Fluids, Coolants 97096, 97097, 97109, 97117, 97118, 97121
Slider 97010, 97031 Cutting 97109, 97121
Titting-Pad 97032 Grinding 97096, 97117
Hydrostatic 97019, 97067 Process Fluids 97112
Magnetic 97027 Refrigeration Oils 97001
Rolling Element 97005, 97052, 97074, 97076, 97083 Spindle Oils 97113
97115, 97116 Steam Turbine Oils 97120
Ball 97004, 97013, 97037, 97053, 97062, 97088 Vapor Phase Lubricants 97053, 97062, 97100
Cylindrical Roller 97017 Lubricant Components
Tapered Roller 97065 Additives 97103, 97121, 97124
Self-Lubricating 97003, 97081 Antioxidant 97106, 97119
Computing and Engineering Methods Antiwear 97033, 97040, 97041, 97042, 97050, 97094, 97096, 97104,
Computerized Maintenance—see Maintenance 97106, 97124, 97125
Contact Mechanics 97002, 97010, 97028, 97030, 97038, 97046, 97054 Detergent/Dispersant 97079
97056, 97061, 97069, 97076, 97078, 97082, 97089 Extreme Pressure 97033, 97094, 97096, 97104, 97106, 97125
Data Acquisition 97039, 97065 Friction Modifying 97096, 97106, 97113
Dynamic Modelling 97006, 97018, 97019, 97046, 97055, 97061, 97067 Pour Point Depressants 97035
97068 Solid Lubricant 97024, 97047
Expert Systems 97039 Liquid Crystals 97014
Fluid Mechanics 97015, 97018, 97025, 97031, 97032, 97034, 97036 Mineral Basestocks 97057, 97073, 97120
97044, 97046, 97051, 97055, 97067, 97070, 97075, 97082, 97087 Solid Lubricants 97064, 97072, 97080
97089, 97093 Graphite 97064
Heat Transfer Analysis 97025, 97031, 97032, 97070, 97085, 97087 Synthetic Basestocks 97008, 97037, 97060, 97066, 97073, 97094, 97097,
97093 97107, 97125
Fluorocarbons 97034, 97040, 97050
Stress Analysis 97013, 97049, 97054, 97056, 97076, 97083, 97089
Tribology Databases 97039 Organic Esters 97063, 97066, 97097, 97125
Polyethers 97008, 97034, 97040, 97050, 97100, 97110
see also Lubrication Regimes
Extreme Conditions Tribology Water, Water-Based 97071, 97078, 97109
High Speed 97085 Lubricant Manufacture, Application and Disposal
High Temperature 97004, 97014, 97021, 97047, 97060, 97062, 97065 Application Method 97059
Vapor Phase 97053, 97062
97072, 97073, 97080, 9708 100, 97107
Humidity 97050 Disposal 97112
Reclamation 97112
Low Temperature 97003
Particulate Contamination 97074 Lubricant Properties and Problems
Contamination 97001, 97008, 97095
Vacuum and Space 97081 Particulates 97088, 97095, 97116
Friction
Boundary Lubrication 97023, 97024, 97040, 97042, 97058, 97059, 97063 FoaWmaitnegr, G9a7s0 99E ntrainment and Release 97117
97068, 97070, 97078, 97092, 97104, 97110, 97113 Grease Properties 97099, 97116
EHL (Traction) 97005, 97034, 97052, 97058, 97085, 97089
Lubricant Degradation 97060, 97063, 97066
Hydrodynamic Lubrication 97029, 97051, 97075
Oxidation 97042, 97060, 97063, 97066, 97099, 97107, 97120
Mechanisms 97027, 97046, 97092 Shear 97099
Solid Lubrication 97021, 97047, 97064 Rheology 97001, 97005, 97034
Static 97007, 97069
Non-Newtonian Behavior 97015
Stick-Slip 97016, 97045
Testing Pour Point 97035
Traction, Shear Strength 97034
Bench Tests 97005, 97006, 97021, 97027, 97054 Viscosity-Pressure 97001, 97034
Equipment Tests 97113
Viscosity-Temperature 97034
HuUmnainu braincda teEdn vir9o7n0m48e,n tal9 7084 Viscoelasticity 97121
see also Maintenance
Biolubrication—see Lubrication Regimes Lubrication Regimes
Conservation Boundary Lubrication 97023, 97040, 97058, 97074, 97078, 97082, 97110
Energy 97108, 97113
97113
Materiais 97115 Chemistry 97040
Economics 97098, 97115 Friction—see Friction
History 97092, 97111 Wear—see Wear
Hygiene 97117, 97118, 97121 Elastohydrodynamic Lubrication (EHL) 97001, 97017, 97032, 97034,
Recycling 97115 97044, 97057, 97058, 97071, 97076
Safety 97117, 97118, 97121 Film Geometry 97057, 97058, 97071
Lubricant Classes (by Application) Micro-EHL 97089
Automatic Transmission Fluids 97068 Non-Newtonlan Lubricants 97044
Cryogenic Lubricants 97003 Traction—see Friction
Gas Turbine Oils 97073, 97107 Hydrodynamic and Hydrostatic Lubrication 97006, 97018, 97019, 97025,
Greases 97088, 97099, 97114, 97116 97031, 97032, 97036, 97067, 97093
January 1998 LUBRICATION ENGINEERING
Film Geometry 97029, 97051, 97067, 97093 FTIR 97016, 97040, 97050, 97079, 97103, 97119
Friction—see Friction Raman 97016
Gas and Vapor Lubricated 97093 XPS 97042, 97094
Inertia Effects 97025, 97031, 97051 Coatings and Films 97003, 97004, 97011, 97020, 97021, 97049, 97058,
Load-Carrying Capacity 97051, 97067, 97093 97059, 97064, 97084, 97089, 97°22, 97123
Roughness Effects 97055 Wear-Resistant Coatings 97059
Stability, Vibration 97006, 97018, 97019, 97025, 97055, 97067 Hardness 97022, 97023, 97061
Thermal Effects 97031, 97032 Physical Examination Methods
Turbulent 97019, 97036 SEM 97024, 97026, 97040
Self Lubrication 97072 TEM 97024
Solid Lubrication 97047, 97052, 97072 Surface Modification
Friction—see Friction Hardening 97022, 97023
Wear—see Wear see also Metalworking
Vapor Phase Lubrication 97053, 97062, 97100 Surface Roughness 97061, 97075, 97089
Maintenance and Condition Monitoring Analysis and Models 97010, 97030, 97038, 97043, 97048, 97061,
Equipment Monitoring 97065, 97115, 97119 97075, 97082, 97089
Failure Analysis 97012, 97087, 97090, 97105, 97114 Tribology of Equipment
Filtration, Cleanliness 97095, 97102 Bearings—see Bearings
Life Prediction Methods 97013, 97017, 97039, 97089 Cams 97125
Lubricant Analytical Techniques 97119 Clutches 97068
Gas Chromatography 97060 Electrical Equipment 97065, 97114
Liquid Chromatography 97060 Gas Turbines 97047, 97108
NMR_ 97103 Hydraulic Components 97007
see also Lubricant Properties Seals—see Seals
Maintenance 97102, 97114 internal Combustion Engines 97026, 97124, 97125
see also Wear and Failure Gasoline 97124, 97125
Materials Properties and Tribology Machine Tools 97011
Ceramics 97003, 97009, 97011, 97020, 97021, 97023, 97059, 97073, Magnetic Data Storage Systems 97008, 97009, 97010, 97015, 97016,
97078, 97085, 97086 97020, 97038, 97064, 97069
Carbides 97059, 97086, 97122, 97123 Hard Discs 97008, 97009, 97020, 97038, 97069, 97116
Composite 97033, 97072 Rocket Motors 97003
Nitrides 97004, 97011, 97023, 97047, 97074, 97086, 97088 Seals—see Seals
Oxides 97021, 97048 Tribology in Industry
Diamond 97074, 97084 Aerospace 97072, 97073, 97081, 97100
Ferrous Alloys, Steel 97023, 97049, 97050, 97054, 97078, 97122, 97123 Space Vehicles 97003, 97037, 97081, 97100
Metals, Elemental Automotive 97068
Aluminum 97033, 97063 Cement 97091
Cobalt 97022 Magnetic Data Storage 97008, 97009, 97010, 97015, 97016, 97020,
Copper 97042 97038, 97064, 97069
Non-Ferrous Alloys 97063 Metalworking—see Metalworking
Polymeric 97014, 97028, 97037, 97056 Railroad 97114
Powder Metals 97072 Vehicles 97114
Self-Lubricating Steel 97098, 97112, 97121
Carbon, Graphite 97052, 97064 Textiles 97113
Composites 97004, 97028 Wear and Failure
Metalworking, Materials Machining Fatigue
Coolants—see Lubricant Classes Crack Propagation 97056
Cutting 97122, 97123 Rolling-Contact 97005, 97013, 97017, 97061, 97062, 97076, 97083,
Tapping 97097 97089, 97101
Turing 97122, 97123 Galling 97022
Finishing Wear
Grinding 97095 Boundary Lubricated 97023, 97024, 97033, 97040, 97042, 97050,
Surface Modification—see Surface Technology 97061, 97063, 97069, 97074, 97078, 97104, 97106, 97110,
Forming 97044 97122, 97123
Drawing, Extruding 97043 Self-Lubricated 97056
Seals Solid Lubricated 97021, 97047, 97064
Rotary Seals 97025, 97082 Unlubricated 97014, 97028, 97048, 97084, 97086
Brush 97108 Wear Mechanisms 97012, 97026, 97028, 97041, 97043, 97061, 97076,
Face 97082, 97087 97091
Lip 97002, 97090 Abrasive 97077, 97078
Mechanical 97070, 97082 Adhesive 97077
Surface Technology Impact 97091
Chemical Analytical Techniques Wear/Failure Testing Devices 97101
AES(Auger) 97042, 97094, 97104 Bench Tests 97017, 97021, 97026, 97033, 97053, 97054, 97062,
AFM (Atomic Force Microscope) 97016, 97064 97069, 97099
DLS (Dynamic Light Scattering) 97041 Equipment Tests 97088
EPMA 97094 see also Maintenance
Journal of the Society of Tribologists and Lubrication Engineers
1997 Author Index
Fellenstein, J. A 97080
Feng, W 97066
Fenske, G. R 97084
Flack, R. D 97006
Foltz, G. W 97050
Forehand, S. M 97069
Forster, N. H 97062
Fusaro, R. L 97040
Gabelli, A
Galvin, T
Gawne, D. T
Getto, E. H
97033 Graham, E. E
97118 Green, |
97103 Gruen, D0. M
97026 Gschwender, L. J
97006 Guangteng, G
97120 Gulari, E
970 aA? Gupta, P. K
97068
97037
97120
97069 Hall, P.B 97005
97047 Halter, M 97084
97125 Hanchi, J 97014
97112 Harnoy, A 97045
97112 Hashimoto, H 97036
97073 Helmick, L. S 97050
Herrera-Fierro, P. C 97100
Hirata, M 97107
Hoeprich, M. R 97089
Holtz, A 97020
Houck, D |L 97059
Hsu, S. M 97054, 97079, 97086
Hsu T Cc 97046
Hu, Z. Y 97067
Hu, Z.-S 97079
Hwang, C. C 97015
ijuin, S
Ikeda, H
Inoue, K
loannides, E
Ismail, A. A
ton,
Jacobs, L. E
Jain, S. K
Jansen, R
Jing, G
Jisheng, E
Jones, S. P
97021
Jones, W. R. Jr
Jonnadula, R
97042 97104
Kamiya, O 97077
97074 Karis, T. E 97009
97109 Kasarda, M. E. F 97027
97014 Kasun, T. J 97073
97084 Keith, T 97040
97087 Kikuchi, M 97003
97011 97122 97123 Koka, R 97008, 97020
January 1998 LUBRICATION ENGINEERING
Konishi, T 97063 Prabhu, 8. S
Kostick, J. A 97022 Primer, R. L
Krauss, A. R 97084
Krim,J 97092
Krousgrill, C. M $7068
Kumagai, K 97077 Rai, M. M
Kuraishi, J 97116 Ramachandra, S
Kwon, H 97010 Rao, N.S
Raparelli, T 97007,
Ratoi-Salagean, M
Ren, T
Labrador, E. Q 97041 Riff, |
Lantz, M.A 97117 Roby, S. H
Lantz, T. L 97105 Rodkiewicz, C. M
Larson, J. E 97026 Ruan, B
Laskowski, J. A 97021 Rush,R . E
Lee, C.H 97046 Ryason, P. R
Lee, D 97059
Li, WoL 97015
Liang, J. C 97050
Liu, H 97078 Saba, C.S 97060
Liu,W 97094 Sadeghi, F 97065, 97068, 97076
Loewenthal, R. G 97108 Sakai, Y 97096
Lonsdale, C. P 97114 Salant, R. F 97082
Lutz, M. L 97114 Sampath, S 97059
San Andres, L 97019
Sarin,R 97106
Sarpal, A. S 97103
Machcha, A. R Sastry, M. |. S 97103
Majumdar, B. C Satapathy, S 97120
Manke, C. W. Jr Sato, T 97064
Manuello-Bertetto, A Satoh, M 97096
Marano, R. S Sawyer, W. G 97047
Martin, V Saxena, D 97120
Mayumi, T Schreiber, B 97034
Mazza, L Segall, A. E 97022
McGeehan, J. A Sekhar, A. S 97075
McKenzie, M. R Sha, G 97094
McMillan, T. C Sharma, S. K 97050
Mehta, A. K Shen, M. C 97086
Merati, P Shoda, Y 97085
Messick, R. L Siebert, M 97040
Miller, J. R Sliney, H. E 97072
Miller, P. R Smid, J 97035
Mimaroglu, A 97023 Smolinski, J. M 97121
Mizuhara, K Snyder, C. E. Jr 97050
Mookken, R. T 97113 Soh, K. S 97122
Morales, W 97040, 97100 Spikes, H. A 97058 97071
Muller-Karger, C. M Srimongkolkul, V 97102
Srivastava, S. P 97103, 97113, 97120
Stolarski, T. A 97074
Sui, P. C 97030
Naka, M Sun, D. C 97093
Nakanishi, H Sun, J.-X 97079
Nakayama, K Supp, J. A 97124
Namimatsu, K Suresh Babu, A. V 97113
Nickel, D. A Sushchenko, S. A 97049
Nikolakopoulos, P. G Suzuki, M 97004
Nixon,H . P
Nosaka, M
Novotny, V. J
Talke, F.E 97016
Talmage, G 97031
Tang, W. T 97016
Obara, S 97004 Thom, R 97005
Oike M 97003 Toma, K 97085
Okumus, C. S 97048 Trivedi, H. K 97062
Onodera, K 97107 Tuli, D. K 97106
Opet, S 97022 Turaga, R 97075
Ovaert, T. C 97056
Usmani, S
Palazzolo, A. B
Papadopoulos, C. A
Pascovici, M. D
Van de Voort, F. R
Patel, H
Venkataraman, B
Paviat, M. R
Perez, J. M
Phillips, R. L
Pinchuk, D Wahl, M. H
Journal of the Society of Tribologists and Lubrication Engineers
Waillfahrer, U Yamaguchi, E. S 97041
Wan, G. T. Y Yamanaka, K 97064
Wang, M Yamanaka, Y 97096
Wang, Y.S Yang, P 97032
Wang, Z.M Yang, Y. S 97026
Washo, M Yang, Y. Y 97091
Weaver, J Yilmaz, F 97048
Wedeven, L. D 97057, 97073 Ying T.-N 97086
Wen, S Yui, H 97085
Weng, C Yuxiang, H 97012
Whitefield, R J j
Woyadt, M
Zaretsky, E. V
Zhai, X
97035 Zhang, J. X
97094 Zhang, L. P
97076 Zhao, J
97024 Zhao, R
97024 Zheng, L
97024, 97033, 97078 97094 Zheng, Y. K
Zuiker, C
Yamada, Y
January 1998 LUBRICATION ENGINEERING