STLE°-2004 Combined Subject and Author Index Each paper published during the indexed period is assigned a sequence number, the first two digits of which indicate the year in which the paper was published. The index may be entered either through the Subject Index or the Author Index. The Subject Index design was revised in 1991, with keywords appearing in one of the following subject areas: Bearings Lubrication Regimes Computing and Engineering Methods Maintenance and Condition Monitoring Extreme Conditions Tribology Materials Properties and Tribology Friction Metalworking, Human Materials Machining and Environmental Seals Lubricant Classes (by Application) Surface Technology Lubricant Components Tribology of Equipment Lubricant Manufacture, Application and Tribology in Industry Disposal Wear and Failure Lubricant Properties and Problems Inspection of the index will familiarize the user with the location of keywords. The sequence number of a paper appears next to the keywords which descrite 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 to papers published in the 2004 issues of Tribology Transactions (T47) and Tribology and Lubrication Technology (TLT). Original peer-reviewed papers that occasionally appear in TLT are included in this index. Papers reprinted in TLT are noted by a second reference entry in the Chronological Index. For Tribology Transactions the papers are listed by author(s), title, publication, volume number, issue number and page numbers in ascending sequence number. For TLT papers the volume and issue numbers are replaced by the numerical month and year designation (i.e., 01-2004). The Combined Index is edited by Dr. Martin Webster of ExxonMobil Research and Engineering, Clinton, N.J. The Society gratefully acknowledges Dr. Webster's efforts in this endeavor. Chronological Listing Tribology Transactions 04001 Damiens, B., Lubrecht, A.A. and Cann, P.M., “In- Rotary Compressor in a R410A Refrigerant,” T47, fluence of Cage Clearance on Bearing Lubrica- 1, 29-33. tion,” T47, 1, 2-6. : Wang, N., Chang, Y.Z. and Tsai, C.M., “The Appli- Zhu, D., “Elastohydrodynamic Lubrication in Ex- cation of Nearly Embarrassingly Parailel Compu- tended Parameter Ranges—Part IV: Effect of Ma- tation in the Optimization of Fluid-Film Lubrica- terial Properties,” T47, 1, 7-16. tion,” T47, 1, 34-42. Tung, S.C. and Huang, Y., “Modeling of Abrasive Nosaka, M., Takada, S., Kikuchi, M., Sudo, T. and Wear in a Piston Ring and Engine Cylinder Bore Yoshida, M., “Ultra High-Speed Performance of System,” T47, 1, 17-22. Ball Bearings and Annular Seals in Liquid Hydro- gen at Up to 3 Million DN (120,000 rpm),” T47, lyengar, V.R., Alexandridis, A.A., Tung, S.C. and 1, 43-53. Rule, D.S., “Wear Testing of Seals in Magneto- Rheological Fluids,” T47, 1, 23-28. Lee, Y.B., Kim, T.H., Kim, C.H., Lee, N.S. and Choi, D.H., “Unbalance Response of a Super-Critical Oh, S.D., Kim, J.W. and Lee, Y.-Z., “Friction and Rotor Supported by Foil Bearings—Comparison Wear Characteristics of TIN Coated Vane for the with Test Results,” T47, 1, 54-60. Kim, T.J. and Han, J.S., “Comparison of the Dy- Gao, H., McQueen, J.S., Black, E.D., Gangopad- namic Behavior and Lubrication Characteristics hyay, A.K. and Jensen, R.K., “Reduced Proper- of a Reciprocating Compressor Crankshaft in ties Concentration Effects on Tribological Per- Both Finite and Short Bearing Models,” T47, 1, formance of Passenger Car Engine Oils,” T47, 2, 61-69. 200-207. He, M., Allaire, P., Cloud, C.H. and Nicholas, J., “A Gao, F., Kotvis, P.V. and Tysoe, W.T., “The Fric- Pressure Dam Bearing Analysis with Adiabatic tional Behavior of Thin Halide Films on Iron,” Thermal Effects,” T47, 1, 70-76. T47, 2, 208-217. Yang, Y.K. and Jeng, M.C., “Analysis of Viscos- Arslan, E., Bulbul, F. and Efeoglu, I., “The Struc- ity Interaction and Heat Transfer on the Dual tural and Tribological Properties of MoSp-Ti Conical-Cylindrical Bearing,” T47, 1, 77-85. Composite Solid Lubricants,” T47, 2, 218-226. Cao, X., Shao, T., Wen, S. and Yao, Y., “Mi- Hiratsuka, K., Kajdas, C. and Yoshida, M., “Tribo- cro/Nanotribological and Mechanical Studies of Catalysis in the Synthesis Reaction of Carbon TIN Thin-Film for MEMS Applications,” 147, 2, Dioxide,” T47, 1, 86-93. 227-232. Ebrat, O., Moureilatos, Z.P., Viahopoulos, N. and Nosov, V. and Gomez-Mancilla, J., “On the Ap- Vaidyanathan, K., “Calculation of Journal Bear- pearance of Lubricant Film Rupture in Cylindrical ing Dynamic Characteristics Including Journal Journal Bearings,” T47, 2, 233-238. Misalignment and Bearing Structural Deforma- tion,” T47, 1, 94-102. Yao, Y., Cao, X., Qiao, L. and Chu, W., “Yield Point Phenomena During Nanoidentation,” T47, Karis, T.E. and Nayak, U.V., “Liquid Nanodroplets 2, 239-247. on Thin Film Magnetic Recording Disks,” T47, 1, 103-110 & TLT, 09-2004, 42-51. Grau, G., lordanoff, |., Bou-Said, B. and Berthier, Y., “An Original Definition of the Profile of Com- Yano, A., Watanabe, S., Miyazaki, Y., Tsuchiya, pliant Foil Journal Gas Bearings: Static and Dy- M. and Yamamoto, Y., “Study on Sludge For- namic Analysis,” T47, 2, 248-256. mation During the Oxidation Process of Turbine Oils,” T47, 1, 111-122. Dickrell, D.J. and Sawyer, W., “Evolution of Wa- ter in a Two-Dimensional Bushing,” T47, 2, 257- Yang, H., Schmid, S.R., Kasun, T.J. and Reich, 262. R.A., “Elastohydrodynamic Film Thickness and Tractions for Oil-in-Water Emulsions,” 147, 1, Harvey, T.J., Wood, R.J.K., Powrie, H.E.G. and 123-129. Warrens, C., “Charging Ability of Pure Hydrocar- bons and Lubricating Oils,” T47, 2, 263-271. Liu, Z., Sun, J., Wu, J.D., Wang, P.N. and Shen, W., “Determination of Adhesion of CNx Thin Film on Ishibashi, A., Sunagawa, Y., Sonoda, K. and Silicon from Micro-Scratch Testing,” T47, 1, 130- Ezoe, S., “Performance of Used Engine Oil as 137. Gear-Cutting Oil,” T47, 2, 272-279. Wang, D., Keith, T.G, Yang, Q. and Krantz, T.L. and Kahraman, A., “An Experimental Investigation of the Influence of the Lubricant Vaidyanathan, K., “Lubrication Analysis of a Viscosity and Additives on Gear Wear,” T47, 1, Connecting-Rod Bearing in a High-Speed En- 138-148. gine. Part |: Rod and Bearing Deformation,” T47, 2, 280-289. Zhang, C., Cheng, H.S. and Wang, Q.J., “Scuff- Wang, D., Keith, T.G. Yang, Q. and ing Behavior of Piston-Pin/Bore Bearing in Mixed Vaidyanathan, K., “Lubrication Anaiysis of a Lubrication—Part Il: Scuffing Mechanism and Connecting-Rod Bearing in a High-Speed En- Failure Criterion,” T47, 1, 149-156. gine. Part Il: Lubrication Performance Evaluation for Non-Circular Bearings,” T47, 2, 290-298. Kim, J.H., Blanchet, T.A. and Calabrese, S.J., “High Velocity Oxyfuel Deposition for Low Sur- Kovalchenko, A., Ajayi, O., Erdemir, A., Fenske, face Roughness PS304 Self-Lubricating Compos- G. and Etsion, I., “The Effect of Laser Textur- ite Bearings,” T47, 1, 157-169 & TLT 10-2004, 44- ing of Steel Surfaces and Speed-Load Parameters 53. on the Transition of Lubrication Regime from Boundary to Hydrodynamic,” T47, 2, 299-307. Hannon, W.M., Braun, M.J. and Hariharan, S.I., “Generalized Universal Reynolds Equation for Hou, Y., Xiong, L.'Y. and Chen, C.Z., “Experimen- Variable Properties Fluid-Film Lubrication and tal Study of a New Compliant Foil Air Bearing Variable Geometry Self-Acting Bearings,” T47, 2, with Elastic Support,” T47, 2, 308-311. 171-181. Wang, N. and Chen, L.-W., “A Divide-and- Petlyuk, A.M. and Adams, R.J., “Oxidation Sta- Conquer Parallel Computing Scheme for the Op- bility and Tribological Behavior of Vegetable Oil timization Analysis of Tribological Systems,” T47, Hydraulic Fluids,” T47, 2, 182-187. 3, 313-320. Vicek, B.L., Hendricks, R.C. and Zaretsky, E.V., Komvopoulos, K., Do, V., Yamaguchi, E.S., Yeh, “Monte Carlo Simulation of Sudden Death Bear- S.W. and Ryason, PR., “X-Ray Photoelectron ing Testing,” T47, 2, 188-199. Spectroscopy Analysis of Antiwear Tribofilms Produced on Boundary-Lubricated Steel Sur- Radil, K. and Zeszotek, M., “An Experimental faces from Sulfur- and Phosphorous-Containing Investigation into the Temperature Profile of a Additives and Metal Deactivator Additive,” T47, Compliant Foil Air Bearing,” T47, 4, 470-479. 3, 321-327. Brockwell, K., Dmochowski, W. and DeCamillo, Salant, R.F. and Fortier, A.E., “Numerical Anal- S., “An Investigation of the Steady-State Perfor- ysis of a Slider Bearing with a Heterogeneous mance of a Pivoted Shoe Journal Bearing with Slip/No-Slip Surface,” T47, 3, 328-334. ISO VG 32 and VG 68 Oils,” T47, 4, 480-488. Yang, L.J., “Prediction of Steady-State Wear Co- Reich, R. and Urbanski, J., “Experimental Sup- efficients in Adhesive Wear,” T47, 3, 335-340. port for the Dynamic Concentration Theory of Forming an Oil Reservoir at the Inlet of the Roll Paige, J. and Stephens, L.S., “Surface Character- Bite by Measuring the Onset Speed of Starvation ization and Experimental Design for Testing of as a Function of Oil Concentration and Droplet a Radial Lip Seal,” T47, 3, 341-355. Size,” T47, 4, 489-499. Bair, S., “A Routine High-Pressure Viscometer for Yelma, S.S., Miller, B.A. and Landers, R.G., “ Auto- Accurate Measurements to 1 GPa,” T47, 3, 356- matic Feedback Control of Mechanical Gas Face 360. Seals Via Clearance Control,” T47, 4, 500-507. Bair, S., “A Rough Shear-Thinning Correction for Dykas, B. and Howard, S.A., “Journal Design EHD Film Thickness,” T47, 3, 361-365. Considerations for Turbomachine Shafts Sup- ported on Foil Air Bearings,” T47, 4, 508-516. Dwyer-Joyce, R.S., Reddyhoff, T. and Drinkwa- ter, B.W., “Operating Limits for Acoustic Mea- Roby, S.H., Yamaguchi, E.S., Francisco, M.M. surement of Rolling Bearing Oil Film Thickness,” and Ruelas, S.G., “Antiwear Film Formation by T47, 3, 366-375. ZnDTP, Detergent and Dispersant Components of Passenger Car Motor Oils—Part Il: Effects of Hartl, M., Krupka, I., Fuis, V. and Liska, M., “Ex- Low-Molecular-Weight Dispersant on Film For- perimental Study of Lubricant Film Thickness Be- mation,” T47, 4, 517-521. havior in the Vicinity of Real Asperities Passing Shetty, D.K. and Pujari, V.K., “Load-Bearing Ca- Through Lubricated Contact,” T47, 3, 376-385. pacity in Quasi-Static Compression and Bearing Moraru, L., Keith, Jr., T.G. and Kahraman, A., “As- Toughness of Silicon Nitride Balls,” T47, 4, 522- pects Regarding the Use of Probabilistic Models 526. for Isothermal! Full Film Rough Line Contacts,” Zhang, Z., Yamaguchi, E.S., Kasrai, M. and T47, 3, 386-395. Bancroft, G.M., “Interaction of ZDDP with Bo- Shyu, S.-H., Jeng, Y.-R. and Chang, C.-C., “Load rated Dispersant Using XANES and XPS,” T47, 4, Capacity for Adiabatic Infinitely Wide Plane 527-536. Slider Bearings in the Turbulent Thermohydro- Wang, Y., Wang, J., Yang, H., Jiang, N. and Sun, dynamic Regime,” T47, 3, 396-401. X., “Theoretical Analyses and Design Guidelines of Oil-Film-Lubricated Mechanical Face Seals Cioc, S., Keith, Jr., T.G., Dimofte, F. and Fleming, with Spiral Grooves,” T47, 4, 537-542. D.P., “Calculation of the Flow in High-Speed Gas Bearings Including Inertia Effects Using the CE/SE Rao, T.V.V.L.N. and Sawicki, J., “Stability Analysis Method,” T47, 3, 402-412. of Floating Ball Bearing,” T47, 4, 543-548. Kotzalas, M.N., “Statistical Analysis of Traction Bierlein, J.C., Lisowsky, B., Killian, M.L. and Measurements with Rolling, Sliding and Spin,” Ahmad, A., “Sliding Contact Test for Engineered T47, 3, 413-420. Surfaces,” T47, 4, 549-556. Ma, Y., Li, S., Jin, Y¥., Wang, Y. and Tung, S.C., Sharma, S.C., Nagaraju, T. and Jain, S.C., “Per- “Impacts of Friction-Modified Fully Formulated formance of an Orifice Compensated Hole-Entry Engine Oils on Tribological Performance of Ni- Hybrid Journal Bearing System Considering Sur- trided Piston Rings Sliding Against Cast Iron face Roughness and Thermal Effects,” 147, 4, Cylinder Bores,” T47, 3, 421-429. 557-566. Evans, R.D., More, K.L., Darragh, C.V. and Tsushima, N., “Crack Propagation of Rolling Nixon, H.P., “Transmission Electron Microscopy Contact Fatigue in Ball Bearing Steel Due to Ten- of Boundary-Lubricated Bearing Surfaces. Part I: sile Strain,” 747, 4, 567-575. Mineral Oil Lubricant,” T47, 3, 430-439. Wygant, K.D., Flack, R.D. and Barrett, L.E., “Mea- Deckler, D.C., Veillette, R.J., Braun, M.J. and sured Performance of Tilting-Pad Journal Bear- Choy, F.K., “Simulation and Control of an Active ings over a Range of Preloads—Part |: Static Op- Tilting-Pad Journal Bearing,” T47, 3, 440-458. erating Conditions,” T47, 4, 576-584. Discussion by Stephen Boedo of “Evolution of Wygant, K.D., Flack, R.D. and Barrett, L.E., “Mea- Wear in a Two-Dimensional Bushing,” by Daniel sured Performance of Tilting-Pad Journal Bear- J. Dickrell, II] and W. Gregory Sawyer, T47, 3, ings over a Range of Preloads—Part II: Dynamic 459. Operating Conditions,” T47, 4, 585-593. Gitis, N. and Sivamani, R., “Tribometrology of Pierre, |., Bouyer, J. and Fillon, M., “Ther- Skin,” T47, 4, 461-469. mohydrodynamic Behavior of Misaligned Plain Journal Bearings: Theoretical and Experimental Rohrbach, P., Hamblin, P. and Reyes-Gavilan, J., Approaches,” T47, 4, 594-604. “The Benefits of a High Molecular Weight Phe- nolic Antioxidant Compared with BHT and 2,6- Tribology & Lubrication Technology (TLT) DTBP,” TLT 06-2004, 56-63. 04072 White, E.M., “Sources of Legionella Proliferation Duchowski, J.K., Messerschmitt, A.P., Needham, in Machining Facilities,” TLT 01-2004, 34-41. T. and Collins, K.G., “Improvements in Equip- ment Reliability and Machine Performance as a 04073 Roberts, M.B., Jr., Snyder, C.E., Gschwender, Result of Contamination Control and Monitor- L.J., Di Cocco, J. and Bryant, S., “Lubricant ing Procedures at a Major Pulp and Paper Facil- Cleaning and Compatibility Study for Candidate ity,” TLT, 60, 07-2004, 40-48. Chlorofluorocarbon and Hydrochlorofluorocar- bon Solvent Replacements,” TLT 02-2004, 48-55. Rajagopalan, K., Rusk, T. and Dianovsky, M., “Purification of Semi-Synthetic Metalworking Sepcic, K., Josowicz, M. and Janata, J., “Deter- mination of the Principall Volatile Compounds Fluids by Microfiltration,” TLT, 60, 08-2004, 38- in Degraded Engine Oil,” TLT 03-2004, 40-47. 44. Fletschinger, M., Hamblin, P., Lichtenberg, F., Hamblin, P., Rapenne-Jacob, |., Reyes-Gavilan, Reyes-Gavilan, J. and Rohrbach, P., “New Ash- J. and Rohrbach, P., “Standard Test Methods less, Calcium Compatible Rust Inhibitor for Use for TAN Assessment and Modifications Thereof,” in Industrial Lubricating Oils,” TLT 04-2004, 38- TLT 11-2004, 40-46. 50. Eachus, A.C. and Pohiman, J.L., “Applications Dasch, J.M., D’Arcy, J.B. and Smolenski, D.J., “Ef- of 2,2-Dibromo-3 nitrilopropionamide (DBNPA), fectiveness of Antimisting Polymers in Metal Re- A Non-Traditional Antimicrobial Agent, in moval Fluids: Laboratory and Plant Studies,” TLT Metalworking-Fluid Production and Use,” TLT 05-2004, 38-46. 12-2004, 42-47. Chronological Listing. Subject Index Bearings Dynamic Modelling 04008, 04009, Testing 04012, 04025, 04026, 04013, 04030, 04034, 04035, 04027, 04036 Air, Gas 04008, 04030, 04037, 04053, 04059, 04065 Bench Tests 04024, 04036, 04038, 04049, 04056 Fluid Mechanics 04002, 04006, 04051, 04055, 04066 Ceramic 04007 04008, 04010, 04011, 04013, Hydrodynamic 04021, 04040, 04021, 04028, 04030, 04034, 04054, 04057 04035, 04040, 04049, 04053, Human and Environmental Compliant 04030, 04056 04064, 04067, 04071 Foil 04008, 04030, 04037, 04056, Heat Transfer Analysis 04009, Biolubrication-see Lubrication 04060 04011, 04021, 04067, 04071 Regimes Journal 04009, 04010, 04011, Statistical Analysis 04023, 04038, Conservation 04013, 04019, 04021, 04028, 04050 Lubricants 04033 04030, 04034, 04035, 04037, Stress Analysis 04062, 04068 Hygiene 04033, 04072, 04076, 04053, 04054, 04057, 04060, see also Lubrication Regimes 04081 04069, 04070, Pollution 04005, 04073 04071 Recycling 04033 Slider 04040, 04048 Extreme Conditions Tribology Safety 04072 Tilting-Pad 04053, 04057, Toxicology 04033 04069, 04070 High Speed 04007 Waste 04033 Hydrostatic 04067 High Temperature 04020 Rolling Element 04001, 04023, Low Temperature 04007 04045, 04068, Vacuum and Space 04007 Lubricant Classes 04078 (by Application) Ball 04007, 04062, 04065 Tapered Roller 04052 Friction Bearing Oils, Circulating Oils 04075 Gas Turbine Oils 04015, 04073 Boundary Lubrication 04024, Gear Lubricants 04018 Computing and Engineering 04025, 04036, 04051, 04066 Greases 04001, 04073 Methods EHL (Traction) 04016, 04043, 04050 Hydraulic Fluids 04022, 04073, Hydrodynamic Lubrication 04036, 04075, 04079 Computerized Maintenance— 04057 Internal Combustion Engine Oils see Maintenance Mechanisms 04012, 04014, 04025 04003, 04024, 04033, 04051, Contact Mechanics 04031, 04047, Self Lubrication 04027 04061, 04063, 04074 04062, 04068 Solid Lubrication 04026 Magneto-Rheological Fluids 04004 Metalworking Fluids, Coolants Lubrication Regimes Metals, Elemental 04033, 04058, 04072, 04076, Aluminum 04041 04079, 04081 Biolubrication 04055 Titanium 04026, 04027 Cutting 04033 Boundary Lubrication 04025, Non-Ferrous Alloys 04041 Ro!!ing 04058 04036, 04039, 04042, 04052 Self-Lubricating 04020 Paper Machine Oils 04075, 04078 Chemistry 04039 Composites 04041 Steam Turbine Oils 04015, 04075 Friction-see Friction Wear-see Wear Metalworking, Materials Lubricant Components Elastohydrodynamic Lubrication Machining (EHL) 04002, 04016, 04034, Additives 04035, 04042, 04043, 04044, Coolants-see Lubricant Classes Antimicrobial 04081 04045, 04046, 04047, 04050 Cutting 04033, 04076, 04079 Antioxidant 04022, 04077 Compliant Surface EHL 04042 Finishing 04076, 04079 Antiwear 04022, 04024, 04039, Film Geometry 04002, 04016, Surface Modification-see Sur- 04061, 04063 04034, 04045, 04046 face Technology Corrosion Inhibitor 04039, Grease Lubricated 04001 Forming 04075 Low Elastic Modulus EHL 04042 Rolling 04058 Detergent/Dispersant 04061, Non-Newtonian Lubricants 04063 04044 Extreme Pressure 04022, 04039 Partial-EHL, Roughness Effects Seals Friction Modifying 04051 04018, 04046, 04047 Mineral Basestocks 04032, 04052 Starvation 04016 Reciprocating Seals Solid Lubricants 04020, 04026 Traction-see Friction Piston Rings 04003, 04051 Molybdenum Disulfide 04026 Hydrodynamic and_ Hydrostatic Rotary Seals 04007, 04059 Synthetic Basestocks 04032, 04073 Lubrication 04009, 04036, Elastomeric 04004 Fluorocarbons 04014, 04073 04048, 04049, 04057, 04064 Face 04059, 04064 Hydrocarbons 04073, 04076 Cavitation 04028 Lip 04042 Organic Esters 04073 Film Geometry 04011, 04057, Mechanical 04064 Silicones 04073 04069, 04071 Vegetable Oils 04022 Friction-see Friction Surface Technology Wate;, Water-Based 04016, 04058 Inertia Effects 04048, 04049 Load-Carrying Capacity 04011, Chemical Analytical Techniques Lubricant Manufacture, 04030, 04048, 04069 XANES 04063 Application and Disposal Roughness Effects 04067 XPS 04039, 04063 Stability, Vibration Coatings and Films 04005, 04017, Application Method- 04010, 04013, 04030, 04070 04020, 04025, 04027, 04052, Mist 04076 Thermal Effects 04010, 04011, 04066 Disposal 0433 04048, 04056, 04057, 04060, Additive-Deposited Films Reclamation 04079 04067, 04071 04024, 04039, 04061, 04063 Turbulent 04048 Friction-Reducing Coatings Lubricant Properties Self Lubrication 04020 04025, 04026, 04027 and Problems Wear-Resistant Coatings 04020, Maintenance and Condition 04025, 04027 Acidity, Basicity 04080 Monitoring Hardness 04027, 04029 Additive Degradation 04077 Physical Examination Methods Interaction 04061, 04063 Equipment Monitoring 04045, AFM 04027, 04029 Additive Deposition- 04078 TEM 0452 see Surface Technology Failure Analysis 04078 Surface Modification Contamination 040005, 04075, Filtration, Cleanliness 04075, Laser Texturing 04036 04077, 04078, 04079 04078, 04079 see also Metalworking Incompatible Fluids 04079 Life Prediction Methods 04023 Surface Roughness 04018, 04020, Particulates 04078 Lubricant Analytical Techniques 04025, 04036, 04066 Water 04014, 04075, 04078 04080 Analysis and Models 04054, Electrical Properties 04032 Gas Chromatography 04015, 04067 Lubricant Degradation 04033, 04074, 04077 Measurement Methods 04042 04074, 04077, 04080 Liquid Chromatography 04074 Running-In 04041 Hydrolysis 04080 TGA 04077 Microbial 04072, 04081 see also Lubricant Properties Tribology of Equipment Oxidation 04012, 04015, 04022, Maintenance 04078 04024, 04077, 04080 see also Wear and Failure Bearings-see Bearings Rheology Compressors (Gas) Non-Newtonian Behavior Materials Properties Centrifugal 04064 04043 and Tribology Refrigerant 04005, 04009 Traction, Shear Strength 04043, Gas Turbines 04056 04044 Ceramics Gears 04018 Viscosity-Pressure 04002, 04011, Nitrides 04005, 04017, 04027, Internal Combustion — Engines 04043, 04044 04051, 04062 04013, 04019, 04034, 04035, Viscosity-Temperature 04011 Oxides 04020 04051 Vapor Pressure, Volatility 04074, Elastomeric 04004 Machine Tools 04033 04077 Ferrous Alloys, Steel 04029, 04039, Magnetic Data Storage Systems see also Maintenance 04051, 04068 Hard Discs 04014, 04065 MEMS 04027 Wear and Failure Solid Lubricated 04026 Rocket Motors 04007 Unlubricated 04031 Seals—see Seals Fatigue Wear Mechanisms 04041 Crack Propagation 04068 Abrasive 04003 Rolling-Contact 04068, 04078 Adhesive 04017, 04019, 04041 Tribology in Industry Scoring, Scuffing 04019 Wear/Failure Testing Devices Wear Bench Tests 04004, 04005, Magnetic Data Storage 04065 Boundary Lubricated 04005, 04007, 04017, 04024, 04025, Metalworking-see Metalworking 04019, 04024, 04025, 04042, 04031, 04051, 04061, 04066 Paper 04078 04051, 04054, 04066 Equipment Tests 04018, 04022 Power Generation 04015 Self-Lubricated 04020 see also Maintenance Author Index A D G Agar, RJ). ......... 04022 if 2) 04076 Gangopadhyay, A.K. ...... ro a 04066 Damiens, B. ......... 04001 ee ee 04036 Darragh, C.V......... 04052 Alexandridis, A.A. ... 04004 Dasch, J.M oS eee 04010 DeCamillo, S. re 04026 Deckler, D.C. Gomez-Mancilla, J. .. 04028 Preece: 3...0 .6008 04073 Oe ee 04030 Dianovsky, M. ....... 04079 Gschwender, L.J...... 04073 Dickrell. DJ............4. 04031 Dimotte; F.. ......5..6 04049 ee 04043, 04044 H Dmochowski, W...... 04057 Bancroft, G.M. ...... 04063 Barrett, L.E. .. 04069, 04070 Drinkwater, B.W. ....04045 a Beruuer ¥........... 04030 .... 04075, 04077, 04080 Duchowski, J.K....... 04078 | a 04066 Dwyer-Joyce, R.S. .... 04045 onoao e ee 04009 OS) 04024 Hannon, W.M 04021 Blanchet, T.A. ....... 04020 Hariharan, S.l........ 04021 ee 04054 Hartl, M Bou-Said, B.......... 04030 gee 04032 kt ere 04071 ihn AtasSviecaveth 04010 Braun, M.J.... 04021, 04053 Hendricks, R.C. ...... 04023 Brockwell, K......... 04057 Hiratsuka, K. ........ 04012 a. ae 04073 Eachus, A:C...........445 04081 ai fe kg ode eh Bisa 04037 Ebrat, O Bulbul, F Howard, S.A......... 04060 8 eer 04026 i re 04003 Erdemir, A Soc i ee 9 04036 Evans, R.D........... 04052 Calabrese, S.J. ....... 04020 PE, cw cx cs meene 04033 | 04001 lordanoff, |. ......... 04030 isnmmasni, A. ......5.% 04033 Chang, C.-C lyengar, V.R.......... 04004 ee 04006 | ee 04037 a re 04038 Fenske, G J eee 04019 Fillon, M. 4 ee 04008 Flack, R.D. ... 04069, 04070 2 a re 04067 ee 04053 Fleming, D.P......... 04049 pe ee 04074 Fletschinger, M. ..... 04075 ere 04011 POrtern AL. .ssisxce 04040 oS 04010 Francisco, M.M 04061 Collins, K-G............. 04078 a ee irae 04051 Needham, T. ........ 04078 a 04062 Josowicz, M. ........ 04074 Nicholas, Jj ee 04048 Naeem, HP .......... 04052 Sivamani, R Nosaka, M Smolenski, D.J. ...... 04076 K Nosov, V. tt 04073 ree 04033 Kanraman, A... .ciseces Stephens, L.S. ....... 04042 04018, 04047 3g 04012 ag 0 ee 04014 Kasrai, M Lo 2 es 04016 oe on? | Ce 04047, 04049 Keith, T.G. ... 04034, 04035 Kikuchi, M Paige, J Takada, S Killian, M.L. Petlyuk, A.M , rr 04006 Ok . re 04008 . 04071 Tsuchiya, M Se err 04020 Pohiman, J.L......... 04081 Tsushima, N ee 04005 Powrie, H.E.G 04032 Wy Ble heWetirinccscens , .: 04062 .... 04003, 04004, 04051 Lk ke 04025 Komvopoulos, K. .... 04039 a}. 04025 Q Kotzalas, M.N 04050 U Kovalchenko, A. ..... 04036 cs Ae | 04018 err 04046 Urmanens, J. .....<065 04058 R L V PUY SGcbcennseen 04056 Landers, R.G......... 04059 Rajagopalan, K. ..... 04079 Vaidyanathan, K. ......... oS |. re 04008 Rao, T.V.V.L.N........ 04065 .... 04013, 04034, 04035 SS eee 04008 Rapenne-Jacob, | 04080 Veillette, RJ. ........ 04053 Ce 04005 Reddyhoff, T. Viahopoulos, N. ..... 04013 Li, S Reich, R.A. ... 04016, 04058 S| 04023 Lichtenberg, F........ 04075 Reyes-Gavilan, J te ae 04046 .... 04075, 04077, 04080 imoweny, 6. ......... 04066 Roberts, M.B., Jr 04073 W Ronroacn, P............s0.0: Wang, D. .... 04034, 04035 .... 04075, 04077, 04080 0 rr 04064 M Ce 04061 Wang, N. .... 04006, 04038 ee 04004 Wiese, PM... cece 04017 a 04079 WO I exe sviewsicn 04019 a 04051 Ryan, PR. ......25% 04039 Wang, Y. 04051, 04064 McQueen, J.S. ....... 04024 Warrens ©. ......... 04032 Messerschmitt, A.P. .. 04078 Watanabe, $ Wer, BA... 6... 04059 S | Nea era 04027 Miyazaki, Y.......... 04015 White, E.M.......... 04072 re 04047 Wood, R.J.K. ........ 04032 8 eee 04052 SS 04040 eS) 04017 Mourelatos, Z.P. .....04013 Sawicki, J Wygant, K.D.. 04069, 04070 Sawyer, W. .......... 04031 eo eS 04016 ee 04074 er 04027 X Nagaraju, T. _ Ye 04067 8) ae 04014 8 eres 04037 Y vane, @....... 04034, 04035 Z Yang, Y.K... a 04015 Varneuues, ©5. .......... Zareteky, EV. ........ 04023 .... 04039, 04061, 04063 Zeszotek, M. ........ 04056 Yamamoto, Y. ....... 04015 ere 04019 Yelma, S.S. WH. ..4 04016, 04064 Rr 04063 Yoshida, M. 04007, 04012 , Seer 04041 ES ne 0a Reweee ee 04002 * - . , « . pehenetelotnlnen e ett etedal vibe Pibbteeh lei eteteneted